CN108876647A - Community interactive system and method based on child safety seat - Google Patents

Abstract

The present invention relates to a community interaction method and system based on child safety seats, the method comprising the following steps: collecting pressure data formed by children sitting on each child safety seat; collecting each child safety seat The travel information when the child safety seat is used each time; according to the pressure data, the users corresponding to the child safety seat are classified to form the first group of interactive communities; according to the travel information, the users corresponding to the child safety seat are classified Classify the users to form a second group of interactive communities; and recommend the first group of interactive communities and the second group of interactive communities to corresponding users, so that users can choose to enter the corresponding interactive communities according to their needs groups and interact. The classification of the interactive community in the present invention fully considers the commonality between users, so that users in the same interactive community have more common features, improves the communication value and communication benefits of the interactive community, and can increase the user's interest in the software. stickiness.

Description

Community interaction system and method based on child safety seat

technical field

The present invention relates to the application field of child safety seats, in particular to a community interaction system and method based on child safety seats.

Background technique

With the popularization of automobiles and people's increasing attention to the safety of children in cars, car child safety seats are getting more and more attention. Car child safety seats play an important role in reducing the casualties of children in collision accidents.

During the development of child safety seats, due to people's higher and higher requirements for the safety, comfort and functionality of child safety seats, child safety seats have become more and more important in terms of safety, comfort and multi-functional use. There is a big improvement. With the popularization of intelligence, the application of intelligent control on child safety seats has also appeared at present, such as a kind of child safety seat disclosed in a Chinese patent application (application number is 2012102010511), a child safety seat self-rescue system and method, It is equipped with a self-rescue device on the child safety seat, including a controller, an identification sensing system and a life support system. This invention is limited to the field of life support in extreme accidents. Another example is the Chinese patent application (application number 2013100276572) which provides an integrated car safety seat height adjustment method and device thereof, which is mainly for reducing child occupant injuries in car collision accidents.

In the current child safety seat, there is no technology to collect and apply the use information of the child safety seat, and the information generated during the use of the child safety seat has extremely high potential value for the application in the commercial field. Therefore, it is urgent to invent a technology capable of collecting and analyzing the usage information of child safety seats.

Contents of the invention

The purpose of the present invention is to overcome the defects of the prior art, provide a community interaction system and method based on child safety seats, and solve the problem that there is no technology for collecting and applying information on the use of child safety seats in the prior art question.

The technical scheme for realizing the above-mentioned purpose is:

The present invention provides a community interaction method based on a child safety seat, comprising the following steps:

Collect the pressure data formed by the child sitting on each child safety seat;

Collect the travel information of each child safety seat when it is used each time;

Classifying users corresponding to the child safety seat according to the pressure data to form a first group of interactive communities;

Classifying users corresponding to the child safety seat according to the travel information to form a second group of interactive communities; and

Recommending the first group of interactive communities and the second group of interactive communities to corresponding users, so that users can choose to enter the corresponding interactive communities and perform interactive activities as required.

The present invention collects the use of child safety seats and analyzes the user's travel habits. Based on the travel habits, the users are classified to form a variety of interactive communities. The classification of the interactive communities fully considers the commonality among users. This enables users in the same interactive community to have more common features, improves the communication value and communication benefits of the interactive community, and can increase users' stickiness to the software.

A further improvement of the community interaction method based on the child safety seat in the present invention is that the travel information includes travel destination information and stay time information at the travel destination;

When classifying users corresponding to child safety seats according to the travel information, users with the same or similar travel destination information are classified into the same interactive community, thereby forming a second group of interactive communities, wherein the The similar travel destination information means that the distance between two travel destination information is less than 2000 meters.

The further improvement of the community interaction method based on the child safety seat in the present invention is to classify users corresponding to the child safety seat according to the pressure data, including:

Provide a table of correspondence between children's age groups and stress data;

Find out the corresponding children's age group from the correspondence table according to the collected pressure data;

Record at least three children's age groups corresponding to the same child safety seat, and select the median of at least three children's age groups as the child's age information;

Users with the same age information of children are grouped into the same interactive community, thus forming the first group of interactive communities.

The further improvement of the community interaction method based on the child safety seat of the present invention is that it also includes:

Push the mall page containing mother and baby-related products to users of child safety seats;

Collect information about products clicked and purchased by users;

Group the users corresponding to the same product in the collected information of clicking on the product and the information of purchasing the product into the same interactive community, thus forming a third group of interactive communities;

The third group of interactive communities is recommended to corresponding users, so that users can choose to enter the corresponding interactive communities and perform interactive activities as required.

The further improvement of the community interaction method based on the child safety seat of the present invention is that it also includes:

Assign a corresponding and unique identification code to each child safety seat;

The identification code is bound with the registration information of the user corresponding to the child safety seat, so that the corresponding user is identified by the identification code.

The present invention also provides a community interaction system based on a child safety seat, including:

The collection unit is used to collect the pressure data formed by the child sitting on the child safety seat;

The positioning unit is used to collect the travel information of the child safety seat every time it is used;

The data analysis unit connected with the collection unit and the positioning unit is used to classify the users corresponding to the child safety seat according to the pressure data to form a first group of interactive communities; it is also used to classify the user according to the travel information Classify users corresponding to child safety seats to form a second group of interactive communities;

A community recommendation unit connected to the data analysis unit, configured to recommend the first group of interactive communities and the second group of interactive communities to corresponding users, so that users can choose to enter the corresponding interactive community and engage in interactive activities.

The further improvement of the community interaction system based on the child safety seat of the present invention is that the travel information collected by the positioning unit includes travel destination information and stay time information at the travel destination;

The data analysis unit sequentially traverses and compares all travel information, compares whether the distance between the travel destination information in the two travel information is less than or equal to 2000 meters, and if so, classifies the two travel information into the same interactive community, and completes the classification. After class, a second group of interactive communities is formed.

The further improvement of the community interaction system based on the child safety seat of the present invention is that the data analysis unit includes an age group judgment module and a classification analysis module;

The age group judging module is connected to the collection unit, receives the pressure data collected by the collection unit, and searches out the corresponding age group of children from the correspondence table between children's age groups and pressure data according to the pressure data; The above age group judging module records at least three children's age groups corresponding to the same child safety seat, and selects the median of at least three children's age groups as the child's age information;

The categorization analysis module is connected with the age group judgment module, and is used to classify users with the same children's age information into the same interactive community, thereby forming a first group of interactive communities.

The further improvement of the community interaction system based on the child safety seat of the present invention is that it also includes a product recommendation unit and a monitoring and recording unit connected to the product recommendation unit;

The product recommendation unit is used to push a mall page containing maternal and child-related products to users of the child safety seat;

The monitoring and recording unit collects the information of the user's clicked product and the information of the purchased product;

The data analysis unit is connected to the monitoring and recording unit, and is used to classify the users corresponding to the same product in the collected information of the clicked product and the information of the purchased product into the same interactive community, thereby forming a third group of interactive communities;

The community recommending unit recommends the third group of interactive communities to corresponding users, so that users can choose to enter the corresponding interactive communities and perform interactive activities as required.

The further improvement of the community interaction system based on the child safety seat of the present invention lies in that each child safety seat is provided with a unique identification code;

The social interaction system further includes a registration unit configured to receive registration information and a corresponding identification code input by the user of the child safety seat, the registration unit binds the identification code to the registration information of the corresponding user, Therefore, the corresponding user is identified through the identification code.

Description of drawings

FIG. 1 is a system diagram of a community interaction system based on a child safety seat in the present invention.

FIG. 2 is a schematic structural diagram of a child safety seat in the child safety seat-based community interaction system and method of the present invention.

Fig. 3 is a flow chart of the community interaction method based on the child safety seat of the present invention.

Detailed ways

The present invention will be further described below in conjunction with the accompanying drawings and specific embodiments.

Referring to Fig. 1, the present invention provides a community interaction system and method based on a child safety seat, which collects and analyzes information on every time a child uses a child safety seat, and understands the user's frequent use of a child safety seat. Time period, area and travel information, analyze the above information, and then recommend users who may be interested or suitable communities, and recommend useful information for users, improve users' communication interest and communication value, and enhance users' understanding of the software. sticky. The community interaction system and method based on the child safety seat of the present invention will be described below with reference to the accompanying drawings.

Referring to FIG. 1 , it shows a system diagram of a community interaction system based on a child safety seat of the present invention. The community interaction system based on the child safety seat of the present invention will be described below with reference to FIG. 1 .

As shown in FIG. 1 , a community interaction system 20 based on a child safety seat of the present invention includes a collection unit 21, a positioning unit 22, a data analysis unit 23, and a community recommendation unit 24, wherein the collection unit 21 and the positioning unit 22 is connected to the data analysis unit 23 , the positioning unit 22 is connected to the data analysis unit 23 , and the data analysis unit 23 is also connected to the community recommendation unit 24 . Preferably, the connection between the above-mentioned units is a communication connection, so as to realize information transmission between the units.

Wherein the acquisition unit 21 is used to collect the pressure data formed by the child sitting on the child safety seat. As shown in FIG. When the child safety seat 10 is on the seat cushion 101, it indicates that the child safety seat 10 is in use, and the seat cushion 101 will be under a certain pressure, and the acquisition unit 21 collects the pressure on the seat cushion 101 to form pressure data. Preferably, a pressure sensor can be installed in the seat cushion 101 of the child safety seat 10, and the acquisition unit 21 is connected to the pressure sensor to receive the pressure detected by the pressure sensor in real time to form pressure data.

The positioning unit 22 is used to collect travel information when the child safety seat is used each time. The positioning unit 22 generates travel information by locating the child safety seat in real time, that is, collecting the location of the child safety seat in real time. Preferably, the positioning unit 22 starts to work according to the trigger of the acquisition unit 21, so as to save energy consumption. When the child rides, it indicates that the child safety seat is in use. Therefore, after the child rides and generates pressure, the positioning unit 22 is triggered to open by the acquisition unit 21, so that the positioning unit 22 is in the working state, and the child safety seat is positioned in real time. Also preferably, the positioning of the child safety seat can be realized through a positioning device installed on the child safety seat, and the positioning device can be a GPS positioning system. The pressure sensor installed on the child safety seat is used as a switch of the positioning device, and when the pressure sensed by the pressure sensor sends an opening command to the positioning device, the positioning device is activated, and the position of the child safety seat is acquired. The positioning unit 22 is connected to the positioning device. After the positioning device is turned on, the positioning unit 22 receives the position information sent by the positioning device in real time to form travel information. In another embodiment, the positioning function can be realized by the mobile terminal 11 of the user of the child safety seat. The GPS positioning function provided in the mobile terminal 11 is used to realize real-time positioning. The positioning unit 22 communicates with the mobile terminal 11, and The authorization of the mobile terminal 11 is obtained, and the built-in GPS positioning function of the mobile terminal 11 is used to realize real-time positioning of the child safety seat to form travel information.

The data analysis unit 23 is used to classify the users corresponding to the child safety seat according to the pressure data to form a first group of interactive communities, the first group of interactive communities includes a plurality of mutually independent interactive communities, and each interactive community The pressure data of the users within is the same or similar. The data analysis unit 23 is also used to classify the users corresponding to the child safety seats according to the travel information to form a second group of interactive communities, the second group of interactive communities includes a plurality of mutually independent interactive communities, each interaction The travel information in the community is the same or similar.

The community recommending unit 24 is configured to recommend the first group of interactive communities and the second group of interactive communities to corresponding users, so that users can choose to enter the corresponding interactive communities and perform interactive activities as required. The community recommendation unit 24 recommends the corresponding interactive community to the corresponding user by sending recommendation information to the user's mobile terminal 11. The user can perform operations on the mobile terminal, such as clicking a recommended link to join the corresponding interactive community. group.

As a preferred embodiment of the present invention, the travel information collected by the positioning unit 22 includes travel destination information and stay time information at the travel destination; the data analysis unit 23 sequentially traverses and compares all travel information, and compares two travel information Whether the distance between the travel destination information in is less than or equal to 2000 meters, if so, classify the two travel information into the same interactive community, after traversing all the users and classifying each user, it forms A second set of interactive communities was created.

When the data analysis unit 23 classifies users according to travel information, it adopts the method of classifying users with the same destination and users with similar destinations (destination distance is less than 2000 meters), that is, users with the same or similar travel habits Users are classified into one category to form an interactive community. Users in the interactive community are likely to have the same or similar hobbies, and these users are relatively familiar with the surrounding conditions of the destination, thereby facilitating communication. In addition, users are located in similar locations, which is convenient for organizing offline activities and provides opportunities for children and parents to interact and communicate.

The positioning unit 22 can collect travel destination information and stay time information at the travel destination through the following methods: the positioning unit 22 starts to locate the child safety seat in real time when the child safety seat is in use, and locates the acquired position in real time. The information and the corresponding time are stored and recorded; when the child leaves the child safety seat, the pressure sensor on the seat cushion of the child safety seat cannot sense the pressure data, and can send a signal to the positioning unit 22, and the positioning unit 22 receives the After the signal, continue to obtain the location information of the child safety seat within a certain period of time, and compare the changes in the location information within a certain period of time. If there is no change, it indicates that the location information is the travel destination, and the search reaches the destination. The start time of the location is stored. When the user leaves the destination, the positioning unit 22 records the departure time, obtains the stay time information according to the start time and the departure time, and stores the stay time information corresponding to the travel destination information.

As another preferred embodiment of the present invention, the data analysis unit 23 includes an age group judgment module and a classification analysis module; the age group judgment module is connected to the collection unit 21 for receiving the pressure data collected by the collection unit 21, And according to the pressure data, find out the corresponding children's age group from the correspondence table of the children's age group and the pressure data; the age group judging module records at least three children's age groups corresponding to the same child safety seat, and selects at least three The median of the age group of the child is used as the age information of the child; the pressure data collected by the acquisition unit 21 is related to the weight of the child, so the weight information of the child can be determined through the pressure data, and then the age group of the child can be determined. With the use of the community interaction system of the present invention, the age group judgment module will regularly update the age information of children. The child's age information therein is an age group in increments of half a year old, including 0 to half a year old, half a year old to one year old, one year old to one and a half years old, and so on.

The table of correspondence between children's age groups and pressure data can be provided in advance, obtained through experimental simulation, and the standard weight of children is selected for simulation experiments to obtain the corresponding standard pressure data, and then a deviation value is added or subtracted based on the standard pressure data (the The deviation value takes the standard range value of the child's weight fluctuating above and below the standard weight) to obtain a pressure data range, thereby obtaining the correspondence table between the age group of the child and the pressure data, and the pressure data in the correspondence table is a pressure range.

The classification analysis module is connected with the age group judgment module, and is used to classify users with the same age information of children into the same interactive community, thereby forming the first group of interactive communities.

As another preferred embodiment of the present invention, the community interaction system 20 also includes a product recommendation unit 25 and a monitoring and recording unit 26 connected to the product recommendation unit 25;

The product recommendation unit 25 is used to push a mall page containing maternal and infant related products to the user of the child safety seat; preferably, push the mall page containing maternal and infant related products to the user's mobile terminal 11;

The monitoring and recording unit 26 collects the information that the user clicks on the product and the information of purchasing the product;

The data analysis unit 23 is connected with the monitoring and recording unit 26, and is used to classify the users corresponding to the same product in the information of the collected clicked product and the information of the purchased product into the same interactive community, thereby forming a third group of interactive communities;

The community recommendation unit 24 recommends the third group of interactive communities to corresponding users, so that users can choose to enter the corresponding interactive communities and perform interactive activities according to their needs.

As yet another preferred embodiment of the present invention, each child safety seat is provided with a unique identification code, and the unique identification code is used to indicate the corresponding child safety seat, so that a unique corresponding relationship with the child can be formed;

The social interaction system 20 also includes a registration unit 27, configured to receive the registration information and the corresponding identification code input by the user of the child safety seat. The code identifies the corresponding user.

The registration unit 27 is connected with the user's mobile terminal 11, and the user inputs the registration information through the mobile terminal 11. The registration information includes a user name and a password. When entering the registration information, the identification code of the child safety seat must be provided at the same time, so as to ensure that each child The information collected by the safety seat belongs to different users. The registration unit 27 receives the registration information and the identification code sent by the mobile terminal 11, and binds the registration information and the identification code correspondingly.

Further, the community interaction system 20 of the present invention also includes a storage unit, which is connected to the registration unit 27, and the registration unit 27 stores the one-to-one bound registration information and identification codes into the storage unit, so that through The identification code can identify the corresponding user, who is the parent and child using the child safety seat.

The storage unit is also connected with the acquisition unit 21, the positioning unit 22, the data analysis unit 23 and the community recommendation unit 24, and stores the following information through the storage unit: the pressure data collected by the storage collection unit 21; the trip collected by the storage positioning unit 22 The information includes travel destination information and stay time information, and also includes real-time location information and time of the child safety seat; stores the first group of interactive communities and the second group of interactive communities formed by the data analysis unit 23. The community recommendation unit 24 reads the users and the corresponding interaction communities in the first group of interaction communities and the second group of interaction settings from the storage unit, and recommends them to the users one by one. The storage unit is used to store a large amount of information related to the use of the child safety seat, and the large amount of information is used as the basis for analysis and judgment, and the part with commercial value is analyzed and applied from the large amount of information.

The community interaction system 20 of the present invention is an application program installed on a server, including a collection unit 21, a positioning unit 22, a data analysis unit 23, a community recommendation unit 24, a product recommendation unit 25, a monitoring and recording unit 26, and a registration unit 27 and storage units are functional units in this application. The application program and the server are connected to the user's mobile terminal through the Internet, and the user's mobile terminal can install an APP that matches the application program on the server, thereby realizing information interaction.

The user's mobile terminal 11 can also be connected to the positioning device and the pressure sensor on the child safety seat through the APP, and can be connected through the Internet such as Bluetooth and ZigBee, and the Internet of Things data transmission mode, so that the mobile terminal can display and control the positioning device and the pressure sensor .

In a preferred embodiment, the data analysis unit 23 subdivides the second group of interactive communities, and finds the communities, training institutions, shopping malls, amusement parks, and sports venues at the destination information according to the urban map, and according to the community , training institutions, shopping malls, amusement parks and sports venues to achieve precise positioning, and accurately divide users into the corresponding interactive communities of communities, training institutions, shopping malls, amusement parks and sports venues.

In a preferred implementation, the data analysis unit 23 traverses all the interactive communities, classifies two or more types of users with similar habits as high similarity users, and forms a fourth group of interactive communities. The criterion for judging two or more types of users with similar habits is to check whether these users exist in the same interactive community in each group of interactive communities, and if so, judge them as users with high similarity.

In a preferred implementation manner, the interactive community recommended by the community recommendation unit 24 may be a group for real-time chatting, or a forum for posting and exchanging freely. Each interactive community in the first group of interactive communities is a collection of users of different age groups. Through instant chat groups and/or forums, users can exchange parenting experiences and interesting things in daily life. Similarly, users can organize offline activities spontaneously, or organize activities with specialized staff as managers. Each interactive community in the second group of interactive communities is users with similar travel destination information, and community communities, training institution communities, etc. can be established, and staff or users can organize offline activities spontaneously to provide parents and children with Platform. Users in each interactive community in the third group of interactive communities have a similar degree of attention to products or services in the near future, and users can spontaneously share the experience of purchasing products. Through the above-mentioned community recommendation method, the user's stickiness to the software can be increased.

The community interaction system based on the child safety seat of the present invention also includes a data collection and application subsystem and a big data analysis subsystem. Using the data collection and application subsystem can realize the judgment of children's age group, and accurately push information suitable for the current age. Goods and services for children. Use the big data analysis subsystem to analyze the time and place of the user's use of the child safety seat to obtain the user's travel time period and travel cycle, etc., and through the analysis to obtain the user's travel time period, travel cycle, frequent places, travel The distance, etc. and the number of users using child safety seats in a specific area within a certain period of time can provide data support for related industries.

The data acquisition and application subsystem is connected with the acquisition unit. The data acquisition and application subsystem includes a child age judgment unit, a child shoulder height judgment unit and a push unit; The use information data of the chair, wherein the use information data includes cushion pressure data and gear position pressure data, the seat cushion pressure data is generated by children riding, and the gear position pressure data is generated by seat belt tightening.

The children's age judging unit includes a judging module, a recording module and a selecting module, wherein the judging module is connected with the acquisition unit, and is used to find out the corresponding age group of the child from the correspondence table of the children's age group and the cushion pressure data according to the cushion pressure data, Preferably, the above-mentioned corresponding relationship table between children's age groups and cushion pressure data is a pre-stored relationship comparison table, which is obtained through experimental simulation, and the standard weight of children is selected for simulation experiments. The cushion pressure in the corresponding relationship table Data are for a pressure range. The recording module is connected with the judging module, and the recording module is used for recording the age group of the children judged by the judging module. The selecting module is connected with the recording module, and the selecting module is used for selecting the median from at least three children's age groups as the age information of the child when at least three children's age groups are recorded in the recording module. The cushion pressure data is related to the child's weight, so the child's weight information can be judged through the cushion pressure data, and then the age group of the child can be judged. As time goes by, the child's age judgment unit will position and update the child's age information. The child's age information therein is an age group in increments of half a year old, including 0 to half a year old, half a year old to one year old, one year old to one and a half years old, and so on.

The child shoulder height judging unit is used for judging the shoulder height information of the child seated in the child safety seat according to the gear position pressure data, and then judging the age information of the child according to the shoulder height information. Children of different ages have different shoulder heights in sitting posture, and the applicable seat belt gear heights are also different. Therefore, the shoulder height information of children can be estimated according to the gear height used, and then through the comparison table of shoulder height and age, you can find Provide information about the age of the child. Preferably, the comparison table of children's shoulder height information and age information can be provided in advance, and the range of shoulder height corresponding to the age group can be obtained by counting the shoulder heights of children in the same age group. When looking for the corresponding age group based on the shoulder height information, it can be determined which shoulder height range the shoulder height belongs to in the comparison table, and the corresponding age information can be found as the age information of the child. The acquisition unit is connected with the pressure sensor installed at the gear structure, receives the gear pressure data transmitted by the pressure sensor, and then judges and obtains the shoulder height information of the child according to the gear structure from which the received gear pressure data comes.

The judging unit for children's shoulder height includes a grouping module, a first comparison module, a second comparison module and an alarm module. The grouping module is connected to the acquisition unit to receive all gear pressure data and group all gear pressure data according to gear Form multiple sets of gear pressure data, that is, classify the gear pressure data according to the same gear height, so that the gear pressure data detected by the two pressure sensors at the same gear height are classified into the same group; the first comparison The module is connected with the grouping module, the alarm module and the second comparison module. The first comparison module is used to compare the gear position pressure data of each group with a preset pressure lower limit value. If the gear position pressure data is less than or equal to the If the pressure is lower than the lower limit value, the gear pressure data is discarded, and it is further judged whether the group of gear pressure data is the last group. If so, it indicates that all the gear pressure data are less than or equal to the pressure lower limit value. Trigger the alarm module for alarm reminder. Setting the lower pressure limit is used to judge whether the gear pressure data is valid data. When selecting the lower pressure limit, you can refer to the standard pressure value after the seat belt is tightened, and select a value that is far less than the standard pressure value and greater than 0. The value of is used as the lower limit value of the pressure, which is used as the judgment value of the non-triggering gear. If the gear position pressure data is greater than the pressure lower limit value, then the first comparison module triggers the second comparison module to compare and judge, and the second comparison module compares the gear position pressure data with a pressure high limit value, if the gear position pressure data is greater than is equal to the high pressure limit, and only one gear pressure data among multiple sets of gear pressure data is greater than or equal to the high pressure limit, it means that the seat belt is tightened at the gear corresponding to the gear pressure data, and the The group of gear pressure data is judged to be valid and output; otherwise, the second comparison module triggers the alarm module to give an alarm reminder. The alarm reminder at this time may be due to the fact that the effective gear pressure data is greater than one set, or there is no effective gear pressure data, all of which belong to the seat belt tightening abnormality. The upper limit of pressure is selected with reference to the standard pressure value after the seat belt is tightened. The standard pressure value can be used as the upper limit of pressure, and the standard pressure value is obtained by using the algorithm of removing the average value from multiple tests.

Preferably, the children's shoulder height judging unit of the present invention records and judges the gear pressure data for three times, and compares the consistency of the gear pressure data each time. If the three times are consistent, then it is judged that the data is stable, and the pressure of the gear is used correspondingly. Data to determine the shoulder height information and store it in the storage unit, if inconsistent, the data is considered invalid and the data is discarded. The shoulder height information stored in the storage unit is stored corresponding to the user corresponding to the child safety seat.

The push unit selects the commodities and services to be pushed according to the age information, and pushes them to the user's mobile terminal. The selected commodities and services may be advertisements placed by a third party, or products and services of the maternal and child mall in the mobile terminal.

The big data analysis subsystem is connected with the positioning unit, and the positioning unit is also used to obtain the use time information and location information of the child safety seat during the use of the child safety seat; the big data analysis subsystem also includes an analysis unit , statistics unit, advertisement delivery recommendation unit, activity delivery recommendation unit and store pros and cons prediction unit;

The analysis unit is used to analyze the use time information and location information of the child safety seat acquired by the positioning unit to obtain the appearance route information and travel time information of the user corresponding to the child safety seat; The travel route information is divided to form multiple corresponding route segments, and the overlap rate of each route segment is analyzed; it is also used to divide the travel time information of all users into multiple time segments according to the corresponding route segments , and analyze the number of users on each route segment in each time segment; the advertisement placement recommendation unit is used to select the route segment whose coincidence rate is greater than or equal to the set coincidence rate as the advertisement placement route segment, and select the corresponding advertisement The time segment when the number of users on the delivery road segment is greater than or equal to the set number is used as the advertisement delivery time, and then the advertisement delivery recommendation is made. Wherein, the setting coincidence rate is selected as 30% to 50%, and the setting number is 30% to 50% of the total number of users. In this way, the advertisement placement recommendation unit can recommend routes with a high overlap rate between travel peak hours and travel routes, and improve the efficiency of advertisement placement.

The positioning unit can be connected with the positioning device installed on the child safety seat, so as to obtain the position information of the child safety seat in real time through the positioning device; it can also be connected with the mobile terminal of the user corresponding to the child safety seat, and obtain the information sent by the mobile terminal information about the location of the child safety seat.

The analysis unit is also used to analyze the acquired use time information and location information of the child safety seat to obtain the stay location information and stay time information of the user corresponding to the child safety seat; information, the analysis unit compares whether the position information at the time point before and after is the same, if so, it indicates that the position is a stay, and then continues to compare the position information backwards until the position information is different, then the stay time information can be obtained. After the analysis unit obtains the stay location information and stay time information, the stay location information and stay time information are stored in the storage unit. The statistical unit is also used to analyze the stay location information and stay time information in a set area within a set period of time, and obtain the correspondence between the number of users in the set area and the time zone and time period Relationship; the setting period can be one month, three months, or one year, because the time period for counting the number of users is required, the longer the setting period is selected, the more users can be counted The number of time periods is more reliable. The set area may be a designated business district. According to the corresponding relationship between the number of users in the set area and the time zone and time period obtained by the statistical unit, it can be predicted that the set area has the largest number of users at a certain time, and the merchant can hold promotional activities at this time. The activity recommendation unit is used to select the time zone and time period corresponding to the number of users greater than or equal to the set value from the corresponding relationship between the number of users in the set area and the time zone and time period as the time for the promotional activity to be recommended. Wherein the setting value is 30% to 50% of the total number of users. Holding promotional activities at the time and place where children gather most can increase the transaction volume and effect of the activity. In another preferred embodiment, the activity recommendation unit can sort and display all the set areas, and display the number of users in the set area and the corresponding time zone together, and sort according to the number of users from most to It is convenient for merchants to choose from the displayed list.

The statistical unit is also used to analyze the age information of children corresponding to all users among the selected number of users greater than or equal to the set value, and obtain the proportion of each age group, and then output it. This enables merchants to adjust the product structure according to children's age groups when holding promotional activities, and provide specific products for children of specific age groups.

The analysis unit is also used to analyze the acquired use time information and location information of the child safety seat to obtain the stay location information of the user corresponding to the child safety seat; within a set area, analyze the stay location information that appears in a set area, and obtain the total number of users that appear in the set area; the store quality prediction unit judges the advantages and disadvantages of setting up a store in the set area based on the total number of users and calculates output. The advantage and disadvantage prediction unit of the store is used to analyze the advantages and disadvantages of the geographical location of the store. Through the analysis of data such as places frequently visited by a large number of users, it can be obtained that the place with a high overlap rate in a certain area can be judged as the advantage of the store for children users. Location. In another preferred embodiment, the store pros and cons predicting unit compares the total number of users in each set area, and sorts the set areas according to the total number of users, thus reflecting the ranking of store locations from best to worst. The sorted setting areas can be displayed in the form of a list, and the total number of users in each setting area is displayed correspondingly. Furthermore, the analysis results of children's age groups can also be displayed in the form of graphs.

The community interaction method based on the child safety seat provided by the present invention will be described below.

As shown in Figure 3, the community interaction method based on the child safety seat of the present invention includes the following steps:

Step S301 is executed to collect the pressure data on the child safety seat, and the collected pressure data is formed by the child riding on the child safety seat; then step S302 is executed.

Execute step S302 to collect the travel information of the child safety seat, and collect the travel information of the child safety seat each time the child safety seat is used; then execute step S303.

Execute step S303, classify users according to the pressure data to form a first group of interactive communities, and the users are users corresponding to child safety seats; then execute step S304.

Execute step S304, classify the users according to the travel information to form a second group of interactive communities; then execute step S305.

Execute step S305, recommend the first group and the second group of interactive communities to the user, and recommend the first group of interactive communities and the second group of interactive communities to corresponding users, so that users can choose to enter the corresponding interactive communities according to their needs. groups and interact.

The present invention collects the use of child safety seats and analyzes the user's travel habits. Based on the travel habits, the users are classified to form a variety of interactive communities. The classification of the interactive communities fully considers the commonality among users. This enables users in the same interactive community to have more common features, improves the communication value and communication benefits of the interactive community, and can increase users' stickiness to the software.

As a preferred embodiment of the present invention, the travel information includes travel destination information and stay time information at the travel destination;

When classifying users corresponding to child safety seats based on travel information, users with the same or similar travel destination information are grouped into the same interactive community, thus forming a second group of interactive communities, in which the travel destination information is similar to The distance between two travel destination information is less than 2000 meters.

Classify users based on travel information. Users with the same destination and users with similar destinations (destination distance less than 2000 meters) are classified into one category, that is, users with the same or similar travel habits are classified into one category. Form an interactive community. Users in the interactive community are likely to have the same or similar hobbies, and these users are relatively familiar with the surrounding conditions of the destination, thereby facilitating communication. In addition, users are located in similar locations, which is convenient for organizing offline activities and provides opportunities for children and parents to interact and communicate.

The step of collecting the pressure data on the child safety seat in the community interaction method of the present invention can be realized by the collection unit 21 in the community interaction system 20. For the specific working principle of the collection unit 21, please refer to the collection in the community interaction system 20. The description of unit 21 will not be repeated here. The step of collecting the travel information of the child safety seat can be realized by the positioning unit 22 in the social interaction system 20. For the specific working principle of the positioning unit 22, please refer to the description of the positioning unit 22 in the social interaction system 20, here No longer. The step of classifying users in the present invention can be realized by the data analysis unit 23 in the community interaction system 20 , for details, please refer to the description of the data analysis unit 23 in the community interaction system 20 , which will not be repeated here. The step of community recommendation to users in the present invention can be realized by the community recommendation unit 24 in the community interaction system 20. For details, please refer to the description of the community recommendation unit 24 in the community interaction system 20, which will not be repeated here repeat.

As another preferred embodiment of the present invention, the user corresponding to the child safety seat is classified according to the pressure data, including:

Provide a table of correspondence between children's age groups and stress data;

Find out the corresponding children's age group from the correspondence table according to the collected pressure data;

Record at least three children's age groups corresponding to the same child safety seat, and select the median of at least three children's age groups as the child's age information;

Users with the same age information of children are grouped into the same interactive community, thus forming the first group of interactive communities.

The collected pressure data is related to the weight of the child, so the weight information of the child can be judged through the pressure data, and then the age group of the child can be judged. Judgments about children's age information need to be updated periodically over time. The child's age information therein is an age group in increments of half a year old, including 0 to half a year old, half a year old to one year old, one year old to one and a half years old, and so on.

The table of correspondence between children's age groups and pressure data can be provided in advance, obtained through experimental simulation, and the standard weight of children is selected for simulation experiments to obtain the corresponding standard pressure data, and then a deviation value is added or subtracted based on the standard pressure data (the The deviation value takes the standard range value of the child's weight fluctuating above and below the standard weight) to obtain a pressure data range, thereby obtaining the correspondence table between the age group of the child and the pressure data, and the pressure data in the correspondence table is a pressure range.

As another preferred embodiment of the present invention, it also includes:

Push the mall page containing mother and baby-related products to users of child safety seats;

Collect information about products clicked and purchased by users;

Group the users corresponding to the same product in the collected information of clicking on the product and the information of purchasing the product into the same interactive community, thus forming a third group of interactive communities;

The third group of interactive communities is recommended to corresponding users, so that users can choose to enter the corresponding interactive communities and perform interactive activities according to their needs.

Another preferred embodiment of the present invention also includes:

Assign a corresponding and unique identification code to each child safety seat;

The identification code is bound with the registration information of the user corresponding to the child safety seat, so that the corresponding user is identified by the identification code.

Using a unique identification code to indicate the corresponding child safety seat can form a unique corresponding relationship with the child. When binding the identification code and the user's registration information, the identification code and the user's registration information can be obtained by requiring the user to provide the identification code corresponding to the child safety seat when the user provides the registration information. Therefore, it is ensured that the information collected by each child safety seat belongs to different users.

In a preferred embodiment, the data analysis unit 23 subdivides the second group of interactive communities, and finds the communities, training institutions, shopping malls, amusement parks, and sports venues at the destination information according to the urban map, and according to the community , training institutions, shopping malls, amusement parks and sports venues to achieve precise positioning, and accurately divide users into the corresponding interactive communities of communities, training institutions, shopping malls, amusement parks and sports venues.

In a preferred implementation manner, all interactive communities are traversed, and two or more types of users with similar habits are classified as users with high similarity, and a fourth group of interactive communities is formed. The criterion for judging two or more types of users with similar habits is to check whether these users exist in the same interactive community in each group of interactive communities, and if so, judge them as users with high similarity.

In a preferred implementation manner, the recommended interactive community may be a group for real-time chatting, or a forum for posting and exchanging freely. Each interactive community in the first group of interactive communities is a collection of users of different age groups. Through instant chat groups and/or forums, users can exchange parenting experiences and interesting things in daily life. Similarly, users can organize offline activities spontaneously, or organize activities with specialized staff as managers. Each interactive community in the second group of interactive communities is users with similar travel destination information, and community communities, training institution communities, etc. can be established, and staff or users can organize offline activities spontaneously to provide parents and children with Platform. Users in each interactive community in the third group of interactive communities have a similar degree of attention to products or services in the near future, and users can spontaneously share the experience of purchasing products. Through the above-mentioned community recommendation method, the user's stickiness to the software can be increased.

The present invention has been described in detail above with reference to the embodiments of the accompanying drawings, and those skilled in the art can make various changes to the present invention according to the above description. Therefore, some details in the embodiments should not be construed as limiting the present invention, and the present invention will take the scope defined by the appended claims as the protection scope of the present invention.

Claims (10)

1. A community interaction method based on a child safety seat, comprising the steps of: Collect the pressure data formed by the child sitting on each child safety seat; Collect the travel information of each child safety seat when it is used each time; Classifying users corresponding to the child safety seat according to the pressure data to form a first group of interactive communities; Classifying users corresponding to the child safety seat according to the travel information to form a second group of interactive communities; and Recommending the first group of interactive communities and the second group of interactive communities to corresponding users, so that users can choose to enter the corresponding interactive communities and perform interactive activities as required. 2. The community interaction method based on child safety seats according to claim 1, wherein the travel information includes travel destination information and stay time information at the travel destination; When classifying users corresponding to child safety seats according to the travel information, users with the same or similar travel destination information are classified into the same interactive community, thereby forming a second group of interactive communities, wherein the The similar travel destination information means that the distance between two travel destination information is less than 2000 meters. 3. The community interaction method based on child safety seats according to claim 1, wherein the user corresponding to the child safety seat is classified according to the pressure data, including: Provide a table of correspondence between children's age groups and stress data; Find out the corresponding children's age group from the correspondence table according to the collected pressure data; Record at least three children's age groups corresponding to the same child safety seat, and select the median of at least three children's age groups as the child's age information; Users with the same age information of children are grouped into the same interactive community, thus forming the first group of interactive communities. 4. The community interaction method based on child safety seats as claimed in claim 1, further comprising: Push the mall page containing mother and baby-related products to users of child safety seats; Collect information about products clicked and purchased by users; Group the users corresponding to the same product in the collected information of clicking on the product and the information of purchasing the product into the same interactive community, thus forming a third group of interactive communities; The third group of interactive communities is recommended to corresponding users, so that users can choose to enter the corresponding interactive communities and perform interactive activities as required. 5. The community interaction method based on child safety seats as claimed in claim 1, further comprising: Assign a corresponding and unique identification code to each child safety seat; The identification code is bound with the registration information of the user corresponding to the child safety seat, so that the corresponding user is identified by the identification code. 6. A community interaction system based on child safety seats, characterized in that it comprises: The collection unit is used to collect the pressure data formed by the child sitting on the child safety seat; The positioning unit is used to collect the travel information of the child safety seat every time it is used; The data analysis unit connected with the collection unit and the positioning unit is used to classify the users corresponding to the child safety seat according to the pressure data to form a first group of interactive communities; it is also used to classify the user according to the travel information Classify users corresponding to child safety seats to form a second group of interactive communities; A community recommendation unit connected to the data analysis unit, configured to recommend the first group of interactive communities and the second group of interactive communities to corresponding users, so that users can choose to enter the corresponding interactive community and engage in interactive activities. 7. The community interaction system based on child safety seats according to claim 6, wherein the travel information collected by the positioning unit includes travel destination information and stay time information at the travel destination; The data analysis unit sequentially traverses and compares all travel information, compares whether the distance between the travel destination information in the two travel information is less than or equal to 2000 meters, and if so, classifies the two travel information into the same interactive community, and completes the classification. After class, a second group of interactive communities is formed. 8. The community interaction system based on child safety seats according to claim 6, wherein the data analysis unit includes an age group judgment module and a classification analysis module; The age group judging module is connected to the collection unit, receives the pressure data collected by the collection unit, and searches out the corresponding age group of children from the correspondence table between children's age groups and pressure data according to the pressure data; The above age group judging module records at least three children's age groups corresponding to the same child safety seat, and selects the median of at least three children's age groups as the child's age information; The categorization analysis module is connected with the age group judgment module, and is used to classify users with the same children's age information into the same interactive community, thereby forming a first group of interactive communities. 9. The community interaction system based on child safety seats according to claim 6, further comprising a product recommendation unit and a monitoring and recording unit connected to the product recommendation unit; The product recommendation unit is used to push a mall page containing maternal and child-related products to users of the child safety seat; The monitoring and recording unit collects the information of the user's clicked product and the information of the purchased product; The data analysis unit is connected to the monitoring and recording unit, and is used to classify the users corresponding to the same product in the collected information of the clicked product and the information of the purchased product into the same interactive community, thereby forming a third group of interactive communities; The community recommending unit recommends the third group of interactive communities to corresponding users, so that users can choose to enter the corresponding interactive communities and perform interactive activities as required. 10. The community interaction system based on child safety seats as claimed in claim 6, wherein each child safety seat is provided with a unique identification code; The social interaction system further includes a registration unit configured to receive registration information and a corresponding identification code input by the user of the child safety seat, the registration unit binds the identification code to the registration information of the corresponding user, Therefore, the corresponding user is identified through the identification code.