TWI715863B - System for providing interaction messaging services with crowd-sourced contents mapping to iot devices - Google Patents

Abstract

A system for providing interaction messaging services with crowd-sourced contents mapping to IOT devices. The system may be deployed in a server and comprise a communication module, a database module, an operation module and a bigdata analysis module. The database module further includes an IOT device database, a user database, a push message database and a social message database. The present invention is a combination of applications of the IOT and the instant messaging technologies, meeting the requirements of multi-oriented society and business for effective information dissemination.

Description

A system for providing community interactive content through IOT devices

The present invention relates to a system for providing community interactive content, in particular to a system for providing community interactive content with an IOT device for specific information dissemination using existing hardware equipment.

The current society is being changed by two technologies at a speed beyond human control. These two technologies are the Internet of Things and instant messaging. The Internet of Things is an information carrier such as the Internet and traditional telecommunications networks, which enables all devices that can perform independent functions to achieve interconnection. As the name implies, it is to enable communication between devices to achieve the purpose of improving human life. These Internet of Things devices, ranging from communication base stations and smart electronic websites, to gravity sensors in mobile phones and temperature and humidity sensors on smart clothes, break through the traditional application range and transmit messages to each other through the Internet of Things, providing It has many excellent functions beyond its own design. Although many new forms of IoT devices continue to be developed and deployed, the existing IoT devices still work in their positions; many of these currently in service IoT devices have failed to complete the "connection", that is, the IoT dividends are in these The device has not been fully developed yet. Therefore, the use of IoT devices is still under continuous development.

On the other hand, the biggest difference people can feel from the last century is the service of instant messaging. The operation of instant messaging has been popularized from desktop computers to smart phones; instant messaging products have evolved from MSN ^TM , QQ ^TM , SKYPE ^TM to LINE ^TM , WeChat ^TM , WhatsAPP ^TM and so on. In addition to the social platforms that have emerged after Web 2.0, such as Twitter ^TM , Facebook ^TM , LinkedIn ^TM and Google+ ^TM , what kind of information humans seem to want can be obtained without difficulty, even these instant messaging-based products, from time to time Information will also be pushed for specific users. Wherever the message is, it is where the business opportunity is. Therefore, more and more developers or smart applications are developing different business fields through instant messaging and the Internet.

Based on the above description, we can know how much benefit the further combination of the Internet of Things and instant messaging technology will produce. Therefore, under this background, the present invention was born, that is, a system that provides community interactive content with IOT devices to meet multi-faceted social and business needs.

This paragraph extracts and compiles certain features of the present invention. Other features will be revealed in subsequent paragraphs. Its purpose is to cover the spirit and scope of the additional patent application, various modifications and similar arrangements.

The present invention discloses a system for providing social interaction content with an IOT device. The system can be installed in a server host and includes: a communication module that communicates with a plurality of mobile communication devices through a network; and a data The library module includes: an IOT device database, which stores the unique identification information and device-related data of multiple IOT devices with wireless communication function; a user database, which stores the user accounts, passwords and user data of multiple users for access And modify; a push-broadcast information database, store Store a plurality of push messages for access and modification, where each push message corresponds to a push message attribute and/or at least one unique identification information; and a social message database storing a plurality of social messages uploaded by users. Each social message corresponds to at least one unique identification information and at least one user account; and an operation module, which is connected to the communication module and the database module to operate to receive user accounts and user accounts from mobile communication devices Password to log in to the system, obtain the unique identification information and device-related data of the IOT device surrounding the mobile communication device through the detection of the connected mobile communication device, and push the information corresponding to the unique identification information detected by the mobile communication device Send to the mobile communication device, send the social message to the mobile communication device that detects the corresponding unique identification information and the corresponding user account has been logged in, and allows the mobile communication device used by the logged-in user account to contact the relevant user Add or modify accounts, passwords, user information and social messages.

In one embodiment, the system may further include a large data analysis module connected to the database module and the operation module for analyzing each user account through a mobile communication device The received social information, the unique identification information contacted, and the relevant settings in the user data and its extended service data, actively find the appropriate push information, and send it to the mobile communication device where the user account is located through the operation module . The display of the data sent to the mobile communication device, or the addition or modification of the content of the database module by the mobile communication device, can be performed by the mobile application (APP) or package software installed on the mobile communication device, or through web browsing The device interacts through web pages. The extended service data may include friendship links on social platforms, check-in records on social platforms or frequently visited websites.

In another embodiment, the communication module, the database module, the operation module, and the big data analysis module may be an external card, software, or a combination of an external card and software installed in a server host.

Preferably, the unique identification information may be the serial number of the fuselage, the universal unique identification number (UUID), the media access control address (MAC address), or the cell ID (Cell ID). The equipment-related data can be equipment name, access time, geographic location, metadata, climate data, or access times. The user information can be a mobile phone number, email address, name, gender, age, preferences, social platform accounts, instant messaging software accounts, or occupations. The push information type can be text, picture, photo, animation, video or sound. The social message type can be text, photo, tag, animation, video or sound. The IOT device can be a wireless access point (Wireless Access Point), a wireless network camera, a smart street lamp, a smart power station, a mobile phone base station, a beacon, or other devices that can send wireless signals. The mobile communication device can be a smart phone, a tablet computer, a wearable device or a notebook computer. The promotion information can be catering advertisements, traffic information, travel information, government promotion, MRT station names, product advertisements, nearby activities information or missing persons notices.

In another embodiment, the user account may further set a prohibition attribute corresponding to at least one push information attribute, and the operation module will not transmit the push information corresponding to the aforementioned at least one push information attribute. To the mobile communication device where the user account is located. The prohibited attribute can be created or modified in the user database by the user of the user account after logging in to the system through the mobile communication device where it is located.

From the above description, it can be known that the present invention is actually a combined application of the Internet of Things and instant messaging technology, which meets the needs of multi-faceted society and business for effective information dissemination. In addition, the present invention has other features. First, the system disclosed in the present invention can obtain the unique identification information of the IOT device when the user's mobile communication device receives the wireless signal (such as Bluetooth signal, Wi-Fi signal, Zigbee signal, etc.) of the IOT device, and This information can be used as the ID of the IOT device. Second, users can superimpose different types of IOT devices through mobile applications or software packages installed on mobile communication devices. Remark content (using social messages) to give specific meaning, and different users can continuously annotate content for the same IOT device. Furthermore, the background (operation module 130) can use the received unique identification information of the mobile communication device, the user's login user account, preference settings, other social platform information, etc., filtering analysis can provide customers with the best push Information. Finally, the user can set a black/white list of whether or not to receive push information through the prohibition attribute. In this way, the information sent in the background can more effectively meet the needs of users.

10: Servo host

100: System

110: Communication module

120: database module

121: IOT device database

122: user database

123: push broadcast information database

124: Social Information Database

130: Operation Module

140: Big Data Analysis Module

20: Internet

310: The first mobile communication device

320: second mobile communication device

410: The first IOT device

420: Second IOT device

430: third IOT device

440: Fourth IOT device

450: Fifth IOT device

Fig. 1 is a system block diagram of a system for providing social interaction content with an IOT device according to an embodiment of the present invention; Fig. 2 is an operation flowchart of the system; and Fig. 3 is used to illustrate the application of the system.

The present invention will be described more specifically by referring to the following embodiments.

Please refer to FIG. 1, which is a system block diagram of a system 100 for providing social interaction content through an IOT device according to an embodiment of the present invention. The system 100 can be installed in a server host. However, the types and functions of the server host vary with requirements and designs. The system 100 may only be installed on a single server host due to its small use requirements, or it may be installed on a server for a large number of data access systems. In the cluster, even some data needs to be backed up remotely, and different server hosts in different regions are required to cooperate. These aspects are all within the scope claimed by the present invention. In this embodiment, as shown in FIG. 1, a single servo host 10 is used to simplify the description, and the dotted and dashed frame inside it represents the system 100.

The system 100 includes the following main modules: a communication module 110, a database module 120, an operation module 130, and a large data analysis module 140. It is worth noting that the type of these modules can be hardware, such as an external card installed in the server host 10; it can also be software installed in the server host 10; or a combination of hardware and software, such as communication The module 110 is an external card, and the rest is implemented by software. Preferably, the display of the data sent to the mobile communication device, or the addition or modification of the content of the database module 120 by the mobile communication device, can be performed by a mobile application (APP) or package software installed on the mobile communication device, or by It is done by web browser through web page interaction. The functions, features, and interaction methods of these modules are described below.

The communication module 110 communicates with several mobile communication devices through a network 20. For the convenience of description, two mobile communication devices are illustrated in FIG. 1: a first mobile communication device 310 and a second mobile communication device 320. In fact, the number of mobile communication devices far exceeds two. In fact, a mobile communication device can be one of a smart phone, a tablet computer, a wearable device, or a notebook computer. It can connect to the Internet from a mobile communication network or through a Wi-Fi wireless access point (Wireless Access Point). A specific wide area network or local area network, and a portable device for data transmission, display and operation through these networks. It should be noted that the communication module 110 does not refer to a network-connected hardware device in the server host 10 or connected to the server host 10, but refers to hardware or software that can process operations related to the application layer of the system 100. In this way, the operation module 130 can effectively use the communication module 110 to connect to the network to process services.

The database module 120 is a combination of databases. Due to the difference in the total amount of data, it can be a part of the data in a hard disk, or it can use a disk array to handle data access. According to different functions, the database module 120 has several different databases: an IOT device database 121, a user database 122, a push information database 123, and a social information database 124. IOT equipment information The library 121 stores the unique identification information and device-related data of a plurality of IOT devices with wireless communication function. Here, an IOT device with a wireless communication function refers to an electronic device that has at least one specific function and can communicate with at least one other device through a network connection. In this embodiment, the IOT devices include, but are not limited to, wireless base stations, wireless network cameras, smart street lights, smart power stations, mobile phone base stations, beacons, or other devices that can send wireless signals. Obviously, IOT devices for these applications have another feature: they are set at fixed locations for public or private enterprises, but they can be shared or used by a specific or unspecified group of people. This is different from IOT devices that individuals carry with them. In this embodiment, five IOT devices (a first IOT device 410, a second IOT device 420, a third IOT device 430, a fourth IOT device 440, and a fifth IOT device 450) are used for illustration. As shown in FIG. 1, it can be seen that because the location and power of the mobile communication device are different, different or the same IOT devices (the third IOT device 430) are detected and received.

In addition, these IOT devices will have a unique identification information, such as the serial number of the body, the universal unique identifier (UUID), the media access control address (MAC address), or the cell ID of the mobile phone base station unit. Due to uniqueness and availability, the IOT device database 121 records these data and can be used for subsequent operations of the system 100. In addition, these IOT devices will also open some relevant information that is not unique, and may change over time or strategic operations, so that applications in need can obtain it. According to the present invention, these related data may include device name, access time, geographic location, metadata, climate data, number of accesses, etc. Recording these data according to different IOT devices at the same time also helps the subsequent calculation of the system 100.

The user database 122 is a main body that stores user accounts, passwords, and user data of multiple users for access and modification. Like a general Internet platform, because users who receive services need to be managed, the system 10 will accept registration of each user and record some personal information that needs to be used. according to In the present invention, user information may include mobile phone number, email address, name, gender, age, favorite items, social platform account, instant messaging software account, or occupation. Among them, the preference items include each person's preferences for various people and things, such as but not limited to interests, mobile application interface forms, colors, favorite stars, political attributes, frequently used apps, favorite foods.... More preference items can provide a deeper analysis of user behavior.

The push information database 123 stores a plurality of push information for access and modification, and each push information corresponds to a push information attribute and/or at least one unique identification information. The system 100 for providing social interactive content through IOT devices of the present invention mainly provides two different types of information for specific users at different locations of IOT devices: push information and social information. The methods provided by each will be explained in the following text. Here, the push broadcast information includes catering advertisements (such as the location of restaurants near IOT equipment and special meals), traffic information (such as traffic information near IOT equipment), tourist information (such as information on attractions near IOT equipment), Government promotion (such as the anti-theft notice announced by the police station near the IOT device), the name of the MRT station, product advertisements (which can be placed according to the location of the IOT device), nearby event information (such as the content of the marathon event to be held near the IOT device) or Missing notices (photos and characteristics of people who have been lost near the location of the IOT device), etc. As mentioned above, these push messages have a common feature: they are related to the location of the IOT device. Since the location of IOT devices basically does not move, the transmission of these push messages through mobile communication devices has geographically relevant significance. In addition, each push information corresponds to a push information attribute, which can be classified according to different purposes. For example, the promotion information attribute of catering advertisements is food, the promotion information attribute of travel information is play, and the promotion information attribute of government promotion is public welfare, and so on. The attributes of push information can be divided as much as possible. In this way, the user account can further set a prohibited attribute, which corresponds to at least one push information attribute. The operation module 130 will not transmit the push information corresponding to the aforementioned at least one push information attribute to the user account. In the mobile communication device. The prohibited attribute can be created or modified in the user database 122 after the user of the user account logs into the system through the mobile communication device where it is located. In other words, by using the link between the prohibited attribute and the push information attribute, push information of one or several types of push information attributes can be included in the "blacklist". These blacklisted push information is the set user Can't receive. For example, if the push information attribute of the product advertisement is mapped to the prohibited attribute of the A user account, then the mobile communication device used by the A user account will not receive the product advertisement. Compared with the push information in the blacklist, the rest of the push information is in the whitelist, which can be sent by the system 100 selectively or at once.

In addition, each push information corresponds to at least one unique identification information in addition to a push information attribute. This correspondence allows the spread of push information to be geographically limited. In other words, if you want to send a push message, in addition to the user's acceptance, it must be in a specific area (the location of the IOT device corresponding to the unique identification information). It should be noted that depending on traffic restrictions, the type of push information can be text, pictures, photos, animation, video, or sound.

The social message database 124 stores a plurality of social messages uploaded by users, and each social message corresponds to at least one unique identification information and at least one user account. The system 100 of the present invention can also allow users to leave specific social messages to specific other users near the location of the IOT device, so that the user with the at least one user account can hold his mobile communication device and pass through at least one unique identification information. IOT device can receive specific social messages. The social message type is text, photo, tag, animation, video or sound. Therefore, users can obtain interactive messages by "leaving a message" to a specific IOT device. For example, a group of people met at Exit 1 of the MRT station, but someone was late. One of the people in the group can leave a message to a Wi-Fi base station near Exit 1 of the MRT station, and the system 100 can bring the message to the late person who will arrive later and tell him the next step of the group. Would go there in. Or, by tagging the Wi-Fi wireless base stations on the line, the system 100 actively lets all city night runners know the route planned for the event.

The operation module 130 is connected with the communication module 110 and the database module 120, and operates to complete the following tasks: 1. Receive user accounts and passwords from mobile communication devices to log in to the system 100; 2. Connect through actions The communication device detects and obtains the unique identification information and device-related data of the IOT equipment surrounding the mobile communication device; 3. The push information corresponding to the unique identification information detected by the mobile communication device is sent to the mobile communication device; , Send social messages to the mobile communication device that detects the corresponding unique identification information and has logged in the corresponding user account; and 5. Allows the mobile communication device used by the logged-in user account to control the relevant user account, password, Add or modify user information and social information. In other words, all data transmission and setting operations are achieved by the operation module 130.

The big data analysis module 140 is connected with the database module 120 and the operation module 130 to analyze the social information received by each user account through the mobile communication device, the unique identification information contacted and the related settings in the user data And its extended service data, actively find the appropriate push information, and send it to the mobile communication device where the user account is located through the operation module. The big data analysis module 140 jumps out of the original default method of the database module 120 and the operation module 130, and analyzes the accessible behavior of each user through machine learning or deep learning algorithms from a macro perspective. Optimal selection of push information (to avoid too much push information, I don't know which one is most suitable for push at which time). At present, there are many kinds of algorithms to support analysis tasks. These algorithms may also have different results due to different parameter settings. However, as long as the operation requirements of the big data analysis module 140 can be met, any feasible algorithm is within the scope of the present invention. It’s worth noting that the aforementioned extended service data includes friendship links on social platforms, check-in records on social platforms, or frequent Visiting the website, these data may be obtained by connecting the system 100 with the social platform (using open API), which is regarded as an auxiliary analysis data.

The above is a detailed description of the system architecture of the present invention. The operation mode of the present system 100 will be explained below. Please see Figure 2. The operation method is illustrated by a flowchart. First, the user installs a mobile application that supports this system on a mobile communication device (S01). Then, the mobile application program communicates with the communication module 110 of the server host 10 of the system 100 through a network 20 (S02). In the third step, the user enters the user account and password through the mobile application to log in to the system (S03). Then, the user uses the mobile application to modify user information and/or add and modify social messages (S04). In this way, he can choose which push information to receive/not receive (create black and white lists), modify personal data, and decide When and where to pass his social information to whom. Finally, the operation module 130 uses the unique identification information detected by the mobile communication device to transmit the corresponding push information and social information to the mobile communication device used for the user account login (S05). Of course, the push information is not fixed and can be modified and added at any time. Therefore, the modification and addition of push information can be executed by the administrator of the system 100 or authorized to a certain user to process specific push information after logging in.

In order to understand the operating state of the system 100, please refer to FIG. 3. In this embodiment, the first IOT device 410, the second IOT device 420, and the third IOT device 430 are Wi-Fi wireless base stations near the MRT station, and the fourth IOT device 440 is a private Wi-Fi of a noodle shop. The wireless base station, the fifth IOT device 450 is a smart street light. One scenario is when a user passes near a MRT station (such as taking the MRT to the station), because he receives the first IOT device 410, the second IOT device 420, and the third IOT device through the mobile application on his mobile communication device. The media access control address (ie unique identification information) of the IOT device 430, the operation module 130 can use the preset corresponding push information of the media access control address, Send the name of the MRT station to the mobile application on the mobile communication device to remind the user. Other users may receive other different messages due to the setting of the prohibited attributes (black/white list) or the calculation result of the big data analysis module 140.

In the second scenario, a user who has used a meal can leave a message on the fourth IOT device 440 of the opposite shop through the mobile application. The recipient is all users who come nearby later (that is, set the conditions that can be disclosed by a third party. Other conditions such as disclosure within a certain community, full disclosure of timeliness, etc.). His message may be "The beef noodles in the XX noodle shop next to it is delicious" will allow all interested users to receive it when they pass the fourth IOT device 440, and can further add their respective comments.

The third scenario is that user B can leave a message to a specific target user A on the fifth IOT device 450, such as "my home is in this alley", and upload relevant photos. When the user A detects the unique identification information of the fifth IOT device 450, he will receive the multimedia information from the system 10. At the same time, the operation module 130 of the system 10 can also be configured to receive a notification that "the other party has received this message" when user A receives a message.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Anyone with ordinary knowledge in the technical field can make some changes and modifications without departing from the spirit and scope of the present invention. Therefore, The scope of protection of the present invention shall be subject to those defined by the attached patent scope.

10: Servo host

100: System

110: Communication module

120: database module

121: IOT device database

122: user database

123: push broadcast information database

124: Social Information Database

130: Operation Module

140: Big Data Analysis Module

20: Internet

310: The first mobile communication device

320: second mobile communication device

410: The first IOT device

420: Second IOT device

430: third IOT device

440: Fourth IOT device

Claims (15)

A system for providing social interaction content with IOT devices is installed in a server host and includes: a communication module that communicates with a plurality of mobile communication devices via a network; and a database module, including: An IOT device database, which stores the unique identification information and device-related data of multiple IOT devices with wireless communication capabilities; a user database, which stores the user accounts, passwords and user data of multiple users for access and modification; one push An information database, storing a plurality of push information for access and modification, where each push information corresponds to a push information attribute and/or at least one unique identification information of the plurality of IOT devices; and a social information database, Store a plurality of social messages uploaded by users, where each social message corresponds to at least one unique identification information of the plurality of IOT devices and at least one user account; and an operation module, the operation module, the communication module and the data The library module is linked to receive the user account and password from the mobile communication device to log in to the system, obtain the unique identification information and device-related data of the IOT device surrounding the mobile communication device through the connected mobile communication device, and communicate with the mobile device. The push information corresponding to the unique identification information of the IOT device detected by the device is sent to the mobile communication device, and the social message is sent to the unique identification information of the corresponding IOT device detected and used by the corresponding user account that has been logged in Mobile communication devices, and mobile communication devices used by logged-in user accounts to add or modify related user accounts, passwords, user information, and social messages. For example, the system described in item 1 of the scope of patent application further includes a large data analysis module, which is connected with the database module and the operation module to analyze each user account through mobile communication The social information received by the device, the unique identification information of the IOT device contacted, the relevant settings in the user data and its extended service data, actively find out the appropriate push information, and send it to the user account through the operation module Mobile communication device. For example, the system described in item 2 of the scope of patent application, in which the display of data sent to the mobile communication device, or the addition or modification of the content of the database module by the mobile communication device, is the mobile application installed on the mobile communication device ( APP) or packaged software, or through web browser interaction. For example, in the system described in item 2 of the scope of patent application, the extended service data includes friendship links on social platforms, check-in records on social platforms or frequently visited websites. Such as the system described in item 2 of the scope of patent application, wherein the communication module, the database module, the operation module, and the big data analysis module are external cards, software, or external cards and software installed in the server host The combination. For example, the system described in item 1 of the scope of patent application, wherein the unique identification information is the serial number of the fuselage, the universal unique identifier (UUID), the MAC address or the cell ID (Cell ID) ). For example, in the system described in item 1 of the scope of patent application, the device-related information is the name of the device, access time, geographic location, metadata, climate data, or number of accesses. For example, in the system described in item 1 of the scope of patent application, the user information is mobile phone number, email address, name, gender, age, favorite items, social platform account, instant messaging software account or occupation. Such as the system described in item 1 of the scope of patent application, wherein the push information type is text, picture, photo, animation, video or sound. Such as the system described in item 1 of the scope of patent application, wherein the social message type is text, photo, tag, animation, video or sound. Such as the system described in item 1 of the scope of patent application, wherein the IOT device is a wireless access point (Wireless Access Point), a wireless network camera, a smart street lamp, a smart power station, a mobile phone base station, a Beacon or other wireless signal transmission equipment. Such as the system described in item 1 of the scope of patent application, wherein the mobile communication device is a smart phone, a tablet computer, a wearable device or a notebook computer. For example, in the system described in item 1 of the scope of patent application, the push information is catering advertisement, traffic information, travel information, government promotion, MRT station name, product advertisement, nearby activity information or missing person notice. For example, the system described in item 1 of the scope of patent application, wherein the user account is further set with a prohibited attribute corresponding to at least one push information attribute, and the operation module will not correspond to the aforementioned at least one push information attribute The push information is sent to the mobile communication device where the user account is located. For example, in the system described in item 14 of the scope of patent application, the prohibited attribute can be created or modified in the user database by the user of the user account after logging into the system through the mobile communication device where it is located.

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