CN110735580A

CN110735580A - Automatic AI two-way internet and automatic AI

Info

Publication number: CN110735580A
Application number: CN201810720908.8A
Authority: CN
Inventors: 蔡聪源
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-07-03
Filing date: 2018-07-03
Publication date: 2020-01-31
Anticipated expiration: 2038-07-03
Also published as: CN110735580B

Abstract

The AI automation provided by the invention comprises a database, a 0 server, a 2AI automation 1, the server is communicated with the database and comprises a 3 processor and a 4 storage unit, the AI automation is provided with a 5 th 6 th area positioned at an entrance side and a second area and an exit side opposite to the outer side of the th area, the AI automation comprises a controller, a bidirectional sensor, a bidirectional display and a bidirectional face recognition unit, the processor compares the characteristics from the bidirectional face recognition unit with the database to determine whether a person in the th area has member characteristics and analyzes the people flow data passing through the second area.

Description

Automatic AI two-way internet and automatic AI

Technical Field

The present invention relates to internet applications, and more particularly to AI automation with bi-directional display and bi-directional AI face recognition technology and a bi-directional internet including AI automation thereof.

Background

The intelligent science and technology service combines science and technology with humanity, and provides life experience different from the traditional life experience in various life applications. The smart stores developed in recent years are the best exhibition of such smart technology services.

The smart store is new types of state channels and service modes, for example, the smart store (Amazon Go) introduced by Amazon, Inc. of electric commerce, Congestion of America, has to be operated by means of a specific action application (App), track the consumer's behavior by means of sensors, identify inventory items associated with inventory locations, create corresponding associations between items taken by the consumer and the inventory items by means of a computer system, add or remove lists of items associated with the consumer in the action application for the consumer, and automatically transfer the lists of items associated with the consumer to the consumer and deduct money from the consumer's account when the consumer enters or passes through a specific area.

Disclosure of Invention

The existing intelligent store relies on a plurality of monitoring systems to monitor the consumption behaviors of customers, wherein the monitoring systems at least comprise machine vision, deep learning algorithms and sensor fusion, and the requirements on hardware devices and systems are very high, so that the construction and maintenance cost of even a single store is quite high, the popularization in the consumer market is difficult, and the existing main requirement is that an entrance and an exit of an unmanned store are usually arranged separately for conveniently managing the entering and exiting of customers, so that the difficulty of store address selection and hardware facilities is improved.

In addition, the existing people flow analysis only aims at customers who go to store for consumption, people who pass by but do not go to store are omitted, or even though people flow analysis is carried out on the people who pass by, the analysis content is only the people flow count of the trend, time and place of people, and the characteristics of the people who pass by are not subjected to steps of analysis, so that the analysis method is undoubtedly a chance for losing understanding the behavior pattern of potential customers for merchants, and the effect of the people flow analysis is greatly reduced.

Accordingly, the present invention is directed to solving the above problems, and the main object of the invention is to provide AI automatic , wherein the 1 has an entrance side and an exit side, and comprises a 0 controller for controlling the 4 to switch the between an on state and an off state, a 2 bidirectional sensor disposed on the and coupled to the controller, the controller controlling the to be turned on and turned off after 6 time periods when the sensing device senses that 3 persons and/or 5 objects exist around the , a bidirectional display embedded on the and outputting items or combinations of a group consisting of voice, music, image, movie, text and light and shadow on the entrance side and/or the exit side, and a bidirectional face recognition unit embedded on the bidirectional display and receiving the characteristics of the persons on the entrance side and/or the exit side.

Another aspect of the present invention is directed to a AI automation 0 two-way internet including a 1 database storing facial feature analysis comparison data, a plurality of member data having individual facial feature information, and advertisement data, a 2 server in communication with the database including a 3 processor for executing program instructions, a 4 storage unit coupled to the processor and storing program instructions, and a 5 AI automation as described above, the having a st region on an entry side and a second region outside of the th region, wherein the two-way face recognition unit is embedded in the two-way display and coupled to the server, the two-way face recognition unit receives the st region on the entry side, the second region, facial features of a person on the exit side, and inputs the facial features to the processor, wherein the program instructions, when executed by the processor, cause the processor to compare the facial features from the two-way face recognition unit with the member data to determine whether the second face region has membership data in the second face region database and to analyze the membership data in the second face region.

Preferably, the bi-directional display is embedded in the and coupled to the server, and when the processor determines that the person in the th region matches a member characteristic, the processor selects an applicable advertisement from the database according to the member preference and plays on the bi-directional display, or the processor compares environment information at a specific time and selects an applicable advertisement from the database according to the environment information and plays on the bi-directional display.

Preferably, the AI automation bidirectional internet further includes a checkout module in communication with the server, the checkout module including a checkout detection unit that can receive facial features of a person, a checkout device that can identify a commodity and execute a transaction program.

Preferably, the AI automation bidirectional internet further includes a detector disposed around the exit side and coupled to the server, when sensor passes through the detector workplace, the processor determines validity of the sensor according to the result of the transaction procedure, and when the processor determines that the sensor is not valid, the processor triggers the bidirectional display to output the merchandise information and/or prompt information, wherein the prompt information includes items or combinations selected from the group consisting of voice, music, image, video, text, and light.

Preferably, the detector is disposed above the exit side and/or on both sides of the exit side.

Preferably, the check-out module receives any items or combination information from the group consisting of facial features, bar codes, and personal data of the user, and after determining the member identity of the user through communication with the server, the check-out module prompts member benefits to be provided by the transaction program, and transmits the corresponding transaction program information back to the database through communication.

Preferably, the AI automation bidirectional internet further includes an e-commerce platform online with the checkout module, the checkout module identifying commodity information of the e-commerce platform via a communication network and executing a transaction program.

Preferably, the AI automation bidirectional internet further includes a mobile application (mobile application) for collecting attribute information of the user, the mobile application being installed on a mobile device of the user and communicating with the server, so that when the user approaches the AI automation bidirectional internet, the mobile application provides attribute information of the server about the user, and the server transmits transaction information corresponding to the user to the mobile application.

Preferably, the AI automation bidirectional internet further includes a registration unit communicating with the server, the registration unit including a registration terminal for inputting and outputting information and a registration detection unit for receiving facial features of persons, the registration unit inputting the facial features of the user received by the registration detection unit and the user input information received by the terminal to the server, the server transmitting the aforementioned information to the database for storage and verification as member data.

Preferably, the bidirectional face recognition unit comprises at least or more bidirectional face recognition devices horizontally embedded on both sides of the bidirectional display.

Preferably, the AI automation includes input devices coupled to the server, the processor executing program instructions based on the database's applicable data to provide real-time two-way interactive feedback on the two-way display corresponding to information received by the input devices.

Preferably, the AI automation includes a sensing shelf communicating with the server, the sensing shelf includes a sensing unit, a storage space and a output unit, and when the sensing unit senses that the commodity in the storage space is taken, the output unit is triggered to output the commodity information of the commodity.

The AI automatic bidirectional Internet system provided by the invention has the following advantages:

1. the AI automatic bidirectional Internet provided by the invention can simultaneously receive the facial features of the near-end and remote people at the entrance side, so that the personnel who want to enter the store can be identified by members to carry out entering and exiting management, and meanwhile, the passers-by who do not enter the store can be analyzed by people stream features, and merchants can adjust the content output by the shopping information providing system and commodities displayed in the store according to the analysis result, thereby efficiently attracting the passers-by to look at and promote the consumption interest, and further improving the customer analysis;

2. the AI automatic provided by the invention comprises a embedded bidirectional/double-sided display, which can be ultrathin double-sided displays, so that the automatic is video and audio multimedia players, which can not only quickly output and react to the analysis result of a server, but also play real-time bidirectional interactive feedback to store personnel, play applicable advertisements meeting the preference of members or main passers-by, improve the interest and attention time of customers on shopping information and solve the problem of low attention of the traditional passive playing advertisement, and the arrangement mode of the AI automatic embedded bidirectional display and the face recognition unit provided by the invention can ensure that the appearance is fashionable, beautiful and scientific and technological;

3. the AI automatic bidirectional Internet provided by the invention can comprise an entity commodity shelf and an electronic commerce platform (or called cloud mall), and also comprises a payment module for payment entity commodities and electronic commerce commodities, so that the advantages of entity access and online consumption are integrated, and the full access consumption experience of store personnel and passerby flow is provided;

4. the AI automation bidirectional internet provided by the invention can be provided with a hidden detector at the outlet side of the AI automation , for example, an induction type detector is arranged on the indoor top surface of a building, the two sides of the outlet side of the and/or the ground, when detecting that goods are not settled, the bidirectional display is triggered to output voice or pictures to prompt the information of the goods which are not settled, so as to achieve the effect of warm prompt.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only embodiments of the present invention, and other drawings can be obtained by those skilled in the art without creative efforts.

FIG. 1 is a schematic view of a preferred embodiment of an AI automation inlet side provided by the present invention;

FIG. 2 is a schematic view of a preferred embodiment of the AI automation inlet side provided by the present invention;

FIG. 3 is a schematic view of a preferred embodiment of the AI automation outlet side provided by the present invention;

FIG. 4 is a block diagram of a preferred embodiment of the AI auto bi-directional Internet provided by the present invention;

FIG. 5 is a schematic diagram of the preferred embodiment of the AI auto bi-directional Internet of the present invention, wherein the reference numbers:

100 AI automatic two-way Internet

10 AI auto

11 controller

12 bidirectional sensor

13 bidirectional display

14 bidirectional face recognition unit

141 th bidirectional face recognition device

142 second bidirectional face recognition device

15 input device

20 database

30 server

31 processor

32 memory cell

40 detector

50 checkout module

51 checkout detection unit

52 checkout device

60 electronic commerce platform

70 Mobile application

80 registration unit

81 registration terminal

82 registration detection unit

90 response goods shelves

91 sensing unit

92 storage space

93 output unit

region of T1

Second region of T2

Detailed Description

The present invention will be described in detail with reference to the accompanying drawings. In addition, for convenience of explanation, the drawings of the present invention are not necessarily drawn to scale, and the drawings and the scale thereof are not intended to limit the scope of the present invention and are described in the foregoing.

As used herein, "comprising" or "includes" means that or the presence of or addition to one or more other components, steps, operations, and/or elements is not excluded, "" means that the grammatical object of the article is or or more (i.e., at least ).

Hereinafter, the present invention will be described in further detail by reference to steps and examples, however, these examples should be construed as merely providing easier understanding of the present invention and not as limiting the scope of the present invention.

Please refer to fig. 1 to 3, which are schematic diagrams of an AI auto 10 according to a preferred embodiment of the present invention, respectively, in , which is described below with reference to the AI auto 10 of the present invention, as shown in the following figures:

the AI automation 10 provided by the present invention mainly includes a controller 11, a bi-directional sensor 12, a bi-directional display 13, a bi-directional face recognition unit 14.

The term "bi-directional"/"double-sided" as used herein refers to the having an inlet side and an outlet side, and in some cases, to back and forth interactions between the present invention and a user.

AI automation 10 provided by the present invention may be implemented in any type of automation including, but not limited to, single 0/double 1/multiple 2 single open automation 3 (fig. 1), double /multiple double open automation (fig. 2 and 3), multiple cross-pull overlay , multiple double open overlay , circular/semi-circular automation , automatic fold , fan automation , etc.

The controller 11 is used to control the switching between the on state and the off state, and may include hardware or software, or steps in combination with auxiliary components, such as the controller 11 may preferably include a microprocessor, a motor, a power supply, a driving component, and other related components, but not limited thereto, for the 0 speed, the speed, the delay time, and anti-pinch detection, which may be adjusted according to user requirements, but not limited thereto, in the preferred embodiment, the controller 11 is not coupled to the server, and may perform independent on and off operations with the , in another preferred embodiment, the controller 11 is coupled to the server, so that the server may participate in the on and off operations of the , facilitating remote management by a user, or perform management of the on the basis that the server recognizes whether the person in the T area T1 has characteristic results, the detector determines membership sensor validity results (as described later), and the like.

The bi-directional sensor 12 is disposed on the and coupled to the controller 11, when the sensing device senses the presence of people and/or objects around the (including the entrance side and the exit side), the controller 11 controls the to be turned on and turned off after hours, the bi-directional sensor 12 includes but is not limited to an infrared sensor, a radar sensor, a microwave sensor, a photoelectric sensor, a push sensor, or other sensors with such functions, the present invention is not limited to the setting position, the sensing angle, the sensing range, etc. of the bi-directional sensor 12, and the user can adjust the sensor according to the needs or experience.

The bi-directional display 13 is disposed on the , more preferably, the bi-directional display 13 is embedded on the , more preferably, receptacles are prepared on the 0, e.g., the 1 is hollowed out of window type, the bi-directional display 13 is embedded on the receptacles by means such as locking, gluing, welding, or fitting, so that it is approximately -volume in appearance, the bi-directional display 13 disposed on the may be or more, furthermore, the bi-directional display 13 may be disposed on a single sector of the AI auto , or when the AI auto 810 has multiple sectors , the bi-directional display 13 may be disposed on 1 or multiple sectors , without limitation, the bi-directional display 13 may be disposed on the exit side of the and/or based on any of display technologies output from voice, music, video, film, and text, or a combination thereof, including but not limited to OLED display devices (including but not limited to) or OLED display devices, OLED display devices (including but not limited to OLED), OLED display devices) and OLED display devices (including but including OLED devices) or OLED devices).

The bi-directional face recognition unit 14 is disposed on the . preferably, the bi-directional face recognition unit 14 is embedded in the bi-directional display 13 and receives facial features of persons on the entrance side and/or the exit side. the bi-directional face recognition unit 14 may include camera devices. in the preferred embodiment, the bi-directional face recognition unit 14 includes or more bi-directional face recognition devices embedded around the bi-directional display 13. in the preferred embodiment, the bi-directional face recognition unit 14 includes at least two bi-directional face recognition devices embedded horizontally on both sides of the bi-directional display 13 (e.g., on the left and right sides of the bi-directional display 13) and disposed at a height of about 150 to 175 cm from the ground.

The AI automation 10 of the present invention may further include input devices 15 including, but not limited to, a microphone, a camera, a touch screen, a keyboard, keys, etc. in , the input devices 15 may also be included in the bi-directional display 13, for example, implemented as a tablet computer whose touch screen is both the bi-directional display 13 and the input device 15 of the present invention.

Please refer to fig. 4 and 5 with describing the AI automation bidirectional internet 100 provided by the present invention, which are respectively a block diagram and a schematic diagram of a preferred embodiment of the AI automation bidirectional internet 100 according to the present invention, as shown in the following:

the AI automation bidirectional internet 100 provided by the present invention comprises at least database 20, 0 server 30 and 2AI automation 110 as described above, and further comprises checkout module 50, detector 40, e-commerce platform 60, action application 70, registration unit 80 and/or sensing shelf 90 according to the requirement, furthermore, the present invention does not exclude remote server which is connected to or servers 30 of AI automation 3 bidirectional internet 100 of multiple endpoints at the same time via network, so that the remote server can synchronously control and manage the AI automation bidirectional internet 100 of or multiple endpoints.

The database 20 stores sets of related data stored and manages the data in the database 20 according to commands or grammatical functions provided by the system, in , the database 20 stores facial profile comparison data, multi-member data with individual facial profile information, and notification data.

The server 30 is in communication with the database 20 and includes a processor 31 and a storage Unit 32, wherein the processor 31 is configured to execute program instructions, and the storage Unit 32 is coupled to the processor 31 and stores program instructions, the processor 31 can be a Central Processing Unit (cpu), a Microprocessor (Microprocessor) or other similar device or combination thereof.

AI auto 10 as described above has th 0 th area T1 on the inlet side and second area T2 outside of T1 of 1 th area T1, in other words, on the inlet side of 2, 4 th area T1 is located at the proximal end relative to 3, and second area T2 is located at the distal end relative to . 5 th area T1 and range of second area T2 are defined by the user himself/herself, in preferred embodiment, th area T1 can be extrapolated from the inlet side of by 0.5 to 2 meters of radius, and second area T2 can be extrapolated from the inlet side of by 2 to 10 meters of radius, however, the user can set the ranges of th area T1 and T2 according to choice and experience, and thus the present invention is not limited to the ranges of th area T1 and T2.

In a preferred embodiment, the bidirectional face recognition unit 14 of the AI automation is preferably embedded in the bidirectional display 13 and coupled to the server 30, the bidirectional face recognition unit 14 receives facial features of the th area T1 on the entrance side, the second area T2 and the person on the exit side and inputs these facial features to the processor 31, wherein the program instructions, when executed by the processor 31, cause the processor 31 to compare the facial features from the bidirectional face recognition unit 14 with the database 20 to determine whether the person in the th area T1 has a member feature, in a preferred embodiment, the bidirectional display 13 of the AI automation is embedded in the and coupled to the server 30, when the processor 31 determines that the person in the th area T1 has a member feature, the processor 31 selects applicable weather 890 from the database 20 and provides the intelligent feedback information on the basis of the member weather information, the processor 9615 performs the processing of the bidirectional weather information including the processing of the weather information, the weather information providing 3615, the weather information processing device 30, the weather information processing device 34, the weather information providing the weather information, the weather information and the weather information processing device 31, and the weather information processing device 34, and the weather information processing device 31 are preferably implemented in real-time information processing system including but not limited to be provided by the weather information processing system.

in a preferred embodiment, the program instructions when executed by the processor 31 cause the processor 31 to compare facial features from the bi-directional face recognition unit 14 with the database 20 to identify and classify people in the second region T2 and analyze people stream data in in a preferred embodiment, the processor 31 analyzes people stream information in the second region T2 by communicating with the database 20 to identify and classify biometric information in the second region T2 and combining the analysis results with other information (e.g., environmental information, time information, geographic information) such as people, age, walking speed, movement, store-in rate, time period, season, weather, geographic information for a group of or multiple pieces of information, however, the analysis of the invention is not limited to this type, in a preferred embodiment of , the bi-directional display 13 of the AI auto is embedded on the and coupled to the server 30, when the processor processes the shopping time stream data to obtain a time stream data corresponding to the peak hour data of shopping hours, the peak hour data is extracted from the server 30, the peak hour data of the second region T4936, and the peak hour data is displayed as peak hour data corresponding to hours of shopping hours, wherein the peak hours of the time interval T31 is selected from the merchant 13 and the peak hours of interest of the time interval of the merchant application 200, the time interval applied to display of the time interval of the time peak hours, the time interval of interest of the merchant, including, the time interval of the time peak hours, the time interval of people stream of interest of the merchant, the peak hours.

The checkout module 50 communicates with the server 30, the checkout module 50 may include a checkout detection unit 51 that may receive facial features of a person, a checkout device 52 that may identify goods and execute a transaction program, etc. in a preferred embodiment, the checkout module 50 may facilitate the transaction program to provide membership benefits (e.g., product discount codes, defined goods, offer combinations, etc.) after determining the member identity of the user via communication with the server 30 by receiving information of any items or combinations of the group consisting of facial features of the user, a bar code (e.g., -dimensional, two-dimensional, or three-dimensional bar codes), personal details, and communicating their corresponding transaction program information back to the database 20. in a preferred embodiment, the checkout device 52 may be a device that may implement a Point of Sales (Point of Sales) system or a similar Point of sale management system.

As used herein, a "transaction program" refers to a series of indivisible sets of database operating instructions, which preferably includes identifying or more items, calculating an amount of spending based on the or more items, receiving cash or prepaid accounts for the amount of spending, and completing a transaction.

The detector 40 is disposed around the exit side of the and coupled to the server 30, when sensor passes through the field of the detector 40, the processor 31 determines the validity of the sensor according to the result of the transaction procedure of the checkout module 50, specifically, the processor 31 determines that the sensor is valid when receiving a signal that the transaction procedure of the sensor is completed, the processor 31 determines that the sensor is not valid when failing to receive the signal that the transaction procedure of the sensor is completed or when receiving a signal that the transaction procedure of the sensor is failed (or is incomplete), in the preferred embodiment, the processor 31 triggers the bidirectional display 13 to output the merchandise information when the sensor is determined to be not valid, in another preferred embodiment, the processor 31 triggers the bidirectional display 13 to output a prompt message when the sensor is determined to be not valid, the processor 31 triggers the bidirectional display 13 to output a prompt message when the processor 31 determines that the sensor is not valid, the present invention or a combination of the two-sided display including a face detector or a combined RFID tag for indicating that the consumer is not valid, the consumer is disposed around the exit side , the RFID detector 40, and a wireless face detection device is disposed on the floor or a floor for indicating that the consumer is disposed in a wireless checkout room, a wireless checkout station, preferably, a wireless floor detection device for detecting a wireless detection system for detecting a commercial article, such as a commercial article detection system for detecting a commercial article detection system for detecting a commercial article detection system for detecting a commercial.

The e-commerce platform 60 (or cloud store) refers to a virtual platform for providing services or transacting goods via a network medium, which may be used or multiple users, terminals and AI auto bi-directional internet 100 for Online and transacting on the e-commerce platform 60 of the present invention is not limited to Business (B2B), Business to Consumer (Business to Consumer, B2C), Consumer to Consumer (Consumer to Consumer, C2C) and Online to Offline (O2O) forms, in preferred embodiments, the e-commerce platform 60 is preferably connected to the checkout module 50, the checkout module 50 identifies the goods information of the e-commerce platform 60 via a communication network and executes a transaction program, in 632 preferred embodiments, the e-commerce platform 60 includes or multiple such codes 50, , or the two-dimensional code display, or two-dimensional display, which may be used for displaying information on the e-commerce platform 60, or for two-dimensional input of two-dimensional information via a two-dimensional communication network, two-dimensional display, or two-dimensional display, two-dimensional input, two-dimensional display, or two-dimensional input, two-dimensional display, or two-dimensional display, or two-dimensional input, two-dimensional display, or no-dimensional display, for the e-dimensional display, or three-dimensional display of the e-commerce platform 60, the present invention, the e-commerce platform 60, the invention, the e-commerce platform 60, the internet, the invention.

The mobile application 70 (APP) is installed on the user's mobile device for execution by an operating system (e.g., iOS or Android) and can communicate with the server 30. specifically, the mobile application 70 is a combination of program instructions written in any programming language (e.g., C + + or Java) on the mobile device and hardware (e.g., memory and processor time) that has been designated to execute the program instructions, the mobile application 70 provides attribute information about the user to the server 30 when the user is brought into proximity with the AI automatic two-way Internet 100. the server 30 transmits the user's corresponding transaction information to the mobile application 70.

The registration unit 80 includes registration detection units 82 for inputting and outputting information that registration terminals 81 and can receive facial features of people, the registration unit 80 inputs the facial features of the user received by the registration detection units 82 and the user input information received by the terminals to the server 30, and the server 30 transmits the information to the database 20 to be stored and verified as member data.

The sensing shelf 90 (also called AI smart shelf) includes sensing units 91, storage spaces 92 and output units 93, and when the sensing units 91 sense that the goods in the storage spaces 92 are taken, the output units 93 are triggered to output the goods information of the goods, specifically, the sensing units 91 can perform sensing detection of the goods taking by using technologies including, but not limited to, infrared sensing, RFID sensing, weight sensing, pressure sensing, capacitance resistance sensing, camera recognition, and the like, in preferred embodiment, the sensing shelf 90 is kinds of island type shelves, the shape of which can be designed and adjusted according to the kinds of the goods to be sold.

in a preferred embodiment, the output unit 93 or the bi-directional display 13 can provide real-time streaming media (e.g., live movies) over a network, which the user can interact with in real-time via the output unit 93 or the bi-directional display 13.

To sum up, the AI automation bidirectional internet provided by the present invention has the advantages that the AI automation bidirectional internet can simultaneously receive facial features of people at the near end and the remote end of the entrance side, so as to perform member identification for people who want to enter the store for entry management, and simultaneously perform people flow feature analysis for passers-by who do not enter the store, and merchants can adjust the contents output by the shopping information providing system and goods displayed in the stores according to the analysis results, thereby efficiently attracting the visitors to improve the interest of consumers, so as to make the customer analysis more complete, the AI automation of the present invention comprises embedded bidirectional/double-sided display, which can be ultra-thin double-sided display, so that the automation itself is audio-video multimedia player, which can not only perform fast output reaction on the analysis results of the server, but also play real-time bidirectional interactive feedback for the people who enter the store, play suitable for members or main passers meeting the preference thereof, such arrangement improves the interest and attention time of customers for shopping information, improves the interest of the customers, improves the live bidirectional interactive feedback of the customers, plays goods, and displays the commodity flow of the commodity, and displays are installed on the existing commercial store, and the internet automatically displays when the internet platform is installed on the internet automatically detects the low-point display of a low-interest of a live commercial commodity payment system, the internet website floor display is installed on-line, the internet detects the internet automatically detects the internet, the internet automatically detects the internet automatically completing the invention, and the invention has the invention, and the invention has the advantages of the invention, the invention also includes.

The present invention has been described in detail, and it should be understood that the detailed description and specific examples, while indicating the preferred embodiment of the invention, are intended for purposes of illustration only and are not intended to limit the scope of the invention.

Claims

AI auto of the type 1, , wherein the has an inlet side and an outlet side, comprising:

controller for controlling the to switch the between on state and off state;

bidirectional sensor disposed on the and coupled to the controller, wherein when the sensor senses people and/or objects exist around the , the controller controls the to turn on and turn off after hours;

bidirectional display embedded in the for outputting items or their combination of voice, music, image, film, text and light at the entrance side and/or exit side, and

bidirectional face recognition unit embedded in the bidirectional display and receiving face features of the person at the entrance side and/or the exit side.
2, AI auto bidirectional internet, comprising:

database storing facial feature analysis comparison data, multiple member data with individual facial feature information, and notice data;

server in communication with the database, comprising:

a processor for executing program instructions;

a storage unit coupled to the processor and storing program instructions, an

the AI automatic of claim 1, the having a th area on an inlet side and a second area outside of the th area;

wherein the bi-directional face recognition unit is embedded in the bi-directional display and coupled to the server, the bi-directional face recognition unit receives facial features of the th region on the entrance side, the second region, and the exit side and inputs the facial features to the processor, wherein the program instructions, when executed by the processor, cause the processor to compare the facial features from the bi-directional face recognition unit with the database to determine whether the person in the th region has membership characteristics and analyze the people flow data of the second region.
3. The AI automation bidirectional internet of claim 2, wherein the bidirectional display is embedded on the and coupled to the server, the processor selects applicable advertisements from the database and plays through the bidirectional display according to the member preferences when the processor determines that the people in the th area match member characteristics, or the processor compares environmental information at a specific time and selects applicable advertisements from the database and plays on the bidirectional display according to the environmental information.
4. The AI automation bidirectional internet according to claim 3, further comprising a checkout module in communication with the server, the checkout module including a checkout detection unit that can receive facial features of a person, a checkout device that can identify a commodity and execute a transaction program.
5. The AI automatic bidirectional internet of claim 4, further comprising a detector disposed around the exit side and coupled to the server, wherein the processor determines the validity of the inductor according to the result of the transaction process when inductor passes through the detector workplace, and triggers the bidirectional display to output the merchandise information and/or prompt information when the processor determines that the inductor is not valid, wherein the prompt information includes items or combinations of the group consisting of voice, music, image, video, text, and light and shadow.
6. The AI automation bidirectional internet of claim 5, wherein the detector is disposed above the outlet side of the and/or on both sides of the outlet side of the .
7. The AI automatic two-way internet according to claim 4, wherein the checkout module is configured to receive information from any item or combination of the group consisting of facial features, bar codes, and personal profiles of the user, and after determining the member identity of the user through communication with the server, the checkout module enables the transaction program to provide member benefits and transmit its corresponding transaction program information back to the database through communication.
8. The AI automation bidirectional internet according to claim 4, further comprising an e-commerce platform online with the checkout module, the checkout module identifying merchandise information of the e-commerce platform and executing a transaction program via a communication network.
9. The AI automation two-way internet of claim 4, further comprising a mobile application () for collecting attribute information of a user, the mobile application installed on a mobile device of the user and communicating with the server, such that when the user approaches the AI automation two-way internet, the mobile application provides attribute information of the server about the user, and the server transmits transaction information corresponding to the user to the mobile application.
10. The AI automation bidirectional internet as claimed in claim 9, further comprising a registration unit in communication with the server, the registration unit including a registration terminal for inputting and outputting information and a registration detection unit capable of receiving facial features of a person, the registration unit inputting the facial features of a user received by the registration detection unit and the user input information received by the terminal to the server, the server transmitting the information to the database for storage and verification as member data.
11. The AI automatic bidirectional internet of any one of claims 2-10 or , wherein the bidirectional face recognition unit includes or more bidirectional face recognition devices embedded horizontally on both sides of the bidirectional display.
12. The AI automation two-way internet of any of claims 2-10 and , wherein the AI automation includes a input device coupled to the server, the processor executing program instructions based on the database's applicable data to provide real-time two-way interactive feedback on the two-way display corresponding to information received by the input device.
13. The AI automatic bidirectional internet of any one of claims 2-10 or , further comprising a sensor rack in communication with the server, the sensor rack including a sensor unit, a storage space and a output unit, wherein when the sensor unit senses that the item in the storage space is taken, the output unit is triggered to output item information of the item.