CN111475745A - Method for improving meeting probability among friends by sharing real-time or delayed position - Google Patents
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Abstract
The invention provides a method for sharing a real-time or delayed position to improve the meeting probability among friends, which comprises the following steps of S1: based on the small program on the mobile terminal, the sharing user registers and logs in through the client terminal; s2: adding other sharing users as the issuing objects of the trusted sharing position information; s3: the sharing user grades the publishing objects of the sharing position information according to the requirement; s4: the real-time position or \ and delay position information of the shared user is uploaded to a database of an internet server and an input server through a small program; s5: the method comprises the steps that position information is sent and received between an internet server and a mobile terminal; s6: real-time position or \ and delay position information of a sharing user are displayed in a map corresponding to different dates of the small program on the mobile terminal in real time; mutual retrieval of sharing users and automatic prompt among close-range sharing users are achieved.
Description
[ technical field ] A method for producing a semiconductor device
The invention relates to a position sharing technology in mobile communication, in particular to a method for improving meeting probability among friends by sharing a real-time or delayed position.
[ background of the invention ]
Existing location based services typically apply: the user collects the current position information by using various network systems, such as a local area network, a wide area network, the internet and the like, returns the information to the network server, and then identifies the place where the user is located by the user through self-selection. In the existing location-based positioning service technology, the main purpose is to collect and select information of a geographic location, so as to provide services such as navigation and sharing of the information of the geographic location. The above location-based information sharing includes two layers of meaning: firstly, determining the geographical position of a user mobile device or a user; and secondly, providing various types of information related to the position. With the increasing development of the positioning service, the positioning service is increasingly widely applied in various fields. Existing positioning technologies, for example, combine a positioning service with an app or the like, so that a user can associate location information with shared information, such as pictures, texts, videos, and the like, and combine the shared information with the location information, so that other users using the same software can see the shared information of other users at the location information. However, in the above-described technology, the position where information can be shared is generally fixed, not changed in real time. The user usually needs to select location information, such as inputting location information like address, to see the shared information at the location information. Or, in the prior art, the user needs to check in the location to see the shared information at the checked-in location. In the prior art, the shared information is usually displayed as simple character information.
In addition, with the continuous promotion of people stream such as business, tourism, family reunion. Two or more unseen friends for many years have higher and higher possibility of going on a business trip, traveling and visiting simultaneously in the same city. However, due to the problem of information independence, the old friends who do not see for many years are nearby at the moment and are unknown to the old friends.
At present, a WeChat platform can provide an information sharing and transmission path for individuals and enterprises, but WeChat can only provide a point-to-point position sending function, and the function of the WeChat platform is to realize accurate positioning of space; this position transmission is intended for precise position notification. Moreover, most of the information spread or shared on the WeChat platform is managed or distributed by a special enterprise or a special company, the information of each public platform is special for a certain field or industry, the information dimension is single, and friends who are not seen for many years cannot be mutually communicated.
Meanwhile, in the WeChat friend circle, the current position of the user can be displayed, but the current positions of other friends cannot be inquired; if the user wants to search the positions of friends, the user can only browse the friend circle information one by one, and even under the condition that the friends wish to disclose the current positions of the user to the friends, the user is very inconvenient; the position information of multiple persons at the same time can not be released on the same interface, so that the chance probability of being happened among nearby friends cannot be improved.
How to realize the position information processing, facilitate the users to publish information and exchange information with each other, and promote information spreading, attention and sharing is a problem that needs to be solved urgently by technical personnel in the field.
[ summary of the invention ]
The invention provides an interconnection method which is convenient for users to release information and exchange information with each other, promotes information transmission, attention and sharing, directly watches real-time or delayed position information through a mobile terminal, improves the chance probability between people and promotes face-to-face communication between people.
In order to achieve the purpose, the technical scheme is as follows:
a method for sharing a real-time or delayed location to improve the chance of meeting between friends, comprising the steps of:
s1: based on WeChat, Payment treasures or small programs of a client on the mobile terminal, a sharing user registers and logs in through a client terminal;
s2: the sharing user adds other sharing users as the publishing object of the sharing position information;
s3: the sharing user carries out graded credit granting on the issuing object of the shared position information according to the requirement, and shares the real-time position or/and time delay position information of the sharing user with all the selected issuing objects of the shared position information according to the set credit granting grade;
s4: the real-time position or \ and the delayed position information of the sharing user are uploaded to an internet server through a small program, and the internet server records the position information of the sharing user into a database;
s5: sending real-time position or \ and delay position information to the internet server for the internet server to forward to the mobile terminal, and receiving the real-time position or \ and delay position information of the mobile terminal forwarded by the internet server;
s6: real-time position or \ and delay position information of the sharing user and real-time position or \ and delay position information of other sharing users trusted by the sharing user are displayed in a map corresponding to different dates of the small program on the mobile terminal in real time through the internet and wireless communication technology and a database and an internet server, and mutual retrieval of the sharing users and automatic prompt among close-range sharing users are provided.
Further, the steps S3 to S6 further include the publishing and querying of the deferred location information of the sharing user to the publishing objects of other shared location information:
after logging in, a sharing user selects a 'delay position query' function module, selects a time range of delay according to a self-contained calendar and taking days as units, selects a certain future time range as a time starting point and a time ending point of delay, queries position information of other sharing users in the time range, and manually inputs the position information of the other sharing users in a 'delay position input' module;
the operation steps of the time delay position recording module comprise:
after logging in, a sharing user selects a 'delay position input' functional module, selects a certain future time range as a starting point and an end point according to a self-contained calendar and taking days as units, and inputs own geographical position information in the time range;
when the electronic map is recorded, a user manually inputs an address or clicks a position on the map, and invokes a position search function of a Baidu map, an Tencent map or a Gagde map to give accurate position information of the electronic map and attaches the position information of the electronic map to corresponding time information.
Further, in step S3, in order to sufficiently protect the individual privacy sharing users from rating trust of the published object of the shared location information:
after a user logs in, a trust level setting module is selected, a trust module calls user information of other users in a WeChat, Paibao or app client, then the user clicks icons of other shared users to be trusted, a pull-down menu is displayed, wherein the trust levels of the four levels of 10 meters, 100 meters, 1 kilometer and 10 kilometers exist, the shared users click the level to be trusted, operation is completed, and a server automatically records the trust level of each user to the other shared users to be checked in a database.
Further, the step S3 further includes:
the system reads the real-time position or delay position information of the sharing user and a credit level L and generates two random numbers r1 and r2, wherein r1 and r2 are between 0 and 1, the read accurate position of the sharing user is taken as an initial angular coordinate origin, r 1L is taken as a set privacy level radius, and r2 360 is taken as an angle, the fuzzy position information under different credit levels is determined, and then the real-time or future fuzzy position information of the sharing user is displayed to other sharing users under different credit levels on an electronic map, so that the personal privacy is protected.
Further, the method also comprises the following steps of retrieving the close range credit sharing users:
after logging in, the sharing user enters a short-distance credit sharing user retrieval module and inputs a distance threshold and a time range;
if the 'delay position query' function module is selected, automatically judging whether delay ranges preset by other sharing users of all credit services are overlapped with the time range preset by the sharing users;
if the coincidence time interval exists, calculating the linear distance between the delay positions of all other sharing users in the coincidence range and the delay position of the sharing user in the coincidence time range;
when the linear distance of any sharing user in the linear distances is smaller than a preset distance threshold, sending a prompt, and displaying head portraits corresponding to the sharing users on the electronic map in a highlighting or amplifying mode;
if the real-time position query module is selected, the linear distance between the real-time position of all other credit sharing users and the real-time position of the user is automatically calculated, when the linear distance of any sharing user in the linear distance is smaller than a preset distance threshold value, a prompt is sent, and head portraits corresponding to the sharing users are highlighted or magnified and displayed on the electronic map.
Further, the steps S3 to S6 further include: the communication of the real-time location and time-delayed location information of the sharing user is displayed in the form of icons in maps corresponding to different dates.
Further, the internet server analyzes the use habits of the sharing users through big data and pushes the real-time position or/and the time-delay position information to all mobile terminal applets of the sharing users.
Further, the mobile terminal is a smart phone or a tablet computer with a communication function.
The invention has the advantages that:
according to the invention, through an interconnection method, sharing users can really realize various sharing activities under the condition of time and space mismatching or matching, such as sharing dinner, transportation, hotels, one-time lectures, exhibitions, travels and the like, so that various sharing modes are excited. For example, the car pooling economy is premised on the time-space matching between a driver and passengers, and the shared civil-host economy is premised on the time-space mismatching between a tenant and a landlord, namely time staggering; namely, different forms of sharing among sharing users, particularly friends, is realized through time-space mismatching or matching of the sharing users.
In addition, the invention can issue the future position information to the credit granting user through the delay position query module, thereby facilitating the planning of the journey among different sharing users in advance and improving the chance probability among sharing friends.
The interconnection method also has the function of protecting the privacy of the user by the offset setting of the position information, namely sharing users give credit for the classification of the published objects of the sharing position information, after the users log in, selecting a credit setting module, calling WeChat, Paibao or the net name information of the sharing users in the client by the credit setting module, then the sharing users click other sharing user icons to be credited, displaying a pull-down menu, wherein the sharing users have credit receiving and giving levels of four levels of 10 meters, 100 meters, 1 kilometer and 10 kilometers, clicking the level to be granted by the sharing users to finish the operation, automatically recording the credit level to the corresponding sharing users for searching the net name information, and then displaying the real-time or delayed position information of the corresponding accuracy under the credit level of the published objects of the sharing position information to the credit sharing users on an electronic map.
In addition, the method also has a function of intensively displaying friend position information, the existing position sharing methods are all motivated to promote the occurrence of a certain event to establish a friend group, the friends in the group share the position information in the group, namely, the position sharing is driven by the purpose of promoting the occurrence of the certain event, in other words, if no event exists, the position information of a plurality of friends cannot be shared simultaneously, which causes that the user can only inquire the position information of the friends one by one, and the efficiency is low. According to the interconnection method, through a position sharing platform, a user can see real-time or delayed position information of all credit-granting friends at a glance only by logging in the platform, so that the chance among any multiple friends in a short distance can be promoted, further certain events such as parties, tourism and car sharing are promoted, and further the situation that the certain events are driven by more sufficient position sharing is realized.
Through the interconnection method, the position information of multiple persons at the same time interval is published on the same interface, so that the position information can be published and searched among the friends in real time or in advance, and the friends can see the current approximate positions and the future position distribution schematic diagrams of the friends when entering the program, thereby improving the chance probability among the friends and promoting the face-to-face communication frequency among the persons.
[ description of the drawings ]
FIG. 1 is a schematic diagram of a location information publishing and querying process according to the present invention;
FIG. 2 is a schematic diagram of the network topology of the present invention;
fig. 3 is a flowchart illustrating a short-distance location sharing user prompt function according to the present invention.
[ detailed description ] embodiments
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
A method for sharing a real-time or delayed location to increase the chance of meeting between friends, as shown in fig. 1-3, comprises the following steps:
s1: based on WeChat, Payment treasures or small programs of a client on the mobile terminal, a sharing user registers and logs in through a client terminal; the mobile terminal is a smart phone or a tablet computer with a communication function.
S2: the sharing user adds other sharing users as the publishing object of the sharing position information;
s3: the sharing user grades the issuing objects of the sharing position information according to the requirement, and shares the real-time position and the time delay position information of the sharing user with the issuing objects of all the selected sharing position information according to the set credit rating;
s4: real-time position and delay position information of a sharing user are recorded into an internet server through a small program, and the internet server simultaneously generates a use record of the sharing user and brings the use record into a database of the server;
s5: the real-time position and the delay position information are sent to the internet server for the internet server to forward to the mobile terminal, and the real-time position and the delay position information of the mobile terminal forwarded by the internet server are received;
s6: through the internet and wireless communication technology, the use habits of sharing users are analyzed through a database and an internet server through big data, the real-time position and the time-delay position information of the sharing users and the real-time position and the time-delay position information of the release objects of the sharing position information corresponding to the sharing users are pushed and displayed to the map corresponding to different dates of the small programs on the mobile terminal in real time, and mutual retrieval of the sharing users and automatic prompt among the close-range sharing users are provided.
It should be further noted that the mobile terminal has a positioning module, a recording module and a camera module, which are respectively used for collecting the geographic location of the shared user and the personal image and sound characteristic information of the user and sending the information to the internet server; and the communication of the real-time position and the delayed position information of the sharing user is displayed in an electronic map corresponding to different dates in an icon form, wherein the specific form of the icon is the internet name or the head portrait of the sharing user in the WeChat, the Payment treasure or the small program of the client.
The interconnection method also comprises the step of issuing and inquiring the delayed position information of the issuing object of other shared position information by the shared user, and specifically comprises the following steps:
after logging in, the sharing user selects a 'delay position query' function module, selects a time range of delay according to a self-contained calendar and taking days as units, selects a certain future time range as a time starting point of delay, queries the position information of other sharing users in the time range, and manually inputs the position information of other sharing users in a 'delay position input' module; the operation steps of the 'delayed position entry' module comprise:
after logging in, a sharing user selects a 'delayed position input' functional module, selects a certain future time range as a time point according to a self-contained calendar and takes days as units, and inputs own geographical position information in the time range; when the electronic map is recorded, a user manually inputs an address or clicks a position on the map, and invokes a position search function of a Baidu map, an Tencent map or a Gagde map to give accurate position information of the electronic map and attaches the position information of the electronic map to corresponding time information.
The method comprises the steps that step S3 further comprises the steps that shared users give different trust levels to other different shared users through a trust level setting module, real-time position and delay position information are graded in a straight line distance mode through a position offset algorithm, position information privacy is set to be four levels of 10 m, 100 m, 1 km and 10 km to form four levels of trust levels L, after the real-time position or delay position information of shared friends and a trust level L are read, two random numbers r1 and r2 are generated, r1 and r2 range from 0 to 1, the read accurate position of the shared users are used as initial angular coordinate origin according to the fuzzy degree of the position information of the shared users, a privacy level radius set by r1 and L is used as an angle, the fuzzy position information under the corresponding trust level is determined by using r2 and 360 as an angle, the kilometer position information under the corresponding trust level is displayed to the user sharing users on an electronic map, corresponding trust level is displayed to the user sharing users relative to the other users, the corresponding trust level is displayed, the trust level is selected, the user sharing information is automatically, the user sharing operation of the sharing module is selected, and the sharing information is selected, and the user sharing operation is carried out, the sharing operation of the sharing module, the sharing module is selected, the sharing module is selected, the sharing information, the sharing module is selected, the sharing module is selected, the sharing module is selected, the user name sharing module is selected, the user is selected, the.
As shown in fig. 3, the interworking method further includes a search for a close range credit sharing user:
after the sharing user logs in, the sharing user enters a short-distance credit sharing user retrieval module, and a distance threshold value and a time range are input:
if the 'delay position query' function module is selected, automatically judging whether delay ranges preset by other sharing users of all credit services are overlapped with the time range preset by the sharing users;
if the coincidence time interval exists, calculating the linear distance between the delay positions of all other sharing users in the coincidence range and the delay position of the sharing user in the coincidence time range;
when the linear distance of any several sharing users in the linear distances is smaller than a preset distance threshold, sending a prompt, and highlighting or magnifying the head portraits corresponding to other sharing users on the electronic map:
if the real-time position query module is selected, the linear distances between the real-time positions of all other credit sharing users and the real-time position of the user are automatically calculated, when the linear distances of any sharing users in the linear distances are smaller than a preset distance threshold value, a prompt is sent, and head portraits corresponding to other sharing users are highlighted or magnified and displayed on the electronic map.
By the method, the sharing user can really realize various sharing activities under the condition of time and space mismatching or matching, such as sharing dinner, transportation, hotels, one-time lectures, exhibitions, travels and the like, and further arouse various sharing modes. For example, the car pooling economy is premised on the time-space matching between a driver and passengers, and the shared civil-host economy is premised on the time-space mismatching between a tenant and a landlord, namely time staggering; namely, different forms of sharing among sharing users, particularly friends, is realized through time-space mismatching or matching of the sharing users. And the position information of the user can be released to the credit granting user through the delayed position query module, so that the journey can be conveniently planned in advance among different sharing users, and the chance probability among sharing friends is improved.
Meanwhile, the method also has a function of intensively displaying friend position information, the existing position sharing methods are all motivated to promote the occurrence of a certain event to establish a friend group, friends in the group share the position information, namely, the position sharing is driven by the purpose of promoting the occurrence of the certain event, in other words, if no event exists, the position information of a plurality of friends cannot be shared simultaneously, and therefore, the user can only inquire the position information of the friends one by one, and the efficiency is low. According to the interconnection method, through a position sharing platform, a user can see real-time or delayed position information of all credit-granting friends at a glance only by logging in the platform, so that the chance among any multiple friends in a short distance can be promoted, further certain events such as parties, tourism and car sharing are promoted, and further the situation that the certain events are driven by more sufficient position sharing is realized.
Through the interconnection method, the position information of multiple persons at the same time interval is published on the same interface, so that the position information can be published and searched among the friends in real time or in advance, and the friends can see the current approximate positions and the future position distribution schematic diagrams of the friends when entering the program, thereby improving the chance probability among the friends and promoting the face-to-face communication frequency among the persons.
The above-mentioned embodiments are only preferred embodiments of the present invention, and the scope of the present invention is not limited by these embodiments, except for the cases listed in the specific embodiments; all equivalent variations of the methods and principles of the present invention are intended to be within the scope of the present invention.
Claims (8)
1. A method for sharing real-time or delayed positions to improve the meeting probability among friends is characterized by comprising the following steps:
s1: based on WeChat, Payment treasures or small programs of a client on the mobile terminal, a sharing user registers and logs in through a client terminal;
s2: the sharing user adds other sharing users as the publishing object of the sharing position information;
s3: the sharing user carries out graded credit granting on the issuing object of the shared position information according to the requirement, and shares the real-time position or/and time delay position information of the sharing user with all the selected issuing objects of the shared position information according to the set credit granting grade;
s4: the real-time position or \ and the delayed position information of the sharing user are uploaded to an internet server through a small program, and the internet server records the position information of the sharing user into a database;
s5: sending real-time position or \ and delay position information to the internet server for the internet server to forward to the mobile terminal, and receiving the real-time position or \ and delay position information of the mobile terminal forwarded by the internet server;
s6: real-time position or \ and delay position information of the sharing user and real-time position or \ and delay position information of other sharing users trusted by the sharing user are displayed in a map corresponding to different dates of the small program on the mobile terminal in real time through the internet and wireless communication technology and a database and an internet server, and mutual retrieval of the sharing users and automatic prompt among close-range sharing users are provided.
2. The method as claimed in claim 1, wherein the steps S3 to S6 further include issuing and querying the delayed location information of the other objects for issuing the shared location information by the sharing user:
after logging in, a sharing user selects a 'delay position query' function module, selects a time range of delay according to a self-contained calendar and taking days as units, selects a certain future time range as a time starting point and a time ending point of delay, queries position information of other sharing users in the time range, and manually inputs the position information of the other sharing users in a 'delay position input' module;
the operation steps of the time delay position recording module comprise:
after logging in, a sharing user selects a 'delay position input' functional module, selects a certain future time range as a starting point and an end point according to a self-contained calendar and taking days as units, and inputs own geographical position information in the time range;
when the electronic map is recorded, a user manually inputs an address or clicks a position on the map, and invokes a position search function of a Baidu map, an Tencent map or a Gagde map to give accurate position information of the electronic map and attaches the position information of the electronic map to corresponding time information.
3. The method as claimed in claim 1, wherein the step S3 further includes a step of rating credit for the published objects of the shared location information by the individual privacy sharing users in order to fully protect the individual privacy sharing users:
after a user logs in, a trust level setting module is selected, a trust module calls user information of other users in a WeChat, Paibao or app client, then the user clicks icons of other shared users to be trusted, a pull-down menu is displayed, wherein the trust levels of the four levels of 10 meters, 100 meters, 1 kilometer and 10 kilometers exist, the shared users click the level to be trusted, operation is completed, and a server automatically records the trust level of each user to the other shared users to be checked in a database.
4. The method as claimed in claim 3, wherein the step S3 further comprises:
the system reads the real-time position or delay position information of the sharing user and a credit level L and generates two random numbers r1 and r2, wherein r1 and r2 are between 0 and 1, the read accurate position of the sharing user is taken as an initial angular coordinate origin, r 1L is taken as a set privacy level radius, and r2 360 is taken as an angle, the fuzzy position information under different credit levels is determined, and then the real-time or future fuzzy position information of the sharing user is displayed to other sharing users under different credit levels on an electronic map, so that the personal privacy is protected.
5. The method for sharing a real-time or delayed location to improve the chance of meeting between friends as claimed in claim 2, further comprising retrieving the close range credit sharing user:
after the sharing user logs in, the sharing user enters a short-distance credit sharing user retrieval module, and a distance threshold value and a time range are input:
if the 'delay position query' function module is selected, automatically judging whether delay ranges preset by other sharing users of all credit services are overlapped with the time range preset by the sharing users;
if the coincidence time interval exists, calculating the linear distance between the delay positions of all other sharing users in the coincidence range and the delay position of the sharing user in the coincidence time range;
when the linear distance of any sharing user in the linear distances is smaller than a preset distance threshold, sending a prompt, and displaying head portraits corresponding to the sharing users on the electronic map in a highlighting or amplifying mode;
if the real-time position query module is selected, the linear distance between the real-time position of all other credit sharing users and the real-time position of the user is automatically calculated, when the linear distance of any sharing user in the linear distance is smaller than a preset distance threshold value, a prompt is sent, and head portraits corresponding to the sharing users are highlighted or magnified and displayed on the electronic map.
6. The method as claimed in claim 1, wherein the steps S3 to S6 further include: the communication of the real-time location and time-delayed location information of the sharing user is displayed in the form of icons in maps corresponding to different dates.
7. The method for sharing real-time or delayed location to improve the chance of meeting friends as claimed in claim 1, wherein the internet server analyzes the usage habits of the sharing users through big data and pushes the real-time location or/and delayed location information to all the sharing users' mobile terminal applets.
8. The method for sharing a real-time or delayed location to improve the chance of meeting friends according to claim 1, wherein the mobile terminal is a smart phone or a tablet computer with communication function.
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101742639A (en) * | 2008-11-25 | 2010-06-16 | 中国联合网络通信集团有限公司 | Method and system for sharing multi-terminal position |
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| CN101742639A (en) * | 2008-11-25 | 2010-06-16 | 中国联合网络通信集团有限公司 | Method and system for sharing multi-terminal position |
| CN102496130A (en) * | 2011-11-15 | 2012-06-13 | 王家庆 | Real-time mobile business system of high efficiency operation taxi |
| US20160192315A1 (en) * | 2014-12-31 | 2016-06-30 | Line Corporation | Apparatuses, methods, and recording mediums for providing location sharing services |
| CN109495841A (en) * | 2018-12-11 | 2019-03-19 | 安徽小明出行科技有限公司 | Shared automobile, mobile terminal real time position sharing method |
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