TWI761859B - Intelligent information collection system - Google Patents

Abstract

An intelligent information collection system includes a mobile device, a display device, a cloud server and an external server. The display device includes an interaction interface, an identification pattern, a wireless transmission portion, a memory and an artificial intelligence module. The mobile device has a scan function to scan the identification pattern so as to entry the interaction interface. The artificial intelligence module guides users to input reply message to create member information. The user controls the display of the interaction interface by an operation command. The cloud server receives the member information. Simultaneously, the cloud server connects to an external server which includes a monitor module. In order to monitor the users, the member information transmitted to the cloud server includes login time, logout time, the operation command and the display of the interaction interface. In addition, the intelligent information collection system of the present application includes a block chain to verify encrypted the member information and avoid the data from being altered.

Description

Intelligent Information Collection System

The present invention relates to an information collection system, in particular to an intelligence that can create member information according to a reply message input by a mobile device to an interactive interface, and control the display action of the interactive interface and record and analyze it according to an operation command input by the mobile device. Information collection system.

With the development of science and technology, the trend of advertisement placement is not limited to the delivery of paper, but to achieve the effect of publicity by displaying advertisement information or playing advertisement-related animation on a display device. However, only a few people will watch an advertisement in front of a display device in a public area, and with the popularity of personal mobile devices, people tend to focus on advertisements or game promotional videos broadcast on personal mobile devices rather than public display devices. Ultimately, the effect of the ad is not as good as expected.

In view of the shortcomings of the prior art, the inventors of the present invention provide an intelligent information collection system, in order to improve the deficiencies of the prior art, thereby enhancing the implementation and utilization in the industry.

In view of the above-mentioned problems in the prior art, the purpose of the present invention is to provide an intelligent information collection system for solving the problems faced in the prior art.

According to the purpose of the present invention, the present invention provides an intelligent information collection system, which includes at least one mobile device, a display device, a cloud server and an external server. The mobile device has a scanning function. The display device includes an interactive interface, an identification pattern, a wireless transmission part, a memory and an artificial intelligence module. The mobile device scans and displays the identification pattern to electrically connect the display device and enter the interactive interface. A plurality of interactive questions are stored, the artificial intelligence module generates an interactive message according to at least one interactive question for which no reply message has been obtained and displays it in the interactive interface, the mobile device inputs the reply message corresponding to the interactive message and stores it in the memory, and the display device according to the plurality of replies The message establishes member information, and the mobile device sends an operation command to control the display action of the interactive interface. The cloud server is electrically connected to the display device, and receives the member information, operation instructions and display actions transmitted by the wireless transmission unit. The external server is electrically connected to the cloud server, and the external server includes a monitoring module. The monitoring module monitors the member information, operation instructions and display actions received by the cloud server. The member information includes: the cloud server records the login time point of each mobile device entering the interactive interface, the operation instructions and display actions issued by each mobile device in the interactive interface each time, and the logout time point of each mobile device leaving the interactive interface . The display device, each mobile device, the cloud server, and the external server each have nodes, and each node constitutes a blockchain, and encrypts the reply message and the member information.

Preferably, the artificial intelligence module can analyze whether the operation instruction is recorded in the cloud server corresponding to a subsequent instruction, and if so, determine whether the subsequent instruction conforms to the next operation instruction, and if not, the cloud server storage does not conform to the subsequent instruction. The operation command; if not, the cloud server stores the next operation command of the mobile device.

Preferably, the cloud server includes a storage unit, and the storage unit stores the member information, operation instructions and display actions of each of the mobile devices.

Preferably, the cloud server includes an analysis unit, which analyzes each member information of each mobile device, and correspondingly creates an analysis file.

Preferably, the external server can receive each analysis file created by the cloud server, and the matching module of the external server transmits the corresponding sales item information to the interactive interface according to the analysis file, and the financial module of the external server executes the execution. Payment operation corresponding to sales item information.

Preferably, the operation command includes a display speed adjustment command and a resolution adjustment command, the display speed adjustment command controls the speed of the display action, and the resolution adjustment command adjusts the resolution of the interactive interface.

Preferably, the identification pattern is a two-dimensional barcode or QR code.

Therefore, the intelligent information collection system of the present invention can have the following advantages:

(1) The intelligent information collection system of the present invention uses the interactive information generated by the artificial intelligence module to guide the user to use the mobile device to input a reply message to establish member information, and to record the login time point, operation record and logout time. and send it to the cloud server for analysis, so as to collect user-related information and analyze user behavior without labor-intensive investigation.

(2) The intelligent information collection system of the present invention can view the information or analysis results stored in the cloud server from the monitoring module of the external server, and recommend suitable items through the matching module to achieve better The best information application function.

(3) In the intelligent information collection system of the present invention, after recommending suitable items for the user, if the user makes a purchase, the financial module will be used for payment. The convenience of consumption helps to increase the user's willingness to purchase.

(4) The intelligent information collection system of the present invention has nodes on the display device, each mobile device, the cloud server and the external server to form a blockchain, and mutually encrypts and verifies to prevent the member information from being tampered with, and to improve payment of security.

10:Intelligent Information Collection System

100: Mobile Devices

1001: Node

101: The first mobile device

102: Second Mobile Device

20: Blockchain

200: Display device

201: Interactive Interface

202: Identify the pattern

203: Wireless Transmission Department

204: Artificial Intelligence Modules

205: Memory

211: The first game

212: Second Game

300: Cloud server

301: Storage Department

302: Analysis Department

400: External server

401: Matching Module

402: Monitoring module

403: Financial Module

FIG. 1 is a block diagram of the first embodiment of the intelligent information collection system of the present invention.

FIG. 2 is a block diagram of a second embodiment of the intelligent information collection system of the present invention.

FIG. 3 is a block diagram of a third embodiment of the intelligent information collection system of the present invention.

FIG. 4 is a block diagram of a fourth embodiment of the intelligent information collection system of the present invention.

Embodiments of the intelligent information collection system according to the present invention will be described below with reference to the related drawings. For ease of understanding, the same elements in the following embodiments are described with the same symbols.

FIG. 1 is a block diagram of the first embodiment of the intelligent information collection system of the present invention. As shown in the figure, in this embodiment, the mobile device 100 is a personal mobile device with a scanning function. The display device 200 includes an interactive interface 201 , an identification pattern 202 , a wireless transmission unit 203 , a memory 205 and an artificial intelligence module 204 . When the user sees the interactive prompt played randomly on the interactive interface 201 of the display device 200 , the user is attracted to use the personal mobile device 100 to scan the identification pattern on the display device 200 to electrically connect the display device 200 to enter the interactive interface 201 . The identification pattern may be a two-dimensional barcode or a QR code, which is not limited herein.

A plurality of interactive questions are stored in the memory 205. The artificial intelligence module 204 generates an interactive message according to at least one interactive question for which no reply message has been obtained and displays it in the interactive interface 201. The mobile device 100 inputs a reply message corresponding to the interactive message, and the reply message will be stored in memory 205. That is to say, assuming that there are three interactive questions, namely: gender, age, and occupation, after the mobile device 100 is electrically connected to the interactive interface 201, the artificial intelligence module 204 starts to determine which interactive question is currently not in the form of an interactive message. Presenting a reply to the user, assuming that no interactive message has been generated at present, the artificial intelligence module 204 will select one of the above three questions to generate an interactive message (for example, what is the gender?) to ask the user and store the corresponding reply message; For another example, if the current user has replied the age, and the memory 205 has also stored the reply message, the artificial intelligence module 204 can know the gender and occupation of the unanswered interactive questions when judging, so it is necessary to start from the two Select one of the questions to generate an interactive message, and provide the user with the mobile device 100 to input a reply message, And the reply message is stored in the memory 205, and further, the artificial intelligence module 204 will repeat the above actions until it is determined that all the interactive questions have obtained the corresponding reply message, and then stop generating the interactive message. Of course, the above is only an example, not a limitation.

In addition, the artificial intelligence module 204 can analyze whether the operation instruction records the corresponding subsequent instruction in the cloud server, and if so, determine whether the subsequent instruction conforms to the next operation instruction; If not, the cloud server 300 stores the next operation command of the mobile device 100 . The operation instructions include adjustment instructions such as display speed adjustment instructions and resolution adjustment instructions. For example, the display speed adjustment instructions control the speed of the display action, and the resolution adjustment instructions adjust the resolution of the interactive interface.

For example, after the mobile device 100 transmits the speed adjustment command, the artificial intelligence module 204 analyzes whether the mobile device 100 records the subsequent command corresponding to the speed adjustment command in the cloud server 300, assuming that the cloud server 300 records the action The subsequent command corresponding to the speed adjustment command of the device 100 is a resolution adjustment command, and the artificial intelligence module 204 will determine whether the next operation command is a resolution adjustment command. 100 When the next operation command is a volume adjustment command, the cloud server 300 modifies the record, and changes the subsequent command corresponding to the speed adjustment command to a volume adjustment command; in other words, after the mobile device 100 transmits the speed adjustment command, the artificial intelligence When the module 204 analyzes that the corresponding subsequent command is not recorded in the cloud server 300, the cloud server 300 will record the speed adjustment command and its subsequent commands together when the mobile device 100 transmits the next operation command for the next manual operation The smart module 204 analyzes and judges. Of course, the above is only an example, not a limitation.

The display device 200 will create the member information of the user according to the plurality of reply messages. In addition, the user can use the mobile device 100 to issue an operation command to control the display action of the interactive interface 201 . In this case, the cloud server 300 is electrically connected to the display device 200, so that the wireless transmission unit 203 transmits member information, operation commands and display actions to the cloud server 300, and the external server 400 can be electrically connected to the cloud server 300 to monitor the The module 402 monitors the member information, operation commands and display actions received by the cloud server 300 . That is, the background staff can monitor the user behavior of each mobile device 100 through the monitoring module 402 of the external server 400, and further, can appropriately modify the content of the interactive interface 201 accordingly to increase user interaction and viewing will.

In addition, the background personnel can query the analysis files of each mobile device 100 through the monitoring module 402 to understand the usage behavior of the users of each mobile device 100 to adjust the content recommended to the user, and can adjust the content in real time according to the current number of users Related parameters, allowing users to have a smooth experience.

Specifically, the various member information may include the login time point of each mobile device 100 , member information, commands and display actions issued by each mobile device 100 in the interactive interface 201 each time, and logout when the mobile device 100 leaves the interactive interface 201 . point in time.

Continuing to refer to FIG. 3 , the display device 200 , each mobile device 100 , the cloud server 300 and the external server 400 respectively have nodes 1001 , all the nodes 1001 constitute the blockchain 20 , and the blockchain 20 can be provided between the devices The name and identity protocol is used for decentralized identification. That is, each node 1001 in the blockchain 20 can verify encrypted information with each other to prevent tampering of the information, and can be used for any number of other transactions related to security, payment, transactions, and the like. For example, it is used for the verification of the user's identity by the financial module 403 when the user generates consumption behavior.

Wherein, the above-mentioned electrical connection can be connected by means of wireless hotspot, bluetooth or wireless radio frequency, etc. for connection and information and signal transmission, preferably a wireless hotspot with a wider transmission range, but not limited thereto.

FIG. 2 is a block diagram of a second embodiment of the intelligent information collection system of the present invention. In this embodiment, the cloud server 300 includes a storage unit 301 and an analysis unit 302 . The storage unit 301 is used to store the login time point of each mobile device 100 , member information, operation instructions and display actions issued by each mobile device 100 on the interactive interface 201 each time, and the logout time point when the mobile device 100 leaves the interactive interface 201 . . The analysis unit 302 analyzes the member information stored in the storage unit 301 and its operation instructions and display actions, and establishes an analysis file corresponding to each mobile device 100 independently according to the member information, so as to provide background personnel with an electrical connection to the cloud from the monitoring module 402 The query and monitoring are carried out by means of the server 300 .

The background personnel can obtain the relevant information of each mobile device 100 through the monitoring module 402 of the external server, so as to understand the usage status of the users of each mobile device 100 and analyze the user's behavior, and use the matching module 401 according to the information. The analysis file transmits the corresponding sales item information to the interactive interface 201 . If the user is interested in viewing the sales item information in the interactive interface 201 , the user can pay by a third party through the financial module 403 of the external server 400 Carry out the payment operation corresponding to the sales item information.

In addition, for yet another fourth embodiment of the present invention, reference may be made to the block diagram of FIG. 4 . In this embodiment, it is described that the interactive interface 201 can provide a plurality of games, so that the users of the mobile devices 100 can interact in different games without interfering with each other. As shown in the figure, the mobile device 100 can be a first mobile device 101 and a second mobile device 102 respectively, the interactive interface 201 can provide a first game 211 and a second game 212 respectively, and the first mobile device 101 can play the first game 211 and the second game 212 respectively. 211, the second mobile device 102 can interact in the second game 212, that is, there are two interactive screens in the interactive interface 201 that do not interfere with each other. Each user can specify the interface for their interaction at the same time. If the user wants to adjust the game speed, he can issue a display speed command to adjust the display speed of the action during the interaction process. It can also be issued according to the resolution supported by the personal mobile device. The resolution command adjusts the resolution of the interactive interface 201, ie different mobile devices The user of 100 can issue different control commands on the interactive interface 201 at the same time, because each interactive interface 201 interacts with different mobile devices 100 independently.

In addition, users of different mobile devices 100 can also choose to interact with the same interactive interface 201 at the same time. For example, the first mobile device 101 and the second mobile device 102 can interact together in the first game 211 and can use the first action The device 101 issues a resolution command to make the resolution of the first game 211 clearer and/or issues a display speed command via the second mobile device 102 to make the first game 211 move faster. The mode of the display device 200 increases the interest of the interaction between people on the display device 200, which can be in the form of interaction between friends or random matchmaking, and further makes the user willing to spend a long time to stay and watch the content in the interactive interface 201. For example, playing advertisements while waiting to enter the game interface or placement marketing related to the content of the interactive game itself and advertisements.

To sum up, the intelligent information collection system 10 of the present invention can query the user behavior of each mobile device 100 transmitted by the display device 200 by connecting the monitoring module 402 to the cloud server 300 to achieve the purpose of monitoring. In addition, In addition, the cloud server 300 also has a storage unit 301 for storing information and an analysis unit 302 to analyze the usage habits of users of each mobile device 100 to adjust the content of the interactive interface 201 to attract users to stay and watch the content in the interactive interface 201. The personnel can further adjust the relevant parameters of the interactive interface 201 according to the current number of users, so that the games in the interactive interface 201 can run smoothly.

The intelligent information collection system of the present invention can use the interactive information generated by the artificial intelligence module to guide the user to use the mobile device to input the reply message to establish the member information, and record the login time point, operation record and logout time point, and They are also sent to the cloud server for analysis, so as to collect user-related information and analyze user behavior without labor-intensive investigation; on the other hand, the present invention can view the data stored in the cloud server from the monitoring module of the external server information or analysis results of the Therefore, the matching module recommends suitable items to achieve better information application effect, and the present invention recommends suitable items for users, and then uses the financial module to pay for purchases In addition, the present invention has nodes on the display device, each mobile device, the cloud server and the external server to form a blockchain, and the mutual encryption and verification are used to avoid Member information has been tampered with, and the security of payment is improved.

The above description of the present invention is for illustrative purposes, and those with ordinary knowledge in the technical field to which the present invention pertains can understand the meaning and scope of the scope of the patent application and its equivalent concepts without changing the technical idea or essential features of the present invention. All changes or deformations derived should be construed as being included in the scope of the present invention. Therefore, it should be understood that the scope of the present invention is indicated by the appended claims rather than by the foregoing detailed description for illustrative purposes.

10:Intelligent Information Collection System

100: Mobile Devices

200: Display device

201: Interactive Interface

202: Identify the pattern

203: Wireless Transmission Department

204: Artificial Intelligence Modules

205: Memory

300: Cloud server

400: External server

401: Matching Module

402: Monitoring module

403: Financial Module

Claims (7)

An intelligent information collection system, comprising: at least one mobile device with scanning function; a display device including an interactive interface, an identification pattern, a wireless transmission part, a memory and an artificial intelligence module, The mobile device scans the identification pattern to electrically connect the display device and enter the interactive interface. A plurality of interactive questions are stored in the memory. The artificial intelligence module generates an interactive question according to at least one of the interactive questions for which a reply message has not been obtained. The interactive message is displayed in the interactive interface of the display device, and the mobile device inputs the reply message corresponding to the interactive message according to the interactive message displayed on the interactive interface of the display device and stores it in the memory, the The display device creates a member information according to the plurality of reply messages, and the mobile device transmits an operation command to control a display action of the interactive interface; a cloud server is electrically connected to the display device and receives the member information, the operation command and the display action transmitted by the wireless transmission part; and an external server, which is electrically connected to the cloud server, the external server includes a monitoring module, the monitoring module It monitors the member information, the operation instruction and the display action received by the cloud server; wherein, the member information includes: the cloud server records a login time point of each mobile device entering the interactive interface, each action the operation command and the display action issued by the device on the interactive interface each time, and a logout time point when each mobile device leaves the interactive interface; Wherein, the display device, each of the mobile devices, the cloud server and the external server each have a node, and each of the nodes constitutes a block chain, and encrypts the reply message and the member information. The intelligent information collection system according to claim 1, wherein the artificial intelligence module analyzes whether the operation instruction records a corresponding subsequent instruction in the cloud server, and if so, determines whether the subsequent instruction conforms to the next one of the following instructions. Operation command, if not, the cloud server stores the operation command that does not conform to the subsequent command; if not, the cloud server stores the next operation command of the mobile device. The intelligent information collection system according to claim 1, wherein the cloud server comprises a storage part, and the storage part stores the member information, the operation command and the display action of each of the mobile devices. The intelligent information collection system as claimed in claim 1, wherein the cloud server comprises an analysis unit that analyzes each member information of each of the mobile devices and creates an analysis file correspondingly. The intelligent information collection system according to claim 4, wherein the external server receives each analysis file created by the cloud server, and a matching module of the external server transmits the corresponding analysis file according to the analysis file A sales item information is sent to the interactive interface, and a financial module of the external server executes a payment operation corresponding to the sales item information. The intelligent information collection system of claim 1, wherein the operation command includes a display speed adjustment command and a resolution adjustment command, the display speed adjustment command controls the speed of the display action, and the resolution adjustment command adjusts the interactive interface resolution. The intelligent information collection system according to claim 1, wherein the identification pattern is 2D barcode or QR code.

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