CN108876647B - Community interaction system and method based on child safety seat - Google Patents
Community interaction system and method based on child safety seat Download PDFInfo
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Abstract
本发明涉及一种基于儿童安全座椅的社群交互方法及系统，该方法包括如下步骤：采集每一儿童安全座椅上由儿童乘坐所形成的压力数据；采集所述的每一儿童安全座椅每次使用时的出行信息；依据所述压力数据将与所述儿童安全座椅对应的用户进行分类，形成第一组交互社群；依据所述出行信息将与所述儿童安全座椅对应的用户进行分类，形成第二组交互社群；以及将所述第一组交互社群和所述第二组交互社群向对应的用户进行推荐，以使得用户根据需要选择进入对应的交互社群并进行交互活动。本发明的交互社群的归类充分考虑了用户间的共性，使得同一交互社群中的用户间具有较多的共同特征，提高了交互社群的交流价值及交流效益，能够增加用户对软件的黏性。
The invention relates to a community interaction method and system based on a child safety seat. The method includes the following steps: collecting pressure data formed by children sitting on each child safety seat; collecting each child safety seat described travel information of the chair each time it is used; classify the users corresponding to the child safety seat according to the pressure data to form a first group of interactive communities; according to the travel information, classify the users corresponding to the child safety seat The users are classified to form a second group of interactive communities; and the first group of interactive communities and the second group of interactive communities are recommended to corresponding users, so that users can choose to enter the corresponding interactive community according to their needs. group and interact. The classification of the interactive community of the present invention fully considers the commonality between users, so that users in the same interactive community have more common characteristics, improve the communication value and communication efficiency of the interactive community, and can increase users' awareness of the software viscosity.
Description
Technical Field
The invention relates to the application field of child safety seats, in particular to a community interaction system and a community interaction method based on the child safety seats.
Background
Along with the popularization of automobiles and the increasing importance degree of people on the safety of children during riding, the automobile child safety seat is more and more emphasized, and the automobile child safety seat plays an important role in reducing the casualties of children in collision accidents.
In the development process of the child safety seat, as the requirements of people on the safety, comfort and functionality of the child safety seat are higher and higher, the child safety seat is greatly improved in the aspects of safety, comfort and multifunctional application. Along with the popularization of intellectualization, the application of intelligent control to a child safety seat also appears at present, for example, a child safety seat self-rescue system and a child safety seat self-rescue method disclosed by the Chinese patent application (application number is 2012102010511), wherein a self-rescue device is arranged on the child safety seat and comprises a controller, an identification induction system and a life support system, and the invention is only limited to the field of life guarantee under extreme accidents. For another example, chinese patent application (application No. 2013100276572) provides an integrated method and apparatus for adjusting the height of a car safety seat, which is mainly used to reduce the injury of the child occupant during the car collision.
In the current child safety seat, there is no technology for collecting and applying the usage information of the child safety seat, and the information generated in the usage process of the child safety seat has a very high potential value for the application in the commercial field, so a technology capable of collecting and analyzing the usage information of the child safety seat is needed to be invented.
Disclosure of Invention
The invention aims to overcome the defects of the prior art, provides a community interaction system and a community interaction method based on a child safety seat, and solves the problem that the prior art does not have a technology for collecting and applying use information of the child safety seat.
The technical scheme for realizing the purpose is as follows:
the invention provides a community interaction method based on a child safety seat, which comprises the following steps:
collecting pressure data formed by the seating of a child on each child safety seat;
collecting travel information of each child safety seat in each use;
classifying users corresponding to the child safety seat according to the pressure data to form a first group of interaction communities;
classifying users corresponding to the child safety seat according to the travel information to form a second group of interaction communities; and
recommending the first group of interaction communities and the second group of interaction communities to corresponding users, so that the users can select to enter the corresponding interaction communities and perform interaction activities as required.
According to the method, the using condition of the child safety seat is collected and the traveling habits of the user are obtained through analysis, the user is classified based on the traveling habits to form various interactive communities, the commonality among the users is fully considered in the classification of the interactive communities, so that the users in the same interactive community have more common characteristics, the communication value and the communication benefit of the interactive community are improved, and the stickiness of the user to software can be increased.
The community interaction method based on the child safety seat is further improved in that the travel information comprises travel destination information and residence time information at the travel destination;
when users corresponding to the child safety seat are classified according to the travel information, the users with the same or similar travel destination information are classified into the same interactive community, so that a second group of interactive community is formed, wherein the travel destination information is similar, and the distance between the two pieces of travel destination information is smaller than 2000 meters.
The social interaction method based on the child safety seat is further improved in that the classification of the users corresponding to the child safety seat according to the pressure data comprises the following steps:
providing a corresponding relation table of the age group of the child and the pressure data;
finding out the corresponding age bracket of the child from the corresponding relation table according to the collected pressure data;
recording at least three child age groups corresponding to the same child safety seat, and selecting median in the at least three child age groups as child age information;
and classifying users with the same child age information into the same interactive community, thereby forming a first group of interactive communities.
The social interaction method based on the child safety seat is further improved in that the social interaction method further comprises the following steps:
pushing a mall page containing mother-infant related products to a user of the child safety seat;
collecting information of a product clicked by a user and information of a product purchased by the user;
classifying 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;
recommending the third group of interaction communities to corresponding users so that the users can enter the corresponding interaction communities and perform interaction activities as required.
The social interaction method based on the child safety seat is further improved in that the social interaction method further comprises the following steps:
assigning a corresponding and unique identification code to each child safety seat;
and binding the identification code with the registration information of the user corresponding to the child safety seat, so as to identify the corresponding user through the identification code.
The invention also provides a community interaction system based on the child safety seat, which comprises the following steps:
the collecting unit is used for collecting pressure data formed by the sitting of a child on the child safety seat;
the positioning unit is used for collecting travel information of the child safety seat in each use;
the data analysis unit is connected with the acquisition unit and the positioning unit and used for classifying users corresponding to the child safety seat according to pressure data to form a first group of interactive communities; the system is also used for classifying users corresponding to the child safety seat according to the travel information to form a second group of interaction communities; according to
And the community recommending unit is connected with the data analyzing unit and is used for recommending the first group of interactive communities and the second group of interactive communities to corresponding users so that the users can enter the corresponding interactive communities and perform interactive activities according to needs.
The community interaction system based on the child safety seat is further improved in that the travel information collected by the positioning unit comprises travel destination information and residence time information at the travel destination;
the data analysis unit sequentially traverses and compares all the trip information, compares whether the distance between the trip destination information in the two trip information is less than or equal to 2000 m, if so, classifies the two trip information into the same interactive community, and forms a second group of interactive community after classification.
The social interaction system based on the child safety seat is further improved in that the data analysis unit comprises an age group judgment module and a classification analysis module;
the age group judging module is connected with the acquisition unit, receives the pressure data acquired by the acquisition unit, and finds out a corresponding child age group from a corresponding relation table of the child age group and the pressure data according to the pressure data; the age group judging module records at least three child age groups corresponding to the same child safety seat, and selects the median of the at least three child age groups as child age information;
the classification analysis module is connected with the age group judgment module and is used for classifying users with the same child age information into the same interactive community, so that a first group of interactive communities is formed.
The social interaction system based on the child safety seat is further improved in that the social interaction system further comprises a product recommending unit and a monitoring recording unit connected with the product recommending unit;
the product recommending unit is used for pushing a mall page containing related products of the mother and the infant to a user of the child safety seat;
the monitoring recording unit acquires the information of the product clicked by the user and the information of the product purchased by the user;
the data analysis unit is connected with the monitoring recording unit and is used for classifying users corresponding to the same product in the collected information of the clicked product and the collected information of the purchased product into the same interactive community so as to form a third group of interactive communities;
and the community recommending unit recommends the third group of interactive communities to corresponding users so that the users can select to enter the corresponding interactive communities and perform interactive activities as required.
The social interaction system based on the child safety seats is further improved in that each child safety seat is provided with a unique identification code;
the community interaction system further comprises a registration unit, wherein the registration unit is used for receiving registration information input by a user of the child safety seat and a corresponding identification code, and the registration unit binds the identification code with the registration information of the corresponding user, so that the corresponding user is identified through the identification code.
Drawings
FIG. 1 is a system diagram of a child safety seat based community interaction system according to the present invention.
FIG. 2 is a schematic structural diagram of a child safety seat in the social interaction system and method based on the child safety seat of the present invention.
FIG. 3 is a flowchart illustrating a social interaction method based on a child safety seat according to the present invention.
Detailed Description
The invention is further described with reference to the following figures and specific examples.
Referring to fig. 1, the invention provides a community interaction system and method based on a child safety seat, which are used for collecting and analyzing information for each use of the child safety seat by a child, knowing time periods, areas and trip information of the child safety seat frequently used by a user, analyzing the information, recommending possibly interested or appropriate communities for the user, recommending useful information for the user, improving communication interest and communication value of the user, and enhancing stickiness of the user to software. The social interaction system and method based on the child safety seat of the present invention are described below with reference to the accompanying drawings.
Referring to FIG. 1, a system diagram of the child safety seat based community interaction system of the present invention is shown. The social interaction system based on the child safety seat of the present invention is 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 collecting unit 21, a positioning unit 22, a data analyzing unit 23, and a community recommending unit 24, wherein the collecting unit 21 is connected to the positioning unit 22 and the data analyzing unit 23, the positioning unit 22 is connected to the data analyzing unit 23, and the data analyzing unit 23 is further connected to the community recommending unit 24. Preferably, the connection between the units is a communication connection, so as to realize information transmission between the units.
The collecting unit 21 is configured to collect pressure data formed by a child sitting on the child safety seat, and as shown in fig. 2, the child safety seat 10 includes a seat cushion 101 for the child to sit on, when the child sits on the seat cushion 101 of the child safety seat 10, it is indicated that the child safety seat 10 is in a use state, and the seat cushion 101 may receive a certain pressure, and the collecting unit 21 collects the pressure data formed by the pressure received by the seat cushion 101. Preferably, a pressure sensor may be installed in the seat cushion 101 of the child safety seat 10, and the collecting 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 for acquiring travel information of the child safety seat during each use, and the positioning unit 22 positions the child safety seat in real time, that is, acquires the position of the child safety seat in real time to form the travel information. Preferably, the positioning unit 22 starts to operate upon the triggering of the acquisition unit 21, so that energy consumption can be saved. The child safety seat is in a use state when a child sits, and therefore the positioning unit 22 is triggered to be opened through the acquisition unit 21 after the child sits to generate pressure, the positioning unit 22 is enabled to be in a working state, and the child safety seat is positioned in real time. Preferably, the positioning of the child safety seat is performed by a positioning device mounted on the child safety seat, and the positioning device may be a GPS positioning system. The pressure sensor arranged on the child safety seat is used as a switch of the positioning device, when the pressure sensor senses the pressure, an opening instruction is sent to the positioning device, the positioning device is started, and the position of the child safety seat is obtained. The positioning unit 22 is connected to the positioning device, and 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 may be implemented by the mobile terminal 11 of the user of the child safety seat, the real-time positioning is implemented by using a GPS positioning function provided in the mobile terminal 11, the positioning unit 22 is in communication connection with the mobile terminal 11 and obtains the authorization of the mobile terminal 11, and the real-time positioning of the child safety seat is implemented by using the GPS positioning function provided in the mobile terminal 11 to form the trip information.
The data analysis unit 23 is configured to classify users corresponding to the child safety seat according to the pressure data to form a first interactive community group, where the first interactive community group includes a plurality of mutually independent interactive communities, and the pressure data of the users in each interactive community group is the same or similar. The data analysis unit 23 is further configured to classify users corresponding to the child safety seats according to the trip information to form a second group of interaction communities, where the second group of interaction communities includes a plurality of interaction communities that are independent of each other, and the trip information in each interaction community is the same or similar.
The community recommendation unit 24 is configured to recommend the first group of interaction communities and the second group of interaction communities to corresponding users, so that the users can select to enter the corresponding interaction communities and perform interaction activities as needed. The community recommendation unit 24 enables recommendation of the corresponding interaction community to the corresponding user by sending recommendation information to the mobile terminal 11 of the user, on which the user may operate, such as clicking a recommended link to join the corresponding interaction community.
In a preferred embodiment of the present invention, the travel information collected by the positioning unit 22 includes travel destination information and residence time information at the travel destination; the data analysis unit 23 sequentially traverses and compares all the travel information, compares whether the distance between the travel destination information in the two travel information is less than or equal to 2000 meters, if so, classifies the two travel information into the same interactive community, and forms a second group of interactive community after traversing all the users and classifying each user.
When classifying users according to the travel information, the data analysis unit 23 classifies users with the same destination and users with close destinations (the distance between the destinations is less than 2000 m), that is, classifies users with the same or similar travel habits, to form an interactive community. The users in the interactive community are likely to have the same or similar interests, and the users are familiar with the situation around the destination, so that communication is facilitated. In addition, the users are all in close positions, offline activities are convenient to organize, and interactive communication opportunities are provided for children and parents.
The positioning unit 22 can collect the travel destination information and the stay time information at the travel destination by the following methods: the positioning unit 22 starts to position the child safety seat in real time when the child safety seat is used, and stores and records position information obtained by real-time positioning and corresponding time; when the child leaves the child safety seat, the pressure sensor on the cushion of the child safety seat cannot sense pressure data at the moment, a signal can be sent to the positioning unit 22, after the positioning unit 22 receives the signal, the positioning unit continues to acquire the position information of the child safety seat within a certain time, the change of the position information within the certain time is compared, if the change does not exist, the position information is shown as a trip destination, the starting time of reaching the destination is searched, and the starting time is stored. When the user leaves the destination, the positioning unit 22 records the leaving time, and obtains the staying time information from the starting time and the leaving time, and stores the staying time information in correspondence with the travel destination information.
As another preferred embodiment of the present invention, the data analysis unit 23 includes an age group determination module and a classification analysis module; the age group judging module is connected with the acquisition unit 21 and used for receiving the pressure data acquired by the acquisition unit 21 and finding out a corresponding child age group from a corresponding relation table of the child age group and the pressure data according to the pressure data; the age group judging module records at least three child age groups corresponding to the same child safety seat, and selects the median of the at least three child age groups as child age information; the pressure data collected by the collecting unit 21 is related to the weight of the child, so that the weight information of the child can be judged through the pressure data, and the age group of the child is further judged. With the adoption of the community interaction system, the age group judgment module can update the age information of the children regularly. The child age information is an age range which is increased by half, and comprises 0 year to half, half to one year, one to half, and the like.
The corresponding relation table of the age groups of the children and the pressure data can be provided in advance, the corresponding relation table is obtained through experiment simulation, the standard weight of the children is selected to carry out simulation experiment, corresponding standard pressure data are obtained, then a deviation value (the deviation value is a standard range value of the weight of the children fluctuating up and down on the standard weight) is added and subtracted according to the standard pressure data to obtain a pressure data range, therefore, the corresponding relation table of the age groups of the children and the pressure data is obtained, and the pressure data in the corresponding relation table is a pressure range.
The classification analysis module is connected with the age group judgment module and used for classifying users with the same child age information into the same interactive community, so that a first group of interactive communities is formed.
As another preferred embodiment of the present invention, the community interaction system 20 further comprises a product recommending unit 25 and a monitoring recording unit 26 connected to the product recommending unit 25;
the product recommendation unit 25 is configured to push a mall page containing related maternal and infant products to a user of the child safety seat; preferably, a mall page containing mother-infant related products is pushed to the mobile terminal 11 of the user;
the monitoring recording unit 26 collects the information of product clicking and product purchasing of the user;
the data analysis unit 23 is connected with the monitoring recording unit 26, and is configured to classify users corresponding to the same product in the collected information of the clicked product and the information of the purchased product into the same interaction community, so as to form a third group of interaction communities;
the community recommending unit 24 recommends the third group of interaction communities to the corresponding users, so that the users can select to enter the corresponding interaction communities and perform interaction activities as required.
As 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 represent the corresponding child safety seat, so that a unique corresponding relationship can be formed between the child safety seat and the child;
the community interaction system 20 further comprises a registration unit 27 for receiving registration information input by the user of the child safety seat and a corresponding identification code, and the registration unit 27 binds the identification code with the registration information of the corresponding user, so as to identify the corresponding user through the identification code.
The registration unit 27 is connected to the mobile terminal 11 of the user, and the user inputs registration information through the mobile terminal 11, where the registration information includes a user name and a password, and when the registration information is input, the identification code of the child safety seat needs to be provided at the same time, so as to ensure that the information collected by each child safety seat belongs to different users. The registration unit 27 receives the registration information and the identification code transmitted from the mobile terminal 11, and binds the registration information with the identification code.
Further, the community interaction system 20 of the present invention further includes a storage unit, the storage unit is connected to the registration unit 27, and the registration unit 27 stores the registration information and the identification code bound in a one-to-one correspondence manner into the storage unit, so that the corresponding user, i.e. the parent and the child using the child safety seat, can be identified by the identification code.
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: storing the pressure data collected by the collecting unit 21; the travel information collected by the storage positioning unit 22 includes travel destination information and stay time information, and also includes real-time position information and time of the child safety seat; the first and second groups of interaction communities formed by the data analysis unit 23 are stored. 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 the users one by one. The storage unit is used for storing a large amount of information related to the use of the child safety seat, the large amount of information is used as a basis for analysis and judgment, and a part with commercial value is analyzed and found from the large amount of information and is applied.
The community interaction system 20 of the present invention is an application installed on a server, and the acquisition unit 21, the positioning unit 22, the data analysis unit 23, the community recommendation unit 24, the product recommendation unit 25, the monitoring record unit 26, the registration unit 27, and the storage unit are all functional units in the application. The application program and the server are connected with the mobile terminal of the user through the Internet, and the mobile terminal of the user can be provided with an APP matched with the application program on the server, so that information interaction is realized.
The mobile terminal 11 of the user can be connected with the positioning device and the pressure sensor on the child safety seat through APP, and the data transmission modes of the internet and the internet of things such as the Bluetooth and the ZigBee are connected, 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, searches the cells, the training institutions, the shopping malls, the amusement parks and the sports arenas at the travel destination information according to the urban map, and accurately positions the users according to the cells, the training institutions, the shopping malls, the amusement parks and the sports arenas, so as to accurately divide the users into the corresponding interactive communities of the cells, the training institutions, the shopping malls, the amusement parks and the sports arenas.
In a preferred embodiment, the data analysis unit 23 traverses all the interaction communities, classifies two or more types of users with similar habits as high-similarity users, and forms a fourth group of interaction communities. The standard for judging two or more types of users with similar habits is to check whether the users exist in the same interactive community in each group of interactive communities, and if so, the users are judged to be high-similarity users.
In a preferred embodiment, the interactive community recommended by the community recommending unit 24 may be a chat group or a free posting forum. Each interactive community in the first group of interactive communities is a user set with different age groups, through timely chatting groups and/or forums, users can exchange child-care experience and daily life interests, and because the age groups of children in the user set are similar, the users can spontaneously organize offline activities, or special workers serve as managers to organize activities. Each interactive community in the second group of interactive communities is a user with close travel destination information, a community, a training institution community and the like can be established, offline activities are spontaneously organized by workers or users, and an exchange platform is provided for parents and children. The recent attention of the users to the products or services in each interactive community in the third group of interactive communities is similar, and the users can spontaneously share the experience of purchasing the products. By the community recommendation method, the stickiness of the user to the software can be increased.
The community interaction system based on the child safety seat further comprises a data acquisition and application subsystem and a big data analysis subsystem, the judgment of the age group of the child can be realized by utilizing the data acquisition and application subsystem, and articles and services suitable for the child in the current age group can be accurately pushed. The big data analysis subsystem is used for analyzing the time, the place and other data of the child safety seat used by the user to obtain the time period, the trip period and the like of the user when the user goes out, and the time period, the trip period, the frequent place, the trip distance and the like of the user and the number of the users using the child safety seat in a specific area in a certain time period are obtained through analysis, so that data support can be provided for relevant industries.
The data acquisition and application subsystem is connected with the acquisition unit and comprises a child age judgment unit, a child shoulder height judgment unit and a pushing unit; the acquisition unit is also used for acquiring the use information data of the child safety seat when the child sits on the child safety seat, wherein the use information data comprises cushion pressure data and gear pressure data, the cushion pressure data is generated by sitting on the child, and the gear pressure data is generated by tightening the safety belt.
The child age judging unit comprises a judging module, a recording module and a selecting module, wherein the judging module is connected with the collecting unit and used for finding out a corresponding child age group from a corresponding relation table of the child age group and cushion pressure data according to the cushion pressure data, preferably, the corresponding relation table of the child age group and the cushion pressure data is a relation comparison table stored in advance and obtained through experiment simulation, the standard weight of a child is selected to carry out simulation experiment, and the cushion pressure data in the corresponding relation table is a pressure range. The recording module is connected with the judging module and is used for recording the age bracket of the child judged by the judging module. The selecting module is connected with the recording module and used for selecting the median from at least three age groups of the children as the age information of the children when the at least three age groups of the children are recorded in the recording module. Cushion pressure data is relevant with children's weight to accessible cushion pressure data judges children's weight information, and then judges the age bracket that children are located, and along with the lapse of time, children age judge that the unit can fix a position the update to children's age information. The child age information is an age range which is increased by half, and comprises 0 year to half, half to one year, one to half, and the like.
The child shoulder height judging unit is used for judging the shoulder height information of a child sitting on the child safety seat according to the gear pressure data, and then judging the age information of the child according to the shoulder height information. The sitting posture shoulder height of children of different ages is different, and the safety belt gear height that is suitable for is also different, consequently can estimate out children's shoulder height information according to the gear height that uses, and then through the contrast relation table of shoulder height and age, can find out children's age information. Preferably, the comparison table of the shoulder height information and the age information of the children is provided in advance, and the shoulder height of the children in the same age group is counted, and then the range of the shoulder height corresponding to the age group is obtained. When the corresponding age bracket is searched according to the shoulder height information, the range of the shoulder height to which the shoulder height belongs in the comparison relation table can be judged, and the corresponding age information is found to be used as the age information of the child. The acquisition unit is connected with the pressure sensor who installs in gear structure department, receives the gear pressure data of this pressure sensor conveying, and then judges the shoulder height information that derives children according to the gear structure that the gear pressure data who receives come from.
The child shoulder height judging unit comprises a grouping module, a first comparing module, a second comparing module and an alarming module, wherein the grouping module is connected with the acquisition unit, receives all gear pressure data, and groups all the gear pressure data according to gears to form a plurality of groups of gear pressure data, namely classifies the gear pressure data according to the same gear height, so that the gear pressure data detected by two pressure sensors at the same gear height are classified into the same group; the first comparison module is connected with the grouping module, the alarm module and the second comparison module, the first comparison module is used for comparing the gear pressure data of each group with a preset pressure low limit value, if the gear pressure data is smaller than or equal to the pressure low limit value, the gear pressure data is abandoned, whether the gear pressure data of the group is the last group or not is further judged, if yes, all the gear pressure data are smaller than or equal to the pressure low limit value, and at the moment, the first comparison module triggers the alarm module to alarm and remind. And setting a pressure low limit value to judge whether the gear pressure data is valid data, and selecting a numerical value which is far smaller than the standard pressure value and larger than 0 as the pressure low limit value to be used as a judgment numerical value of a non-trigger gear by referring to the standard pressure value after the safety belt is tightened when the pressure low limit value is selected. If the gear pressure data is greater than the pressure low limit value, the first comparison module triggers the second comparison module to perform comparison and judgment, the second comparison module compares the gear pressure data with a pressure high limit value, if the gear pressure data is greater than or equal to the pressure high limit value, and only one group of gear pressure data in the multiple groups of gear pressure data is greater than or equal to the pressure high limit value, the safety belt is tightened at a gear corresponding to the gear pressure data, and the group of gear pressure data is judged to be effective and output; otherwise, the second comparison module triggers the alarm module to alarm and remind. The warning reminding at this time may be that the effective gear pressure data is larger than one group, or the effective gear pressure data is not available, and the effective gear pressure data is abnormal in safety belt tightening. The pressure high limit value is selected according to a standard pressure value after the safety belt is tightened, the standard pressure value can be used as the pressure high limit value, and the standard pressure value is obtained by utilizing an algorithm of removing an average value through multiple tests.
Preferably, the child shoulder height judging unit records and judges gear pressure data for three times, compares the consistency of the gear pressure data for each time, judges that the data is stable if the three times are consistent, correspondingly judges that shoulder height information is obtained by utilizing the gear pressure data and stores the shoulder height information in the storage unit, and if the three times are inconsistent, considers that the data is invalid and abandons the data. And storing the shoulder height information stored in the storage unit in correspondence with the user corresponding to the child safety seat.
The pushing unit selects the pushed goods and services according to the age information and pushes the goods and services to the mobile terminal of the user, and the selected goods and services can be advertisements launched from a third party or products and services of a mother and baby mall in the mobile terminal.
The big data analysis subsystem is connected with the positioning unit, and the positioning unit is also used for acquiring the use time information and the position information of the child safety seat in the use process of the child safety seat; the big data analysis subsystem also comprises an analysis unit, a statistic unit, an advertisement putting recommendation unit, an activity putting recommendation unit and a shop quality prediction unit;
the analysis unit is used for analyzing the using time information and the position information of the child safety seat acquired by the positioning unit to obtain the appearance route information and the travel time information of the user corresponding to the child safety seat; the statistical unit is used for dividing the travel route information of all users to form a plurality of corresponding route sections and analyzing to obtain the coincidence rate of each route section; the route section analysis system is also used for dividing travel time information of all users into a plurality of time sections according to corresponding route sections and analyzing the number of the users on each route section in each time section; the advertisement putting recommending unit is used for selecting the route sections with the coincidence rate larger than or equal to the set coincidence rate as advertisement putting road sections, selecting the time sections with the number of users larger than or equal to the set number on the corresponding advertisement putting road sections as advertisement putting time, and further recommending advertisement putting. Wherein the setting coincidence rate is selected to be 30% to 50%, and the setting number is 30% to 50% of the total number of users. Therefore, the advertisement putting recommending unit can recommend the route with high coincidence rate of the travel peak time and the travel route, and the advertisement putting benefit is improved.
The positioning unit can be connected with a positioning device arranged on the child safety seat so as to acquire the position information of the child safety seat in real time through the positioning device; the method and the device can also be connected with a mobile terminal of a user corresponding to the child safety seat, and acquire the position information of the child safety seat sent by the mobile terminal.
The analysis unit is also used for analyzing the acquired use time information and position information of the child safety seat to obtain the stop place information and the stop time information of the user corresponding to the child safety seat; when the stopping place information and the stopping time information are judged, the analysis unit compares whether the position information of the previous and subsequent time points is the same, if so, the position is indicated as the stopping position, and then the position information is continuously compared backwards until the position information is different, so that the stopping time information can be obtained. And the analysis unit stores the stay point information and the stay time information in the storage unit after obtaining the stay point information and the stay time information. The statistical unit is also used for analyzing the stay place information and the stay time information which appear in a set area in a set period range and obtaining the corresponding relation between the number of the users in the set area and the time section and the time period; the set period may be one month, three months, or one year, and the longer the set period is selected, the more reliable the counted time period of the number of users is. The set area may be a designated business circle. According to the corresponding relation between the number of the users in the set area and the time section and the time period, which are obtained by the statistical unit, the maximum number of the users in the set area at a certain time can be predicted, and a merchant can hold the promotion activities at the time. The activity recommending unit is used for selecting the time section and the time period corresponding to the user number which is more than or equal to the set value from the corresponding relation between the user number in the set area and the time section and the time period as the holding time of the promotion activity for recommending. Wherein the set value is 30% to 50% of the total number of users. The sales promotion activities are held at the time and place where the children gather the most, and the volume of the activities and the effect of the activities can be improved. In another preferred embodiment, the activity recommendation unit may rank and display all the set areas, and display the number of users in the set areas and the corresponding time segments together, and may perform ranking according to the number of users, so that the merchant may conveniently select from the displayed list.
The statistical unit is also used for analyzing the age information of corresponding children in all the users in the selected number of the users which is more than or equal to the set value, obtaining the proportion of each age and further outputting the proportion. Therefore, when a merchant holds a promotion event, the structure of the commodity can be adjusted according to the age bracket of the child, and the specific commodity is provided for the child in the specific age bracket.
The analysis unit is also used for analyzing the acquired use time information and the position information of the child safety seat to obtain the stop place information of the user corresponding to the child safety seat; the statistical unit is also used for analyzing the information of the stay points appearing in a set area in a set period range and obtaining the total number of users appearing in the set area; the shop advantages and disadvantages prediction unit judges and outputs the advantages and disadvantages of the shops set in the set area according to the total number of the users. The shop superiority and inferiority prediction unit is used for analyzing the superiority and inferiority of the geographical position of the shop, and can obtain a place with a high coincidence rate in a certain area through analysis of data of a large number of places where users frequently go, and the like, and judge that the place is the superior position of the shop of the child user. In another preferred embodiment, the shop goodness prediction unit compares the total number of users in each setting area, and ranks the setting areas according to the total number of users, thereby embodying the ranking of shop positions from good to bad. The sorted setting areas can be shown in a list form, and the total number of users in each setting area is correspondingly displayed. Further, the analysis results of the age group of the child may be displayed in the form of a graph.
The community interaction method based on the child safety seat provided by the invention is explained below.
As shown in fig. 3, the social interaction method based on child safety seats of the present invention includes the following steps:
step S301 is executed, pressure data on the child safety seat are collected, and the collected pressure data are formed by a child sitting on the child safety seat; step S302 is then performed.
Step S302 is executed, the travel information of the child safety seat is collected, and the travel information of the child safety seat is collected when the child safety seat is used every time; step S303 is then performed.
Step S303 is executed, users are classified according to the pressure data to form a first group of interactive communities, and the users are users corresponding to the child safety seat; step S304 is then performed.
Executing step S304, classifying the users according to the travel information to form a second group of interactive communities; step S305 is then performed.
Step S305 is executed to recommend the first group and the second group of interaction communities to the user, and recommend the first group of interaction communities and the second group of interaction communities to the corresponding user, so that the user can select to enter the corresponding interaction communities and perform interaction activities as required.
According to the method, the using condition of the child safety seat is collected and the traveling habits of the user are obtained through analysis, the user is classified based on the traveling habits to form various interactive communities, the commonality among the users is fully considered in the classification of the interactive communities, so that the users in the same interactive community have more common characteristics, the communication value and the communication benefit of the interactive community are improved, and the stickiness of the user to software can be increased.
As a preferred embodiment of the present invention, the travel information includes travel destination information and stay time information at the travel destination;
when users corresponding to the child safety seat are classified according to the travel information, the users with the same or similar travel destination information are classified into the same interactive community, so that a second group of interactive communities is formed, wherein the travel destination information is similar, and the distance between the two pieces of travel destination information is smaller than 2000 meters.
The users are classified according to the travel information, users with the same destination and users with close destinations (the destination distance is less than 2000 meters) are classified into one category, namely users with the same or close travel habits are classified into one category, and an interactive community is formed. The users in the interactive community are likely to have the same or similar interests, and the users are familiar with the situation around the destination, so that communication is facilitated. In addition, the users are all in close positions, offline activities are convenient to organize, and interactive communication opportunities are provided for children and parents.
The step of acquiring the pressure data on the child safety seat in the community interaction method of the present invention may be implemented by the acquisition unit 21 in the community interaction system 20, and specific working principles of the acquisition unit 21 may be referred to the description of the acquisition unit 21 in the community interaction system 20, which is not described herein again. The step of collecting the travel information of the child safety seat may be implemented by the positioning unit 22 in the community interaction system 20, and specific working principles of the positioning unit 22 may be referred to the description of the positioning unit 22 in the community interaction system 20, which is not described herein again. The step of classifying the users in the present invention can be implemented by the data analysis unit 23 in the community interaction system 20, and specific reference may be made to the description of the data analysis unit 23 in the community interaction system 20, which is not described herein again. The step of recommending the community to the user in the present invention can be implemented by the community recommending unit 24 in the community interaction system 20, which can be specifically referred to the description of the community recommending unit 24 in the community interaction system 20, and is not described herein again.
As another preferred embodiment of the present invention, classifying users corresponding to child safety seats according to pressure data includes:
providing a corresponding relation table of the age group of the child and the pressure data;
finding out the corresponding age bracket of the child from the corresponding relation table according to the collected pressure data;
recording at least three child age groups corresponding to the same child safety seat, and selecting median in the at least three child age groups as child age information;
and classifying users with the same child age information into the same interactive community, thereby forming a first group of interactive communities.
The pressure data of collection is relevant with children's weight, so accessible pressure data judges children's weight information, and then judges the age bracket that children are located. The judgment of the child age information needs to be updated regularly as time goes on. The child age information is an age range which is increased by half, and comprises 0 year to half, half to one year, one to half, and the like.
The corresponding relation table of the age groups of the children and the pressure data can be provided in advance, the corresponding relation table is obtained through experiment simulation, the standard weight of the children is selected to carry out simulation experiment, corresponding standard pressure data are obtained, then a deviation value (the deviation value is a standard range value of the weight of the children fluctuating up and down on the standard weight) is added and subtracted according to the standard pressure data to obtain a pressure data range, therefore, the corresponding relation table of the age groups of the children and the pressure data is obtained, and the pressure data in the corresponding relation table is a pressure range.
As another preferred embodiment of the present invention, the present invention further includes:
pushing a mall page containing mother-infant related products to a user of the child safety seat;
collecting information of a product clicked by a user and information of a product purchased by the user;
classifying 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;
and recommending the third group of interaction communities to corresponding users so that the users can enter the corresponding interaction communities and perform interaction activities as required.
As another preferred embodiment of the present invention, the present invention further includes:
assigning a corresponding and unique identification code to each child safety seat;
and binding the identification code with the registration information of the user of the corresponding child safety seat, so as to identify the corresponding user through the identification code.
The unique identification code is used for representing the corresponding child safety seat, so that the child safety seat can form unique corresponding relation with the child. In binding the identification code with the registration information of the user, the identification code and the registration information of the user may be acquired by requiring the user to provide the identification code corresponding to the child safety seat together when the user provides the registration information. Thereby ensuring that the information gathered by each child safety seat belongs to a different user.
In a preferred embodiment, the data analysis unit 23 subdivides the second group of interactive communities, searches the cells, the training institutions, the shopping malls, the amusement parks and the sports arenas at the travel destination information according to the urban map, and accurately positions the users according to the cells, the training institutions, the shopping malls, the amusement parks and the sports arenas, so as to accurately divide the users into the corresponding interactive communities of the cells, the training institutions, the shopping malls, the amusement parks and the sports arenas.
In a preferred embodiment, all the interactive communities are traversed, two or more types of users with similar habits are classified as high-similarity users, and a fourth group of interactive communities is formed. The standard for judging two or more types of users with similar habits is to check whether the users exist in the same interactive community in each group of interactive communities, and if so, the users are judged to be high-similarity users.
In a preferred embodiment, the recommended interactive community can be a chat group in time or a forum for free posting and communication. Each interactive community in the first group of interactive communities is a user set with different age groups, through timely chatting groups and/or forums, users can exchange child-care experience and daily life interests, and because the age groups of children in the user set are similar, the users can spontaneously organize offline activities, or special workers serve as managers to organize activities. Each interactive community in the second group of interactive communities is a user with close travel destination information, a community, a training institution community and the like can be established, offline activities are spontaneously organized by workers or users, and an exchange platform is provided for parents and children. The recent attention of the users to the products or services in each interactive community in the third group of interactive communities is similar, and the users can spontaneously share the experience of purchasing the products. By the community recommendation method, the stickiness of the user to the software can be increased.
While the present invention has been described in detail and with reference to the embodiments thereof as illustrated in the accompanying drawings, it will be apparent to one skilled in the art that various changes and modifications can be made therein. Therefore, certain details of the embodiments are not to be interpreted as limiting, and the scope of the invention is to be determined by the appended claims.
Claims (8)
1. A community interaction method based on a child safety seat is characterized by comprising the following steps:
collecting use information data formed by the seating of children on each child safety seat;
collecting travel information of each child safety seat in each use;
classifying users corresponding to the child safety seat according to the use information data and/or the travel information to form a corresponding interactive community; and
recommending the interactive community to a corresponding user;
further comprising:
assigning a corresponding and unique identification code to each child safety seat;
and binding the identification code with the registration information of the user corresponding to the child safety seat, so as to identify the corresponding user through the identification code.
2. The child safety seat-based community interaction method according to claim 1, wherein the travel information includes travel destination information and stay time information at the travel destination;
when users corresponding to the child safety seat are classified according to the travel information, the users with the same or similar travel destination information are classified into the same interactive community, so that a second group of interactive community is formed, wherein the travel destination information is similar, and the distance between the two pieces of travel destination information is smaller than 2000 meters.
3. The child safety seat-based community interaction method according to claim 1, wherein classifying users corresponding to the child safety seat according to the usage information data comprises:
providing a corresponding relation table of the age group of the child and the use information data;
finding out the corresponding age bracket of the child from the corresponding relation table according to the collected use information data;
recording at least three child age groups corresponding to the same child safety seat, and selecting median in the at least three child age groups as child age information;
and classifying users with the same child age information into the same interactive community, thereby forming a first group of interactive communities.
4. The child safety seat-based community interaction method of claim 1, further comprising:
pushing a mall page containing mother-infant related products to a user of the child safety seat;
collecting information of a product clicked by a user and information of a product purchased by the user;
classifying 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;
recommending the third group of interaction communities to corresponding users so that the users can enter the corresponding interaction communities and perform interaction activities as required.
5. A community interaction system based on a child safety seat, comprising:
the acquisition unit is used for acquiring use information data formed by taking children on the child safety seat;
the positioning unit is used for collecting travel information of the child safety seat in each use;
the data analysis unit is connected with the acquisition unit and the positioning unit and is used for classifying users corresponding to the child safety seat according to the use information data and/or the travel information to form a corresponding interactive community; and
the community recommending unit is connected with the data analyzing unit and is used for recommending the interactive community to a corresponding user;
each child safety seat is provided with a unique identification code;
the community interaction system further comprises a registration unit, wherein the registration unit is used for receiving registration information input by a user of the child safety seat and a corresponding identification code, and the registration unit binds the identification code with the registration information of the corresponding user, so that the corresponding user is identified through the identification code.
6. The child safety seat-based community interaction system according to claim 5, wherein the travel information collected by the positioning unit comprises travel destination information and residence time information at the travel destination;
the data analysis unit sequentially traverses and compares all the trip information, compares whether the distance between the trip destination information in the two trip information is less than or equal to 2000 m, if so, classifies the two trip information into the same interactive community, and forms a second group of interactive community after classification.
7. The child safety seat-based community interaction system according to claim 5, wherein the data analysis unit comprises an age group judgment module and a classification analysis module;
the age group judging module is connected with the acquisition unit, receives the use data acquired by the acquisition unit, and finds out a corresponding child age group from a corresponding relation table of the child age group and the use information data according to the use information data; the age group judging module records at least three child age groups corresponding to the same child safety seat, and selects the median of the at least three child age groups as child age information;
the classification analysis module is connected with the age group judgment module and is used for classifying users with the same child age information into the same interactive community, so that a first group of interactive communities is formed.
8. The child safety seat-based community interaction system according to claim 5, further comprising a product recommendation unit and a monitoring record unit connected to the product recommendation unit;
the product recommending unit is used for pushing a mall page containing related products of the mother and the infant to a user of the child safety seat;
the monitoring recording unit acquires the information of the product clicked by the user and the information of the product purchased by the user;
the data analysis unit is connected with the monitoring recording unit and is used for classifying users corresponding to the same product in the collected information of the clicked product and the collected information of the purchased product into the same interactive community so as to form a third group of interactive communities;
and the community recommending unit recommends the third group of interactive communities to corresponding users so that the users can select to enter the corresponding interactive communities and perform interactive activities as required.
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| CN106204300A (en) * | 2016-07-23 | 2016-12-07 | 杨跃龙 | A kind of interaction systems based on position, motion conditions and End-user relevance |
| CN106953888A (en) * | 2017-01-25 | 2017-07-14 | 斑马信息科技有限公司 | Information transmission system and method |
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| CN103106615A (en) * | 2013-01-28 | 2013-05-15 | 上海交通大学 | Excavated user behavior analysis method based on television watching log |
| CN106204300A (en) * | 2016-07-23 | 2016-12-07 | 杨跃龙 | A kind of interaction systems based on position, motion conditions and End-user relevance |
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Effective date of registration: 20250106 Address after: 201419 room 1378, floor 4, building 6, No. 1, Yangming Road, Xinghuo Development Zone, Fengxian District, Shanghai Patentee after: SHANGHAI CHUDE ELECTRIC Co.,Ltd. Country or region after: China Address before: 200122 2F, No. 45, Xinhao Road, Xinchang Town, Pudong New Area, Shanghai Patentee before: SHANGHAI WOYOO ELECTRONIC TECHNOLOGY Co.,Ltd. Country or region before: China |