WO2020038259A1 - User matching method and system employing pre-planned social information - Google Patents

Abstract

A user matching method and system employing pre-planned social information. The method comprises: establishing a database; acquiring user data sent by a user terminal to complete a registration step; acquiring information input via multiple user terminals at different time points, wherein the input information comprises at least one piece of future-time information; and when any two pieces of input information meet matching requirements, the database sending to a user terminal of the other party corresponding list information meeting the matching requirements. In the present invention, users having similar future-times and plans are found by means of database matching, thereby finding users having situations in common. The users are made aware of each other via current and successive updates, such that the users may carry out a joint future plan, should both users desire.

Description

User planning method and system for pre-planned social information

This application claims the priority of all Chinese patent applications filed on August 21, 2018 with the Chinese Patent Office, application number CN201810956026.1, and the invention name is "a method and system for pre-planning social information user matching", all of which The contents are incorporated herein by reference.

Technical field

The present invention relates to the field of communications technologies, and in particular, to a user planning method and system for pre-planned social information.

Background technique

So far, a large number of social software and chat tools have appeared at home and abroad. They have greatly improved the efficiency of people's lives and work. However, if you want to roughly divide the timeline of "occurred", "in progress", and "upcoming". , Such as Weibo, blog, circle of friends, Twitter, etc. are "occurring", such as WeChat, Ali Wangwang, Netease bubble, skype, etc. are "on-going", but for the "upcoming" category Social software, no related reports.

Although modern people have relatively high living densities, they still often cannot find people with common interests or intentions to engage in the things that they hope for, even if they are friends who actively meet, because the burden of the other person's work life is often fruitless, not to mention Potentially unfamiliar people. The same is true at work. Everyone's time schedules are different, which leads to complicated or inefficient communication between the two parties in the early stage of meeting and cooperation.

At the same time, because the database introduces future time, this can reduce the burden of outdated information. When the future time becomes current and past, the database does not need to retain a large amount of related data. US Snapchat's post-reading is aimed at "on-going" chat social software products that will generate a large amount of expired chat content, and these contents will be stored for a long time, which is not good for storage space. Snapchat's post-reading It is deleted after reading these chat messages. This database deletes outdated and useless information produced by future time into current and past time, which can greatly save storage space and the amount of data during matching.

Summary of the Invention

The purpose of the present invention is to provide a user planning method and system for pre-planned social information, which is used to solve the difficulty in finding out in advance in the prior art that users have similarities with each other in future time and intention activities, especially strangers. . This method and system will find users with similar future time, going to activities and let them know each other's existence in a new way, even strangers.

To achieve the above objective, the technical solution of the present invention is

In a first aspect, a user planning method for pre-planned social information is applied to a server, including

build database;

Ability to obtain user information sent by user terminals and complete registration steps;

Obtaining information entered by multiple user terminals at different times, and the entered information includes at least one future time information;

When any two entries match, the database sends the corresponding list information that matches the match to the other user's terminal.

Preferably, the method further comprises

The entry information also includes one or more kinds of information in geographic location information or event information.

Preferably, the method further comprises

If there is a logical relationship in the input information, it is processed according to the logical relationship or a prompt is sent to the user terminal as to whether the logical relationship is to be processed.

Preferably, the method further comprises

If the input information of the user terminal matches the input information of the other N user terminals, the database sends the list information of the N user terminals to the user terminal;

The database sends the user terminal list information to those N user terminals;

If the input time of the input information of the x user terminals in the N is earlier than the input time of the user terminal, the database sends the list information of the x user terminals to the user terminal, and if the input time of the remaining y user terminals is Later than the time entered by the user terminal, the database is sent to the user terminal in a successively updated manner, where N is the total number of matching matches, and the number entered by the user terminal is earlier than the number entered by x, The number entered after it is y.

Preferably, the method further comprises

Obtain the screening result of the user terminal, and send the screening result to the screened user terminal in a confirmation manner requesting an appointment;

Receive the reply from both parties and send the reply result of both parties to the corresponding user terminal;

Receive and record the appointment information confirmed by both parties.

Preferably, the database sends reminder information to the corresponding user terminal when the time in the appointment information confirmed by both parties is about to expire;

When the two parties of the user terminal make an appointment with each other, the database can obtain the geographic location data of the two parties and send the other user terminal;

When the geographic positioning data of the two user terminals overlap, the database sends a confirmation request that the user terminals of both parties have successfully completed the appointment;

Able to receive and record the reply sent by the user terminals of both parties.

Preferably, the method can further include the following steps:

Acquiring search information sent by a user terminal, the search information includes at least one future time information, and can also include one or more kinds of information of geographic location information or event information;

The database sends the list information to the user terminal in time when the search information has a current match;

Receiving the screening results of the search information user terminal, and sending the screening results to the search information user terminal after screening by a confirmation requesting an appointment;

Receive the reply from both parties and send the reply result of both parties to the corresponding user terminal;

Receive and record the appointment information confirmed by both parties;

The database sends a request to the user terminal to enter the search information into the database.

Preferably, the method further comprises

Obtaining the input information viewing request sent by the user terminal only for the specified user;

Sending the input information of the specified user to the user terminal;

Receiving the screening result of the user terminal, and sending the screening result to the designated user terminal in a confirmation manner requesting an appointment;

Receive the reply from both parties and send the reply result of both parties to the corresponding user terminal;

Receive and record the appointment information confirmed by both parties.

Preferably, the method further comprises

Obtain a request from a user terminal to send the information entered by it to a specified user terminal;

Send the user ID data and the information entered by yourself to the designated user terminal;

Acquiring a user terminal to send a request for adding the input information to a specified user terminal;

Send a request to the specified user terminal to add the above entry information.

Preferably, the method further comprises

When there is a lot of matching list information;

Receiving an optimized sorting request sent by a user terminal, the optimized sorting refers to whether there have been added friends, distance positioning between users, and success rate of appointments;

If the judgment result is yes, the matching weight of this type of user terminal is increased, and it is placed in a higher position or displayed preferentially in the list of candidate information.

Preferably, the method further comprises

When the time information in the entry information expires, the database no longer matches the entry information whose time information expires.

In a second aspect, a user planning method for pre-planned social information is applied to a user terminal, including

The server obtains the user information sent by the user terminal and completes the registration step;

Obtaining information entered by multiple user terminals at different times, and the entered information includes at least one future time information;

When any two pieces of input information match, the user terminal requests the server to send the corresponding list information that matches the match to the other user terminal.

In a third aspect, a user planning system for pre-planned social information includes a server and a user terminal, and the server stores a computer program to execute the method according to any one of the first aspect; the user terminal A computer program is stored thereon to execute the method described in the second aspect.

The invention has the following advantages:

The invention uses database matching to find users with similar future time and intention planning, finds out users who have similarities with each other, and makes them aware of each other's existence through current and successive updating methods, which can be achieved on a voluntary basis. Common intention planning for the future. It is suitable for pre-planning and arrangement such as work and life, and can meet strangers with the same interests and intentions, and develop interpersonal relationships. At the same time, the database in the present invention can reduce the burden of outdated information because of the existence of future time definitions. When the future time becomes current and past, the database does not need to retain a large amount of related data or match the information.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a flowchart of a server-side method.

FIG. 2 is a flowchart of a matching result screening method.

Figure 3 is a flowchart of the appointment method.

FIG. 4 is a flowchart of a method for searching information.

FIG. 5 is a flowchart of a method for requesting information viewing for a specified user.

FIG. 6 is a flowchart of an information pushing method for a specified user.

FIG. 7 is a flowchart of an optimized sorting method.

FIG. 8 is a flowchart of an expired information processing method.

detailed description

The following examples are used to illustrate the present invention, but not to limit the scope of the present invention.

Example 1

As shown in FIG. 1, a pre-planned user matching method for social information disclosed in this embodiment is applied to a server and includes the following steps:

Step S1 establishes a database.

In step S2, the database can obtain the user information sent by the user terminal and complete the registration step. Here, third-party authorized login is also included, so that the user has a corresponding ID account, which is convenient for future logins on different user terminals, such as the same ID. Accounts can be logged in on different mobile terminals such as smartphones, tablets, laptops, and desktop computers.

In step S3, the database obtains information entered by multiple user terminals at different times, and the entered information contains at least one future time information. The entered information refers to the information or information group that the user inputs into the database. The future time cannot be in the past and must be a time or time period in the future. For example, the location in the Temple of Heaven event is morning exercise, which has been happening in the past. What has happened in the past is not considered. For users, he plans to do morning exercises in Tiantan Park between 5:00 and 6:00 tomorrow morning. The time information is the future time, which can be an accurate time point or a time period.

Step S4: When any two pieces of input information match, the database sends the corresponding list information that matches the match to the other user terminal. The medium matching refers to a relationship having the same, intersection, or inclusion. The list information refers to the user ID data and the corresponding entry information, or just the user ID data. The user terminal is a corresponding terminal where a user ID logs in.

In an embodiment, in step S3, when acquiring the user information entered by the user terminal, the entry information can further include one or more types of information such as geographic location information or event information. The geographical location information mentioned here is the place where the event occurred or met. It has specific names such as Tiantan Park and Jingshan Park. It can also be selected by clicking on the map displayed on the electronic device of the terminal. Specifically, if you are operating on a mobile phone, you can click on Tiantan Park on the screen or click a point as the center of the circle and then drag the distance as the radius to draw a circle, so that you can confirm the geographic location information. A point or area can be embodied as a coordinate point or a set of coordinate points.

The event information is the activities that the user wants to perform, such as morning exercise, walking the dog, drinking Pu'er tea, etc. Because the description of the event is subjective and the noun words are different, an event noun database can be established in actual use. To assist users in choosing, categorize common events and supplement them later, such as exercise, pet walking, tea drinking, etc. The drop-down menu during exercise includes morning exercise, running, swimming, boxing, ball sports, etc. The drop-down menu during sports can also be detailed including football, basketball, pong ball and so on. When setting up a large-scale event noun database, it is generally used. If the user's event is very niche, it cannot be accurately found in the event noun database, such as drinking Pu'er tea, and in the tea drinking options. There has been a refinement to drink green tea and black tea, but there is still no option for Pu'er tea. At this time, the user can input "drink Pu'er tea" as event information, only because the probability that the more detailed the information will be matched, the smaller the public. The lower, but the more consistent the intentionality is. The matching of the event noun database accords with no restrictions. The event contains multiple groups of events, and the superior event noun database contains its subordinate event noun database. The event noun bank can be multi-selected when selecting.

In an embodiment, in step S3, the information entered in the database may be an information group composed of information of three different attributes of "future time", "geographic location" and "event". The above three information clearly outlines the user's future Go activities. The information of different attributes participating in the matching must match the corresponding information of the same attribute to match between the information group and the information group. There is no necessary sequence for entering or entering information of different attributes. Among them, if there are vague words, it can assist the user to determine and refine. If there are defects or no filling, it can be regarded as unlimited. It can include the following four situations,

1. "Future time", "Geographic location" and "Event"

2. "Future time" and "Geographical location" are not limited by "Event"

3. "Future time" and "Event" are not restricted by "Geographical location"

4. "Future time" has this information "Geographic location" "Events" are not restricted

The first situation is as follows: "Tomorrow 15: 00-18: 00", "Jingshan Park", "Visit" which belong to all three kinds of information, as well as "The day after tomorrow noon", "Dongba Country Park", "Walking Dog" and "Today 18: 00-20: 30", "Wanye Sports Center", "Exercise" and so on. When vague words appear, the system database can indicate that the above “noon” refers to the modern 24-hour clock from 11:00 to 13:00.

The second case is: if the user does not care about the event, or the event has been implied after the time and geographic location information is expressed, such as "Tomorrow 12: 00-15: 00" and "Wukesong Stadium" implies a singer singing. This event can be expressed, so the "future time" and "geographic location" can be expressed. At this time, the "event" can be left blank or unrestricted. The database does not restrict or fill in the same way as the unrestricted execution. For example: "Today 18: 30-21: 00" "Rongke Information Center, Block C", etc.

The third case is: if the user does not care about the location, or the geographical location is implied after the expression of future time and event information, as in the previous example, "Tomorrow 12: 00-15: 00" and "a singer concert" is implied. Wukesong Stadium has a geographical location, so "future time" and "events" can be expressed. At this time, "geographic location" can be left blank or unlimited. For example: "the day after tomorrow", "a certain brand conference" and so on. Whether it's implicit or the user really doesn't care, the address location information is not available. In this way, the matched result database can ask the user whether to arrange the near and far order between other users in the current matching result and their own positioning. If the positioning function is not turned on, the user is prompted first to turn it on. The above "evening" refers to the modern 24-hour system from 18:00 to 20:00.

The fourth case is as follows: if the user does not care about the place or the event, the probability of being matched after determining the "future time" is the highest. This method of use generally uses the search function to observe the hot spots and events before the information is officially entered in order to better adjust their entry information. Of course, it does not rule out that users have a wide range of desires to participate in various events in various places in the future free time determined by themselves. For example: "Today 9: 00-18: 00", "Current to next week", etc.

In actual use, users can input information or information groups quickly and efficiently with the help of voice or intelligent input. Due to the simplified and fast input methods of spoken language and fast input methods, it is easy to imply and defect, such as: "I want to learn the piano" The "I" is considered as the user itself, and the information input can be regarded as "want to learn the piano." The future time information is "want", and the database can remind the user of the "wanted" validity period. , Such as within a week from now to the next week, within a month, etc. The geographical location information is not mentioned here, which is equivalent to not filling in or limiting, but it is implicitly near "I", so that when the match is obtained, the database can ask "I" whether to locate other users in the current matching result. And self positioning. Here is another piece of information: "Learning the piano" is classified as event information. Finally, the database can ask whether to extract the core information into the corresponding attribute information and request confirmation as entry information.

A similar example is: "I want to sell this second-hand guitar". Here I am the user is equivalent to "want to sell this second-hand guitar." The future time information is "think". At this time, the database can remind the user to "think". Period of validity, such as within one week, one month, and so on. There is no mention of geographical location information here, which is equivalent to not filling in or limiting. There is also another information here: "sold this used guitar" as event information, which can be simplified as "selling guitar". Finally, the database can ask whether to extract the core in this way. The information is the information of the corresponding attribute and the request for confirmation becomes the input information. Of course, the user can also insist on using "selling used guitars" and other matching results will be reduced, and the intentionality will tend to be consistent. If a logical relationship conversion process is required, it will be described in the following embodiment.

Another example is: "will be going to the Children's Palace" where "will be". At this time, the database can remind users of the "will" validity period, such as within one week and one month after this time. Here, the "Children's Palace" can be used as a place, but "Going to the Children's Palace" can also be used as an event. The database can ask whether the core information is extracted as the corresponding attribute information. Then, "Going to the Children's Palace" is the future time information "will be", geographical location Information "Juvenile Palace", event information is not filled or unlimited, or future time information "will be", event information "Go to Children's Palace", geographical location information is not filled or unlimited.

Another example is: "come to Shanghu Lake next Sunday to admire chrysanthemums" Here the future time information "before next sunday" is the time from the current to the next Sunday, geographical location information "Shanghu", and event information "Chrysanthemum appreciation".

Another example is: "Tomorrow at noon to see the Art Exhibition of China Art Museum" Here the future time information is "Tomorrow at noon", the geographical location information is "Chinese Art Museum", and the event information is "See the Art Exhibition".

For example: "Today I want to play basketball in the gym" Here the future time information is "Today", the geographical location information is "Gym", and the event information is "Basketball."

In an embodiment, in step S3, if there is a logical relationship in the input information, it is processed according to the logical relationship or a prompt is sent to the user terminal whether to process according to the logical relationship.

As mentioned in the above examples, because of the use of voice or intelligent input, many input information becomes very spoken, and the expression of their own needs will dominate. Sometimes, the transformation of logical relationships is required to match what the user needs. "Want to learn piano", "want to sell this second-hand guitar", like "teaching or learning", "buying or selling" may appear in the use of logical relationships, piano learning users are likely to want to match the piano teaching Users who do not necessarily want to match are also users who learn to play piano. Similarly, users who sell guitars are likely to want to match users who buy guitars, but do not necessarily want to match users who also sell guitars, so the database can ask the user at this time whether to press The above logical relationship is transformed and used. After the conversion, the "learning piano" users finally enter the same information, but the matching users are indeed "teaching piano" users. Similarly, the "selling guitar" entry information does not need to be changed. The matching information is "buy Guitar users

In one embodiment, step S4 further includes:

If the input information of the user terminal matches the input information of other N user terminals, the database sends the list information of the N user terminals to the user terminal. The N is the total number of matches.

The database sends the user terminal list information to those N user terminals.

If the input time of the input information of the x user terminals in the N is earlier than the input time of the user terminal, the database sends the list information of the x user terminals to the user terminal. Later than the time entered by the user terminal, the database is sent to the user terminal in a successively updated manner, where N is the total number of matching matches, and the number entered by the user terminal is earlier than the number x entered, The number entered after it is y. If in practice the user's entry information matches the earliest in the match, then x is zero, and the list information of y user terminals is sent to the user terminal in a successively updated manner. If the user's entry information matches the latest in the match, then y is zero and the list information of x user terminals is sent directly to the user terminal.

As shown in FIG. 2, in an embodiment, step S5 is further included, and specifically includes steps.

The S501 database obtains the screening result of the user terminal, and sends the screening result to the screened user terminal in a confirmation manner requesting an appointment.

The S502 database receives the replies from both parties and sends the replies from both parties to the corresponding user terminal.

The S503 database receives and records the appointment information confirmed by both parties.

In the above steps, the request is about whether and when the two parties will agree on the request. In the actual situation, although the time information matches, the scope may be different. By default, the starting time point to meet the time requirements of both parties is the request. Confirmed time of appointment, for example: "14: 00-16: 00" and "13: 00-1700" are inclusive relationships, and "14: 00-16: 00" and "13: 00-15: 00" are The intersection relationship. In these two examples, the starting time point that meets the time requirements of both parties is 14:00. If it is the same time period, even one time point (the starting time and the ending time overlap) is the same choice.

After getting the list information, users can communicate with other users. If the default appointment time is not ideal, when can the two parties communicate, the user who initiated the appointment confirmation can set a new appointment time point to correct, too. When other users receive the request, they can also set a new appointment time point for correction, subject to the final appointment time confirmed by both parties.

Also in the actual situation, although the geographic location information matches, the range may not be exactly the same. By default, the geographic location information that meets the requirements of both parties is the appointment place. For example, the two circles on the map, regardless of their intersection, inclusion, and the same, are the coordinates of the geometric center in the area shared by the two circles as the place of appointment. A single coordinate point can be regarded as a very small circle and that is the point. If it is a landmark noun like Tiantan, Jingshan Park, Jingguang Center, then the landmark noun will be used as the place of appointment.

Also in the actual situation, although the event information matches, there will also be differences between unlimited events, multiple groups of events, and single events. By default, the event that meets the requirements of both parties is an appointment event. Unlimited events are subject to multiple groups of events, multiple Group events are subject to a single event, and superior event noun databases are subject to their subordinate event noun databases.

If the above two places and events are not ideal by default, the two parties can also communicate with each other. The user who initiated the request for confirmation can set a new appointment place or an appointment event to fix it. Similarly, other users can set a new place when they receive a request. The date or event of the appointment shall be amended, subject to the final date or event confirmed by both parties.

As shown in FIG. 3, in an embodiment, when the appointment time point confirmed by both sides of the user terminal is about to expire, step S6 is further included, and specifically includes step

The S601 database sends reminder information to the corresponding user terminal. The reminder user can be set according to the situation.

S602 When the two parties of the user terminal go to each other for an appointment, the database can obtain the geographic location data of the two parties and send the other user terminal. The above enables the user to follow up the appointment process throughout the whole process, so that the two parties or unilateral parties do not make unnecessary appointments. Both users here need to use the positioning function. If it is not turned on, the database reminder is turned on. If it is not turned on or cannot be turned on, this function will not be implemented.

S603: When the geographic positioning data of the two user terminals overlap, the database sends a confirmation request that the user terminals of both parties have successfully completed the appointment. The overlapping geographic location data of the two parties can serve as important reference data for user appointment rates.

The S604 database can receive and record the reply sent by the user terminals of both parties. The above means that even if the geographic positioning data overlaps, the confirmation of users on both sides is required to reflect the completion and satisfaction of both parties.

The above is convenient for other users to sort and estimate them in the future.

As shown in FIG. 4, in one embodiment, before acquiring the user terminal entry information, the method can further include the following step S301:

The S3011 database obtains the search information sent by the user terminal. (The search information is different from the input information. The search information is not stored in the database like the input information. It can only match the existing input information in the database. It cannot be matched later than this time. The entered information is the aforementioned y such input information, and other users cannot match the search information by the input information), the search information includes at least one future time information, and can also include geographic location information or event information One or more types of information.

S3012 When the search information shows a current match, the database sends the list information to the user terminal in time. While other users in the corresponding list information will not receive the list information of this search user, this function is mainly to enable users to experience the popularity of specific information groups, which is convenient for them to adjust and modify. At the same time, it is also used by some users who relatively value their privacy and are only willing to initiate contacts.

The database receives the screening results of the search information user terminal, and sends the screening results to the search information user terminal after screening through a confirmation requesting an appointment. Here the user can communicate, and the appointment time can also be modified.

The database receives the replies from both parties and sends the replies to the corresponding user terminal.

The database receives and records the appointment information confirmed by both parties.

The database sends a request to the user terminal to enter the search information into the database. Here is to remind the user to officially enter the above search information into the database as entry information. In this way, the subsequent y list information that is successively updated can be obtained, and the existence of the user is seen by other users who match.

As shown in FIG. 5, in one embodiment, step S3, when acquiring information entered by multiple user terminals at different times, further includes the following step S302:

S3021 The database obtains the input information viewing request sent by the user terminal only for the specified user. The entry information for the specified object for the query here is usually between familiar users.

S3022 The database sends the input information of the specified user to the user terminal. What you get here is all the input information of the queried object. There can be many pieces of input information, but they are all input information that will not be terminated in the future.

The S3023 database receives the screening result of the user terminal, and sends the screening result to the specified user in a confirmation manner requesting an appointment. Here, you can also choose one or more of the entry information to implement the appointment request with the queried object through communication. The specific operation is as described in step S5 above.

The S3024 database receives the replies from both parties and sends the replies from both parties to the corresponding user terminal.

The S3025 database receives and records the appointment information confirmed by both parties.

As shown in FIG. 6, in one embodiment, in step S3, when acquiring information entered by multiple user terminals at different times, the method further includes the following step S303:

S3031 The database obtains a request from the user terminal to send the information entered by the user terminal to the specified user terminal. Here is to send the user's own input information to the specified object, which can be one or more, usually between familiar users.

The S3032 database sends the user ID data and the information entered by the database to the designated user terminal. Here, the database receives the instruction of step S3021 and sends the user ID information and the corresponding entry information to the designated user. This is to inform users of their future future activities.

S3033 The database acquires the user terminal sends a request to the specified user terminal to join this entry information. Here, the user selects one of them to invite the other party to join this entry information. To invite the other party to join other more entry information, it only needs multiple operations.

S3034 The database sends a request for adding the above entry information to the designated user terminal. Here, the database receives the instruction of step S3033 to execute the instruction.

As shown in FIG. 7, in one embodiment, when there is a large amount of matching information list information, step S401 is further included:

The S4011 database receives an optimized sorting request sent by the user terminal. The optimized sorting refers to whether a friend has been added, the distance between the user and the user is near and far, and the appointment success rate data is higher than a set threshold. Of course, if you have friends, the chance of considering an appointment is of course higher. On the basis that users have turned on the positioning function for each other, if it is not turned on, the database can issue a reminder. The near and far order of distance positioning between users can be used as a reference for prior ranking. However, this distance positioning has nothing to do with the geographic location information in the input information. In the case where the geographical location information is not filled or restricted, the order of near and far distance positioning is more meaningful at this time. Users who are not open or cannot be located will be sorted later. The success rate of appointments can also be sorted and users can set thresholds to filter out some list information.

If the judgment result of the S4012 database is yes, then the matching weight of the user terminal of this type is increased, and it is placed in a higher position or displayed preferentially in the candidate information list. Through the above optimized sorting, the information of the qualified list can be sorted in advance or displayed in priority, which is convenient for users to choose.

As shown in FIG. 8, in one embodiment, when the time information in the input information expires, step S402 is further included:

S4021 The database obtains current time and future time information. The time information expiration means that the future time information is composed of the start time and the end time. When the end time becomes the current time, the future time information is expired.

S4022 The database determines whether the future time information is expired.

The S4023 database can delete the corresponding entry information, and only retains the data for confirmation and appointment between the two parties. Being able to delete outdated data can save data storage space, retain only necessary confirmation data from both parties and appointment data, and provide data support for future sorting.

The S4024 database no longer matches the entry information with expired time information. Because of the use of this information in the future, the validity of the data can be clearly defined.

Example 2

This embodiment discloses a user matching method for pre-regulated social information, which is applied to a user terminal and includes the following steps:

The server obtains the user information sent by the user terminal and completes the registration step;

The input information (including at least one future time information) of multiple user terminals is matched to the user terminal. When any two pieces of input information match, the user terminal requests the server to send the corresponding list information that matches the match to the other user terminal.

Example 3

This embodiment discloses a pre-planned user matching system for social information, which includes a server and a user terminal. The server stores a computer program and executes the method as in Embodiment 1. The user terminal stores The computer program executes the method as in the second embodiment.

In an application scenario of the embodiment of the invention:

User A logs in and uses this database, and can manually enter the future time information "Today 6: 00-11: 00", the geographical location information "Tiantan Park", and the event information "walk the dog". The same can also be voice or intelligent Enter "Tiantan Park walking dog this morning", the database can help find the corresponding attribute information and ask whether to extract the information this way, "Today 6: 00-11: 00", geographical location information "Tiantan Park", and event information "walking the dog". If the user confirms that the information of these three attributes is formally entered into the database as input information. This input information is matched with other input information to find those input information corresponding to the three attribute information that matches it. The ID data of user A and this input information will be sent to the corresponding users of the matching input information. Similarly, user A also Get those corresponding user ID data and their entry information. With this list information, user A can optimize the ranking based on whether he is a friend who has been added, the distance between the user's positioning distance, and the success rate of the other party's appointment. Combined with the other party's user information and specific entry information, he can continue to pass the database. One or more of them have been selected to initiate the appointment request. During this period, the two parties can communicate with each other. The specific three attributes of the appointment request can be amended until both parties agree. When the appointment time is approaching, the database can issue a reminder and track the positions of both parties during the implementation of the appointment to ensure the normal progress of the appointment. When the positioning positions of the two parties overlap, the two parties can send a confirmation of the successful appointment and receive a reply. The user's experience satisfaction can be obtained from objective data to subjective, recorded and digitized to facilitate other users' choices later.

In another application scenario of the embodiment of the invention:

Before entering the information formally, you can search the general information group popularity to see if there are many people with similar intentions, so as to adjust the scope of the three attributes in their entry information, such as: User B logs in and uses this database , Using the search function, step S301, when inputting search information, future time information "current to the next week", geographical location information "Jingshan Park", event information "drinking Pu'er tea", when there is little or no matching information, You can adjust the range, such as: future time information "current to the next month", geographical location information "Jingshan Park", event information "drinking tea", it is officially entered as input information after feeling that such range is appropriate. At this time, if There are already 6 matching users, that is, the x described in the foregoing. Currently, the ID data and corresponding entry information of the 6 users can be obtained, and it is possible to start to consider choosing from them. If in the following one month, there are another 4 users who also match one after another, that is, the y described in the above, then the ID data and corresponding entry information of these 4 users are also entered and matched as they are successively matched. Send them to user B, so that in a month, user B gets a total of 10 other user list information that matches the match, of course, all 10 users also get the user B list information when they match. In this way, user B and the ten other users know each other's future intention activities in advance. Afterwards, you can confirm by appointment that you can use step S5 and step S6.

If user B is more concerned about his privacy and does not want to formally enter the information, then step S5 and step S6 can be used when the search information is matched to other suitable users. It is just that the information that is not officially entered is only the information that currently matches the 6 user lists, and the subsequent 4 will not be obtained. Moreover, other users cannot obtain the list information of user B. And when initiating an appointment request, the default information is succumbed to other input information users, unless the amendment is initiated.

If user B enters the future time information “current to the next month”, the geographical location information “Jingshan Park”, and the event information “drinking tea”, he feels that he wants to strengthen himself. In fact, he still prefers to drink Puer tea. I chose the event "drinking tea" in the higher-level event noun bank, but I can still add the unpopular event "drinking Pu'er tea" myself. Of course, I can also select "drink green tea" in the lower-level event noun bank , This is to strengthen the intention, can show the characteristics of the matching user and the point of emphasis. The event noun bank can be multi-selected when selecting.

In another application scenario of the embodiment of the invention:

For other familiar users, such as "want to have a business talk with a user", "want to participate in the future activities of friends and acquaintances", user C uses step S302 to query the input information of a user, and select from one or more of the input information The suitable user C initiates the appointment request, and of course, can also communicate and amend the appointment information. Similarly, the appointment is achieved through steps S5 and S6. User C can also actively add one or more of the above entry information and formally become his own entry information. In this way, other matching information obtained by user C that matches the query will be the same as the query user. In this way, you can not only keep the same activity with business objects and friends and acquaintances, but also reach him in the same circle of activities. The appointment is an act between the two parties, but multiple groups of appointments can be superimposed, so that in actual participation, it can be two or more people.

In another application scenario of the embodiment of the invention:

User C still wants the business object and friend acquaintances to participate in his future activities, and uses step S303 to send one or more entries of his own to the specified target user, so that the other party knows his future activities and can invite the target user Add one or more entries. If the target user agrees to join, the appointment is performed in steps S5 and S6 as well.

The technical solutions protected by the present invention are not limited to the above embodiments. It should be noted that the combination of the technical solutions of any one embodiment and the technical solutions of other one or more embodiments is within the protection scope of the present invention.

Although the present invention has been described in detail with the general description and specific embodiments, it is obvious to those skilled in the art that some modifications or improvements can be made based on the present invention. Therefore, these modifications or improvements made without departing from the spirit of the present invention belong to the scope of protection of the present invention.

Claims (13)

1. A user matching method for pre-planned social information, which is characterized in that it is applied to the server side and includes

   build database;

   Ability to obtain user information sent by user terminals and complete registration steps;

   Obtaining information entered by multiple user terminals at different times, and the entered information includes at least one future time information;

   When any two entries match, the database sends the corresponding list information that matches the match to the other user's terminal.
2. The user matching method for pre-planned social information according to claim 1, wherein the method further comprises

   The entry information also includes one or more kinds of information in geographic location information or event information.
3. The user matching method for pre-planned social information according to claim 1, wherein the method further comprises

   If there is a logical relationship in the input information, it is processed according to the logical relationship or a prompt is sent to the user terminal as to whether the logical relationship is to be processed.
4. The user matching method for pre-planned social information according to claim 1, wherein the method further comprises

   If the input information of the user terminal matches the input information of the other N user terminals, the database sends the list information of the N user terminals to the user terminal;

   The database sends the user terminal list information to those N user terminals;

   If the input time of the input information of the x user terminals in the N is earlier than the input time of the user terminal, the database sends the list information of the x user terminals to the user terminal, and if the input time of the remaining y user terminals is Later than the time entered by the user terminal, the database is sent to the user terminal in a successively updated manner, where N is the total number of matching matches, and the number entered by the user terminal is earlier than the number entered by x, The number entered after it is y.
5. The user matching method for pre-planned social information according to claim 1, wherein the method further comprises

   Obtain the screening result of the user terminal, and send the screening result to the screened user terminal in a confirmation manner requesting an appointment;

   Receive the reply from both parties and send the reply result of both parties to the corresponding user terminal;

   Receive and record the appointment information confirmed by both parties.
6. The user matching method for pre-planned social information according to claim 5, wherein:

   When the time in the appointment information confirmed by both parties is about to expire, the database sends a reminder message to the corresponding user terminal;

   When the two parties of the user terminal make an appointment with each other, the database can obtain the geographic location data of the two parties and send the other user terminal;

   When the geographic positioning data of the two user terminals overlap, the database sends a confirmation request that the user terminals of both parties have successfully completed the appointment;

   Able to receive and record the reply sent by the user terminals of both parties.
7. The user matching method for pre-planned social information according to claim 1, further comprising the following steps:

   Acquiring search information sent by a user terminal, the search information includes at least one future time information, and can also include one or more kinds of information of geographic location information or event information;

   The database sends the list information to the user terminal in time when the search information has a current match;

   Receiving the screening results of the search information user terminal, and sending the screening results to the search information user terminal after screening by a confirmation requesting an appointment;

   Receive the reply from both parties and send the reply result of both parties to the corresponding user terminal;

   Receive and record the appointment information confirmed by both parties;

   The database sends a request to the user terminal to enter the search information into the database.
8. The user matching method for pre-planned social information according to claim 1, wherein the method further comprises

   Obtaining the input information viewing request sent by the user terminal only for the specified user;

   Sending the input information of the specified user to the user terminal;

   Receiving the screening result of the user terminal, and sending the screening result to the designated user terminal in a confirmation manner requesting an appointment;

   Receive the reply from both parties and send the reply result of both parties to the corresponding user terminal;

   Receive and record the appointment information confirmed by both parties.
9. The user matching method for pre-planned social information according to claim 1, wherein the method further comprises

   Obtain a request from a user terminal to send the information entered by it to a specified user terminal;

   Send the user ID data and the information entered by yourself to the designated user terminal;

   Acquiring a user terminal to send a request for adding the input information to a specified user terminal;

   Send a request to the specified user terminal to add the above entry information.
10. The user matching method for pre-planned social information according to claim 1, wherein the method further comprises

    When there is a lot of matching list information;

    Receiving an optimized sorting request sent by a user terminal, the optimized sorting refers to whether there have been added friends, distance positioning between users, and success rate of appointments;

    If the judgment result is yes, the matching weight of this type of user terminal is increased, and it is placed in a higher position or displayed preferentially in the list of candidate information.
11. The user matching method for pre-planned social information according to claim 1, wherein the method further comprises

    When the time information in the entry information expires, the database no longer matches the entry information whose time information expires.
12. A user matching method for pre-planned social information is characterized in that it is applied to a user terminal and includes

    The server obtains the user information sent by the user terminal and completes the registration step;

    Obtaining information entered by multiple user terminals at different times, and the entered information includes at least one future time information;

    When any two pieces of input information match, the user terminal requests the server to send the corresponding list information that matches the match to the other user terminal.
13. A user planning system for pre-planned social information, comprising a server side and a user terminal, wherein a computer program is stored on the server side, and the method according to any one of claims 1-11 is performed; A computer program is stored on the user terminal to execute the method according to claim 12.

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