CN211628276U

CN211628276U - Active face and lip password response recognition payment device

Info

Publication number: CN211628276U
Application number: CN201921509427.9U
Authority: CN
Inventors: 陈琳
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-09-11
Filing date: 2019-09-11
Publication date: 2020-10-02
Anticipated expiration: 2029-09-11

Abstract

The utility model relates to an active face-lip password response recognition payment device, belonging to the technical field of recognition payment, comprising a client wireless communication induction device and a consumer wireless communication induction device; the client wireless communication induction device and the consumer wireless communication induction device are connected through Bluetooth and a WLAN (wireless local area network); the method has the advantages that the face recognition is reserved and used as the account number and the verification code, the adopted password input mode is not the traditional keyboard input mode, but the input modes such as lip language recognition, image recognition, iris recognition and the like are used, and the information recognition of the individual is used as the verification code. Not only the face payment advantage is reserved, but also the mature advantage security and initiative of the traditional electronic payment are added.

Description

Active face and lip password response recognition payment device

Technical Field

The utility model relates to an initiative face lip password answer discernment payment device belongs to discernment payment technical field.

Background

At present, a special machine is required for face recognition payment, and the face recognition payment in the prior art belongs to passive payment rather than main payment. The existing face recognition payment only needs to input a mobile phone number, verification codes, passwords and the like are not needed, and subjective payment will not be reflected. If the camera of the special payment machine becomes a wireless camera which cannot be perceived by a consumer, the wireless camera scans the face of the consumer and can perform order scanning consumption, so that the technical defect of space-separated stealing brushing exists, namely, the subjective willingness of payment of a person is not expressed in a payment scene, and great potential safety hazards exist. The bank card can be held in a pocket, but the face is usually exposed outside, the recognition is very easy, the face can be recognized by the existing technology within three kilometers, and the fearful thing that how much the subjective intention of a client is to recognize the face is not expressed is not provided. And another two-dimension code payment based on code scanning has the following risks: firstly, the common Liggun two-dimensional code is just right in a slight carelessness; and secondly, the two-dimensional code manufacturing access threshold is low, and malicious codes are easy to carry. The code scanning payment process is that a user opens a payment treasure/WeChat App and presents a payment two-dimensional code to a cashier to scan the code. Or the payment code provided by the consumer end is scanned, the payment amount and the payment password are input, and the experience feeling is poor if the user holds the object by hand.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide an initiative face lip password response discernment payment device to overcome prior art's not enough.

The technical scheme of the utility model is that the system comprises a client wireless communication induction device, a consumer wireless communication induction device and a cloud service controller;

the client wireless communication induction device and the consumer wireless communication induction device are connected with the cloud service controller through a network, and the client wireless communication induction device and the consumer wireless communication induction device are connected through Bluetooth and a WLAN (wireless local area network);

the client wireless communication induction device comprises a client positioning module and a client response communication module which are built in a base body; the bottom of the base body is provided with a base; the client response communication module is connected with the client positioning module through a serial port,

the consumption end wireless communication induction device comprises a built-in consumption end positioning module, a built-in consumption end response communication module, a face recognition module, a lip language recognition module, an image recognition module and an iris recognition module; the consumption end response communication module is respectively connected with the consumption end positioning module, the face recognition module, the lip language recognition module, the image recognition module and the iris recognition module through serial ports;

the client response communication module and the consumer response communication module are connected with each other through a Bluetooth and a WLAN wireless communication local area network;

the client response communication module and the consumer response communication module are respectively connected with the cloud service controller through a network.

The face recognition module, the lip language recognition module, the image recognition module and the iris recognition module share one camera; the camera is integrated on the panel of the wireless communication induction device at the consumption end.

The face recognition module, the lip language recognition module, the image recognition module and the iris recognition module are respectively provided with an independent camera; the camera is integrated on the panel of the wireless communication induction device at the consumption end.

The beneficial effects of the utility model reside in that, keep using face identification as account number and identifying code, the password input mode of adoption is not traditional keyboard input, but with input modes such as lip language identification, image recognition, iris discernment, voice recognition, hand type discernment, the information identification to individual is used as the identifying code. Not only the face payment advantage is reserved, but also the mature advantage security and initiative of the traditional electronic payment are added.

Drawings

Fig. 1 is a structure diagram of the device of the present invention.

Fig. 2 is a schematic view of a camera structure shared by modules.

Fig. 3 is a schematic diagram of a structure in which each module has an independent camera.

Detailed Description

The preferred embodiment of the present invention is further described with reference to fig. 1 to 3, which includes a client wireless communication sensing device 1, a consumer wireless communication sensing device 2 and a cloud service controller 3; the client wireless communication sensing device 1 can be a mobile phone, a smart watch, a tablet and other electronic products with communication technologies such as bluetooth and the like, a camera and the like; the consumer wireless communication induction device 2 can be an electronic product with communication technologies such as Bluetooth and the like and a camera device, such as a computer and a tablet;

the client wireless communication induction device 1 and the consumer wireless communication induction device 2 are connected with the cloud service controller 3 through a network, and the client wireless communication induction device 1 and the consumer wireless communication induction device 2 are connected through Bluetooth and a WLAN (wireless local area network);

the client wireless communication induction device 1 comprises a client positioning module 11 and a client response communication module 12 which are arranged in a base body 100; the base 101 is arranged at the bottom of the base body 100; the client response communication module 12 is connected with the client positioning module 11 in a serial port,

the consumer-side wireless communication induction device 2 comprises a built-in consumer-side positioning module 21, a consumer-side response communication module 22, a face recognition module 23, a lip language recognition module 24, an image recognition module 25 and an iris recognition module 26; the consumption end response communication module 22 is respectively connected with the consumption end positioning module 21, the face recognition module 23, the lip language recognition module 24, the image recognition module 25 and the iris recognition module 26 in serial ports;

the client response communication module 12 and the consumer response communication module 22 are connected with each other through a Bluetooth and WLAN wireless communication local area network;

the client response communication module 12 and the consumer response communication module 22 are respectively connected with the cloud service controller 3 through a network, as shown in fig. 1.

The face recognition module 23, the lip language recognition module 24, the image recognition module 25 and the iris recognition module 26 share one camera 27; the camera 27 is integrated on the panel of the consumer-side wireless communication sensing device 2, as shown in fig. 2.

The face recognition module 23, the lip language recognition module 24, the image recognition module 25 and the iris recognition module 26 are respectively provided with an independent camera 27; the camera 27 is integrated on the panel of the consumer-side wireless communication sensing device 2, as shown in fig. 3.

In the above scheme, the matching method of the client wireless communication sensing device 1 and the consumer wireless communication sensing device 2 is as follows:

when the client wireless communication sensing device 1 senses the consumption end wireless communication sensing device 2, the client response communication module 12 is connected with the consumption end response communication module 22 through a wireless communication local area network mode such as bluetooth and WLAN, the client response communication module 12 sends a response account number to the consumption end response communication module 22, the consumption end response communication module 22 sends the client response account number to the cloud service controller 3, the cloud service controller 3 gives a verification code or an instruction code to the consumption end response communication module 22, the consumption end response communication module 22 starts the consumption end positioning module 21 to extract positioning information, sends the verification code or the instruction code through the cloud service controller 3, sends the instruction code to the client response communication module 12 through the wireless communication local area network mode such as bluetooth and WLAN, the client response communication module 12 sends the verification code or the instruction code to the cloud service controller 3, after the cloud service controller 3 checks the verification code or the instruction code, the client positioning module 11 is started to extract the positioning information, and the cloud service controller 3 calculates the distance according to the positioning information of the consumption end and the client.

If the distance is not within the allowable range, the cloud service controller 3 sends a stop response command to the client response communication module 12 and the consumer response communication module 22; if the verification code is within the range, the cloud service controller 3 checks the verification code or the instruction code, and if the check is wrong, the cloud service controller 3 sends a response stopping command to the client response communication module 12; if the verification is correct, the consumer side response communication module 22 sends a verification code or a dynamic password to the client side response communication module 12, the client side sends the verification code or the dynamic password to the consumer side response communication module 22 through a wireless communication local area network mode such as Bluetooth and WLAN, the consumer side response communication module 22 checks whether the verification is correct through the cloud service controller 3, and if the verification is not correct, the matching is stopped; if the answer is correct, the consumer-side answer communication module 22 identifies the person at the location by identification methods such as biological identification, image identification, dynamic electronic password identification and the like (such as face identification), the identification is incorrect, the person cannot trade or pass through the client-side answer communication module 12 at the location, and the person can trade or pass through the client-side answer communication module 12 at the location if the identification is correct.

In the above scheme, the new face payment method is as follows:

the new face payment uses the face as one of the account and the verification code and also uses the password, but the input mode is not the traditional keyboard input, but the input mode such as lip language recognition, voice recognition, hand shape recognition, display screen image recognition and the like, wherein the information recognition of the individual such as face recognition, lip language recognition, voice recognition, hand shape recognition and the like is used as the verification code. Traditional face payment uses a face as an account and a password. Therefore, the face payment is changed into the traditional electronic payment, the face payment advantage is reserved, and the mature advantage security and initiative of the traditional electronic payment are added. The following is the specific operation of new face payment: dynamic face and lip password identification and dynamic face screen password identification.

In the scheme, the dynamic face-lip password identification method comprises the following steps:

the dynamic face-lip password identification is the comprehensive identification of face identification, lip language identification and dynamic electronic passwords. The face recognition is not simply scanning a single photo face, but scanning the face for a period of time, i.e. continuously recognizing lip language. Firstly, the wireless communication sensing device 2 of the consumption end with the camera 27 carries out simple face recognition on a client, information obtained by the face recognition of the client is sent to the cloud service controller 3, the cloud service controller 3 gives an account number and a dynamic password of client response software, and the consumption end response communication module 22 opens third party positioning software such as Beidou, GPS, operators and the like on the wireless communication sensing device 2 of the consumption end to position and extract positioning information. The response software on the consumer-side response communication module 22 is connected with the client-side wireless communication induction device 1 through a wireless communication local area network mode such as bluetooth, WLAN and the like and sends a dynamic password to the client. The client wireless communication sensing device module response software sends a dynamic password to the response communication device, after the cloud service controller 3 checks the dynamic password, the client response communication module 12 opens the Beidou, GPS and third party of an operator on the client wireless communication sensing device 1 to position and extract positioning information, the cloud service controller 3 calculates the distance through the positioning information of a consumer and a client, if the distance is not in an allowable range, the cloud service controller 3 sends a stop response command to the consumer wireless communication sensing device 2 and the client wireless communication sensing device 1 through response software, if the distance is in the allowable range, the cloud service controller 3 checks the dynamic password, if the check is wrong, the cloud service controller 3 sends the stop response command to the consumer wireless communication sensing device 2 and the client wireless communication sensing device 1 through response software, if the check is correct, the cloud service controller 3 sends the dynamic password to the client wireless communication sensing device 1, client wireless communication induction system 1 sends dynamic password for consumer end wireless communication induction system 2 through wireless communication LAN modes such as bluetooth, WLAN to check whether correct through cloud service controller 3, if not to stop matching, if correct, the last lamp next door of camera 27 of the induction system of consumer end lights, carries out lip language password discernment again, lip language password discernment is promptly to saying dynamic electron password with the lip to camera 27, promptly the electron password changes into lip language, lip language is through lip language discernment change into the password. The electronic password can be a language and characters which can be expressed by lip language, such as numbers, Chinese characters, English, and the like. The customer speaks the amount of money of the transaction before the camera 27, for example, 10 Yuan RMB plus two characters of 'password', the password is a starting lip-language password identification starting word, a dynamic electronic password is added, and the consumption-end wireless communication sensing device 2 identifies the amount of money and the password through the response cloud service controller 3 and checks the amount of money and the password. If the check is incorrect, the transaction is stopped. If the check is correct, the transaction is conducted and the lights near the camera 27 are turned off after the transaction is completed. Safety explanation: firstly, only two induction devices can carry out transaction within 5 meters of each other (the distance depends on the positioning precision of a third party); the second, dynamic password is one password per day (it can be changed half a day or one hour); thirdly, any picture distortion is not feasible and cannot be identified; fourthly, when the electronic password is spoken by lip language recognition in two dynamic face and lip password recognitions, distances between each point of the face recognition and each point of the lip language recognition are the same, the latter dynamic face and lip password recognition is invalid, the file is recorded in the face sweeping device, and if the number of times of the sensing device is more, a warning is given and the sensing device enters a blacklist.

In the scheme, the dynamic face screen password identification method comprises the following steps:

the dynamic face screen password identification is that the face identification is added with a display screen of a sensing device and a dynamic electronic password. That is, when the user sweeps the face, the display screen of the sensing device capable of expressing the meaning of the dynamic sensitive electronic password is placed beside the face, the camera 27 sweeps the face and the display screen simultaneously, the screen of the sensing device expresses the dynamic electronic password by using a figure and the like, and the figure can be a figure, a graph and the like which can clearly and accurately express the dynamic electronic password. Each electronic code map is displayed on the screen of the sensing device for only one minute and aged for two minutes. Firstly, the consumption end wireless communication induction device 2 with the camera 27 carries out simple face recognition on a client, the consumption end induction device sends information of the face recognition of the client to the cloud service controller 3, the cloud service controller 3 gives an account number and a dynamic password of client response software, and the consumption end allows the response communication device to open third party positioning software such as Beidou, GPS, operators and the like on the consumption end induction device for positioning and extracting positioning information. The response software on the consumer end induction device is connected with the response communication chatting software on the wireless communication induction device of the client through a wireless communication local area network mode such as Bluetooth and WLAN and sends the dynamic password to the client. The induction device of the client sends a dynamic password to the cloud service controller 3 through response software, after the cloud service controller 3 checks the dynamic password, the cloud service controller 3 opens the Beidou, GPS and third party positioning of an operator on the wireless communication induction device of the client and extracts positioning information through the response software on the wireless communication induction device of the client, the cloud service controller 3 calculates the distance through the positioning information of the consumer and the client, if the distance is not in an allowable range, the cloud service controller 3 sends a stop response command to the wireless communication induction devices of the consumer and the client through the response software, if the distance is in the allowable range, the cloud service controller 3 checks the dynamic password, if the check is wrong, the cloud service controller 3 sends the stop response command to the wireless communication induction devices of the consumer and the client through the response software, if the check is right, the cloud service controller 3 sends a dynamic password to the wireless communication induction device of the client, the wireless communication of the client sends the dynamic password to the sensing device of the consumer end in a wireless communication local area network mode such as Bluetooth and WLAN, the sensing device of the consumer end checks whether the dynamic password is correct through the response communication device, if the dynamic password is not correct, the sensing device of the consumer end stops matching, if the dynamic password is correct, a lamp beside a camera on the sensing device of the consumer end is lightened, then recognition such as picture display and the like is carried out, the dynamic password is sent to the response communication device after the recognition to check, if the dynamic password is not correct, the transaction is carried out.

Embodiment one is a payer-payee-by-payer payment mode:

firstly, the wireless communication sensing device with the camera of the payer carries out simple face recognition on the client, the payer sensing device sends the information of face recognition of the payee to the cloud service controller 3, the cloud service controller 3 gives the client an account number and a dynamic password of response software, and the payer allows the cloud service controller 3 to open third party positioning software such as Beidou, GPS, operators and the like on the payer sensing device for positioning and extracting positioning information. The response software on the payer induction device is connected with the response communication chatting software on the payee wireless communication induction device through a Bluetooth, WLAN and other wireless communication local area network modes and sends the dynamic password to the client. The induction device of the payee sends a dynamic password to the cloud service controller 3 through response software, after the cloud service controller 3 checks the dynamic password, the cloud service controller 3 opens the Beidou, GPS and third party positioning of the operator on the wireless communication induction device of the client through the response software on the wireless communication induction device of the payee and extracts the positioning information, the cloud service controller 3 calculates the distance through the positioning information of the payer and the payee, if the distance is not in the allowable range, the cloud service controller 3 sends a stop response command to the wireless communication induction devices of the payer and the payee through the response software, if the distance is in the allowable range, the cloud service controller 3 checks the dynamic password, if the check is wrong, the cloud service controller 3 sends the stop response command to the wireless communication induction devices of the payer and the payee through the response software, if the check is correct, the cloud service controller 3 sends a dynamic password to the wireless communication induction device of the payee, the wireless communication of the payee sends the dynamic password to the sensing device of the payer through the wireless communication local area network modes such as Bluetooth, WLAN and the like, the sensing device of the payer checks whether the dynamic password is correct through the cloud service controller 3, if the dynamic password is not correct, the matching is stopped, if the dynamic password is correct,

the page of paying appears in payer's induction system's display screen, has payment queuing number and payment key on the page of paying, and the payer clicks the payment key when the payment key lights, and if click and succeed the payment key next door and can appear two characters that succeed, payee induction system display screen shows payer's photo, serial number simultaneously (response software is used when paying is the picture of oneself, and the serial number is that the payer pays by the people of the second number), and report: the number plus customer waits for payment and the statement and display is stopped after the transaction is completed. The payee hears the sound and sees the light on next to the camera on the payer induction device, saying to the camera: please add the number and how much money the customer paid, and the lamp near the camera goes out after the lip language identification is completed. The payer clicks a payment key under the payment amount, and after the payment is successful, the payee feels the device to report: number plus how much money the customer paid successfully (three reports).

The second embodiment is a payment mode of the railway station:

buying tickets on the answering software, filling the information of all ticket buyers (including face information), and mentioning that the mask sunglasses are taken off at the railway station. When a wireless communication sensing device on a passenger senses a wireless communication sensing device of a railway station, response communication chatting software on the wireless communication sensing device on the passenger is connected with response communication chatting software on the wireless communication sensing device of the railway station in a wireless communication local area network mode such as Bluetooth and WLAN, the sensing device on the passenger sends a response software account and the like to the railway station sensing device, the railway station sensing device sends the passenger response software account to a cloud service controller 3, the response software station gives a verification code or an instruction code, the railway station allows the cloud service controller 3 to open third party positioning software such as Beidou, GPS and an operator on the railway station sensing device for positioning and extracting positioning information, the railway station sensing device sends the verification code (or the instruction code) through a network of an operator or sends the instruction code to the wireless communication sensing device of the passenger through a wireless communication local area network mode such as Bluetooth and WLAN, the passenger sensing device sends a verification code (or instruction code) to the cloud service controller 3 through response software, after the cloud service controller 3 checks the verification code (or instruction code), the cloud service controller 3 opens the Beidou, GPS and third party of an operator on the passenger wireless communication sensing device to locate and extract locating information through response software on the passenger wireless communication sensing device, the cloud service controller 3 calculates the distance through the locating information of a railway station and the passenger, if the distance is not in an allowable range, the cloud service controller 3 sends a stop response command to the wireless communication sensing device of the railway station and the passenger through the response software, if the distance is in the allowable range, the cloud service controller 3 checks the verification code or the instruction code, if the check is wrong, the cloud service controller 3 sends the stop response command to the wireless communication sensing device of the railway station and the passenger through the response software, if the correct cloud service controller 3 is checked, the verification code or the dynamic password is sent to the wireless communication sensing device of the passenger, the wireless communication of the passenger sends the verification code or the dynamic password to the sensing device of the railway station through a wireless communication local area network mode such as Bluetooth and WLAN, the sensing device of the railway station checks whether the verification code or the dynamic password is correct through the cloud service controller 3, if the verification is not correct, the sensing device of the passenger is positioned through an indoor accurate positioning system or an outdoor accurate positioning system, response software identifies the person at the positioning position through identification methods (such as face identification) such as biological identification, image identification and dynamic electronic password identification, the person is identified incorrectly only through identification at a gate of a ticket checking gate, and the identified correct passenger and the positioned sensing device are monitored and tracked. When a passenger arrives at the station-entering ticket checking place, the ticket checking place is provided with a three-stage gate, and the first-stage gate is a one-way rotary gate and is used for keeping a distance between the passenger and the passenger. The second left-falling third level is a wing gate, and a face recognition machine is arranged between the second level gate and the third level gate, so that the front face is not recognized, and the recognized green traffic is realized. The passengers are monitored and tracked (including luggage) after entering the lobby. When a passenger wants to go to a toilet, the passenger goes out of the toilet from the toilet and carries out face recognition through a high-definition recognition camera on a toilet port, and if the passenger cannot recognize the face, the passenger can only recognize the face by holding a mobile face recognition instrument by a waiter (or a robot). Queuing is carried out before the boarding passage for 5-10 minutes, people who are in wrong queue can be found out when queuing, and people who do not queue can be calculated and can be called by a waiter (robot) in a hall. The guide display screen is arranged at the joint of the boarding passage and the platform, a waiter (robot) is arranged on a corresponding monthly parking spot at the door of each carriage, a sensing device of the waiter (robot) can talk with response software on the passenger sensing device, if the passenger is not in the carriage (including passengers not in the carriage and passengers such as two trains at the platform), the waiter is told to go to the correct place to wait for boarding, and when the passenger is required to get on, the waiter reports the length of the bus. When the bus is about to arrive at the station, the information sensed by the sensing device is used by an attendant (robot) to remind passengers to get off the bus, particularly to be asleep. When arriving at the station, if no arriving passenger gets off the bus, the information of the passenger is sent to the staff on the platform. When a passenger wants to go to the toilet, the passenger goes out of the toilet and carries out face recognition through a high-definition recognition camera on the toilet, and if the passenger cannot recognize the face, the passenger can only recognize the face by holding a mobile face recognition instrument by a waiter (or a robot). The exit port is composed of two wing gates and the like, and particularly, when a person is in the middle of the two wing gates or the second wing gate is not closed, the first wing gate cannot be opened, namely cannot be opened at the same time.

The third embodiment is a subway payment mode:

the subway ticket from station to station is purchased on the subway page of the answering software, and the subway station is mentioned to take off the mask sunglasses, and the information is sent to the getting-on subway station to wait for him. When a wireless communication sensing device on a passenger senses a wireless communication sensing device of a subway station, response communication chatting software on the wireless communication sensing device on the passenger is connected with response communication chatting software on the wireless communication sensing device of the subway station through a wireless communication local area network mode such as Bluetooth and WLAN, the sensing device on the passenger sends a response software account and the like to the sensing device of the subway station, the sensing device of the subway station sends the passenger response software account to a cloud service controller 3, the response software station gives a verification code or an instruction code, the subway station allows the cloud service controller 3 to open third party positioning software such as Beidou, GPS and operators and the like on the sensing device of the railway station for positioning and extracting positioning information, the sensing device of the subway station sends the verification code (or the instruction code) through a network of the operators or sends the instruction code to the wireless communication sensing device of the passenger through the wireless communication local area network mode such as Bluetooth and WLAN, the passenger sensing device sends a verification code (or instruction code) to the cloud service controller 3 through response software, after the cloud service controller 3 checks the verification code (or instruction code), the cloud service controller 3 opens Beidou, GPS and third party of an operator on the passenger wireless communication sensing device for positioning and extracting positioning information through response software on the passenger wireless communication sensing device, the cloud service controller 3 calculates the distance through the positioning information of the subway station and the passenger, if the distance is not in an allowable range, the cloud service controller 3 sends a stop response command to the wireless communication sensing device of the subway station and the passenger through the response software, if the distance is in the allowable range, the cloud service controller 3 checks the verification code or the instruction code, if the check is wrong, the cloud service controller 3 sends the stop response command to the wireless communication sensing device of the subway station and the passenger through the response software, if the correct verification is verified, the cloud service controller 3 sends the verification code or the dynamic password to a wireless communication induction device of a passenger, the wireless communication of the passenger sends the verification code or the dynamic password to an induction device of a subway station through a wireless communication local area network mode such as Bluetooth and WLAN, the induction device of the subway station verifies whether the verification code or the dynamic password is correct through the cloud service controller 3, if the verification is not verified, the subway station positions the induction device of the passenger through an indoor accurate positioning system or an outdoor accurate positioning system, response software identifies the person at the position through identification methods (such as face identification) such as biological identification, image identification and dynamic electronic password identification, the incorrect identification can be only identified at a ticket gate of dynamic face-lip password identification, and the correct identification and the passenger on the positioned induction device are monitored and tracked. When the user walks to the security check place, the identified user is separated by security check personnel, and the green channel (the channel without the gate) is successfully identified. The identification fails and the passenger has the induction system on one's body and logs on the gate of checking the ticket of walking the dynamic face lip password identification of answering number, when the passenger walks to the gate, the passenger faces the dynamic face lip password identification machine (that is to say the machine of discerning the communication of face lip language, just like the dragonfly treasure box of paying treasured, frog of Teng news etc.), namely the pick-up head of induction system, the wireless communication induction system with pick-up head carries out simple face identification to the passenger, the gate induction system sends the information of arriving passenger face identification to cloud service controller 3, cloud service controller 3 gives account number and the dynamic password of passenger answering software, the gate allows cloud service controller 3 to open the third party positioning software location and extraction positioning information on the on-vehicle induction system, big dipper, GPS, operator, etc. The response software on the gate sensing device is connected with the response communication chatting software on the wireless communication sensing device of the passenger through a Bluetooth, WLAN and other wireless communication local area network modes and sends the dynamic password to the passenger. The passenger sensing device sends a dynamic password to the cloud service controller 3 through response software, after the cloud service controller 3 checks the dynamic password, the cloud service controller 3 opens Beidou, GPS and operator third party positioning on the client wireless communication sensing device and extracts positioning information through the response software on the passenger wireless communication sensing device, the cloud service controller 3 calculates the distance through the positioning information of the gate and the passenger, if the distance is not in an allowable range, the cloud service controller 3 sends a stop response command to the gate and the passenger wireless communication sensing device through the response software, if the distance is in the range, the cloud service controller 3 checks the dynamic password, if the check is wrong, the cloud service controller 3 sends the stop response command to the gate and the passenger wireless communication sensing device through the response software, if the check is right, the cloud service controller 3 sends the dynamic password to the passenger wireless communication sensing device, the passenger's wireless communication sends dynamic password to the induction system of gate through wireless communication LAN modes such as bluetooth, WLAN, and the induction system of gate checks through cloud service controller 3 whether correct, if not to stop matching, if correct, gate induction system's display lamp lights. Passenger facing sensor camera said: the subway station name around the destination or the destination is added with a 'riding code' and a dynamic password, and the dynamic password is checked if the destination or the bus station is in the riding direction or not to tell passengers. The correct induction device is checked, the display lamp is turned off, and people welcome to take the xsubway and get off the subway at the xx station. After entering the subway, if the passengers need to go to the toilet, when the passengers need to go to the toilet, the high-definition identification cameras on the toilet outlet of the passengers go out of the toilet to perform face identification, and if the passengers cannot perform face identification, the passengers can only carry the mobile face identification instrument to perform face identification by a waiter (or a robot).

The passenger is out of the station, and there is the high definition digtal camera gate top of leaving the station, walks to gate mouthful department when the passenger, and the passenger does not have the people in front, and the gate is opened for the passenger automatically and is passed through, and this technique is the same with the warning is trailed in the control.

The fourth embodiment is a bus payment mode:

when a passenger gets on the bus, the passenger faces the dynamic face lip password recognizer, namely a camera of a vehicle-mounted sensing device, the vehicle-mounted wireless communication sensing device with the camera carries out simple face recognition on the passenger, the vehicle-mounted sensing device sends information for face recognition of the passenger to a cloud service controller 3, the cloud service controller 3 gives the passenger an account number and a dynamic password of response software, and the vehicle-mounted bus allows the cloud service controller 3 to open third party positioning software on the vehicle-mounted sensing device for positioning and extracting positioning information, such as Beidou, a GPS (global positioning system), and an operator. The response software on the vehicle-mounted sensing device is connected with the response communication chatting software on the wireless communication sensing device of the passenger through a Bluetooth, WLAN and other wireless communication local area network modes and sends the dynamic password to the passenger. The passenger sensing device sends a dynamic password to the cloud service controller 3 through response software, after the cloud service controller 3 checks the dynamic password, the cloud service controller 3 opens the Beidou, GPS and third party positioning of an operator on the wireless communication sensing device of the client and extracts the positioning information through the response software on the wireless communication sensing device of the passenger, the cloud service controller 3 calculates the distance through the positioning information of the bus and the passenger, if the distance is not in the allowable range, the cloud service controller 3 sends a stop response command to the wireless communication sensing devices of the bus and the passenger through the response software, if the distance is in the allowable range, the cloud service controller 3 checks the dynamic password, if the check is wrong, the cloud service controller 3 sends the stop response command to the wireless communication sensing devices of the bus and the passenger through the response software, if the check is right, the cloud service controller 3 sends the dynamic password to the wireless communication sensing device of the passenger, passenger's wireless communication sends dynamic password for the induction system of toll station through wireless communication LAN modes such as bluetooth, WLAN, and whether the induction system of toll station is right through cloud service controller 3 check, if not to stopping matching, if correct, on-vehicle induction system's of bus display lamp lights. If a person takes a bus, then the lip language password is used for identifying that the passenger faces the sensing device camera: a person adds a destination or a bus station around the destination, adds a 'riding code' and a dynamic password, and checks the dynamic password if the destination or the bus station is in the riding direction or not to tell passengers. And checking that the display lamp of the correct sensing device is off and saying that the driver welcomes to get on the xX-way bus and get off the bus at the xx station. If multiple persons arrive at the platform in advance, the multiple persons pull to face the camera on the platform, the payer puts out an ok gesture, information of the persons is sent to the payer section response number through response software according to the face recognition, or the door of the multiple persons pulls to face the camera on the bus, the payer puts out the ok gesture, information of the persons is sent to the payer section response number through response software according to the face recognition, or the response software of the payer clicks the bus, then clicks the multiple person option in the bus page, and information of the same person with the payer is added to the multiple person option. And then lip language password identification is carried out, a passenger says that a plurality of people take the bus facing the dynamic face and lip password identification machine camera, the dynamic face and lip password identification machine display screen displays the head portraits of the payer and the co-rider and carries out head portrait numbering, the situation that the number of the passenger says more than a few numbers facing the identification machine camera is found, the situation that the number of the passenger says less than a few numbers facing the identification machine camera is found, and the situation that the hand is drawn to put out 'ok' is found less, and the passenger puts down the head portrait when seeing that the number of the passenger appears on the display screen. After no passenger. Passenger facing sensor camera said: the 'OK' is added with the destination or the bus station around the destination is added with the 'riding code' and the dynamic password, and the dynamic password is checked if the destination or the bus station is in the riding direction and is not told to passengers. And checking that the display lamp of the correct sensing device is off and saying that the driver welcomes to get on the xX-way bus and get off the bus at the xx station. The passengers taking the bus together with the passengers of the payer need to go to the camera of the identification machine for face identification, and after the identification is successful, the passengers can say that the passengers welcome to take the XX-way bus and ask you to get off at the XX station. If no ticket is paid, the ticket is played and broadcasted on all display screens of the vehicle to enable the people to pay the ticket.

The fifth embodiment is a shop and supermarket payment mode:

when a customer wants to buy east and west (eat) at a shop (supermarket), the customer faces the dynamic face lip password recognizer at the entrance, namely a camera of a sensing device, a wireless communication sensing device with the camera carries out simple face recognition on the customer, the sensing device sends information for face recognition of the customer to a cloud service controller 3, the cloud service controller 3 gives an account and a dynamic password of response software to the customer, and the customer allows the cloud service controller 3 to open third-party positioning software on a consumer-side sensing device to position and extract positioning information, such as Beidou, GPS, operators and the like. The cloud service controller 3 is connected with the answer communication chatting software on the wireless communication induction device of the customer through a wireless communication local area network mode such as Bluetooth and WLAN and sends the dynamic password to the customer. The induction device of the customer sends a dynamic password to the cloud service controller 3 through response software, after the cloud service controller 3 checks the dynamic password, the cloud service controller 3 opens the Beidou, GPS and third party positioning of an operator on the wireless communication induction device of the customer and extracts positioning information through the response software on the wireless communication induction device of the customer, the cloud service controller 3 calculates the distance through the positioning information of the consumer and the customer, if the distance is not in an allowable range, the cloud service controller 3 sends a stop response command to the wireless communication induction devices of the consumer and the customer through the response software, if the distance is in the allowable range, the cloud service controller 3 checks the dynamic password, if the check is wrong, the cloud service controller 3 sends the stop response command to the wireless communication induction devices of the consumer and the customer through the response software, if the check is right, the cloud service controller 3 sends a dynamic password to the wireless communication induction device of the customer, the wireless communication of customer sends dynamic password to the induction system of toll station through wireless communication LAN modes such as bluetooth, WLAN, and whether the induction system of consumer passes through cloud service controller 3 and checks whether correct, if not to stop matching, if correct, induction system's display lamp lights. If one person shops, lip language password identification is carried out, and the passenger faces the sensing device camera to say that: a person goes to xx shop shopping passwords xxxx (shopping passwords are dynamic). After the shopping password is checked to be correct, the display lamp of the consumer-side device goes off and welcomes to the xx shop for shopping, and hopes that you are happy to shop. If a plurality of people shop for one person to pay, several people pull the camera in the shop (especially a high-definition camera at the entrance), the payer puts out an ok gesture, information of the people is sent to a payer section answer number through answer software according to face recognition, or the answer software of the payer clicks the physical shop to shop, the shop name is input and determined in a shop name window in a physical shop page, then a multi-person option in the physical shop shopping page is clicked, and information of a buyer riding on the same floor as the payer is added in the multi-person option. And then lip language password identification is carried out, a customer says that a plurality of people shop for the dynamic face and lip password identification machine camera, the dynamic face and lip password identification machine display screen displays the head portraits of the payer and the shopper and numbers under the head portraits, the fact that a few numbers are said for the identification machine camera is found to be more, the fact that the number is not more than a few numbers is found to be less for the identification machine camera, the situation that the number is ok is drawn for the few hands, and the head portraits of the few people are put down when the display screen is seen. After no passenger. The customer says to induction system camera: "OK" is added to "shopping code" of xx shop and added with dynamic cipher, and the dynamic cipher is checked. The correct induction device is checked, the display lamp is turned off, and people welcome to the xX shop for shopping, and hope that you are happy to shop.

The customers who shop with the payers need to go to the cameras of the identification machines for face identification, and after the face identification is successful, the customers can welcome to shop in xx shops and hope that the customers shop pleasantly. The things that customer bought are through monitoring tracking and figure identification reacing, do not have dead angle surveillance camera head in the shop. Payment, the customer faces to the dynamic face lip password recognition machine of department of going out and is induction system's camera, the wireless communication induction system who has the camera carries out simple face identification to customer, induction system sends the information to customer face identification to cloud service controller 3, cloud service controller 3 gives passenger response software's account number and dynamic password, the consumption end allows cloud service controller 3 to open third party positioning software such as big dipper, GPS, operator on the consumption end induction system and fixes a position and draw positioning information. The cloud service controller 3 is connected with the answer communication chatting software on the wireless communication induction device of the customer through a wireless communication local area network mode such as Bluetooth and WLAN and sends the dynamic password to the customer. The induction device of the customer sends a dynamic password to the cloud service controller 3 through response software, after the cloud service controller 3 checks the dynamic password, the cloud service controller 3 opens the Beidou, GPS and third party positioning of an operator on the wireless communication induction device of the customer and extracts positioning information through the response software on the wireless communication induction device of the customer, the cloud service controller 3 calculates the distance through the positioning information of the consumer and the customer, if the distance is not in an allowable range, the cloud service controller 3 sends a stop response command to the wireless communication induction devices of the consumer and the customer through the response software, if the distance is in the allowable range, the cloud service controller 3 checks the dynamic password, if the check is wrong, the cloud service controller 3 sends the stop response command to the wireless communication induction devices of the consumer and the customer through the response software, if the check is right, the cloud service controller 3 sends a dynamic password to the wireless communication induction device of the customer, the wireless communication of customer sends dynamic password to the induction system of toll station through wireless communication LAN modes such as bluetooth, WLAN, and whether the induction system of consumer passes through cloud service controller 3 and checks whether correct, if not to stop matching, if correct, induction system's display lamp lights. If one person does shopping, a shopping list is taken out, if a problem exists, the following is shown to the camera of the induction device: it is not right. The articles in the shopping device such as a shopping cart are taken to the shopping table one by one, if a customer puts the articles on the body of the customer, the sensing device reminds the customer, the customer still says that the articles are not put, and the display screen of the sensing device plays the video of the customer putting the articles on the body of the customer. After the shopping list is correct. And lip language password identification, namely, a client speaks the amount of money (such as 10 RMB) of the transaction before a camera, adds a password, namely a password which is a starting lip language password identification starting word, and adds a dynamic electronic password, and an induction device at a consumption end identifies the amount of money and the password through a cloud service controller 3 and checks the amount of money and the password. If the check is incorrect, the transaction is stopped. If the check is correct, the transaction is carried out, after the transaction is completed, a lamp beside the consumer-side camera is turned off, and the consumer-side camera says thank you and welcome cheerful.

The sixth embodiment is a high-speed ETC payment mode:

and clicking a navigation map in the response software, inputting the license plate number below the navigation map, and connecting the electronic device on the vehicle in a Bluetooth or other local area network mode. When you arrive at a toll station, the toll station opens to an ETC channel at the speed of about 20 kilometers per hour, response software of the ETC channel sweeps license plates through a camera, a toll station sensing device sends information of the license plates of customers to a cloud service controller 3, the cloud service controller 3 gives account numbers and dynamic passwords of the response software of the customers, and the toll station allows the cloud service controller 3 to open third party positioning software such as Beidou, a GPS (global positioning system) and operators on the toll station sensing device for positioning and extracting positioning information. The response software on the induction device of the toll station is connected with the response communication chatting software on the wireless communication induction device of the client through a wireless communication local area network mode such as Bluetooth, WLAN and the like, and sends the dynamic password to the client. The induction device of the customer sends a dynamic password to the cloud service controller 3 through response software, after the cloud service controller 3 checks the dynamic password, the cloud service controller 3 opens the Beidou, GPS and third party positioning of an operator on the wireless communication induction device of the customer and extracts positioning information through the response software on the wireless communication induction device of the customer, the cloud service controller 3 calculates the distance through the positioning information of the toll station and the customer, if the distance is not in an allowable range, the cloud service controller 3 sends a stop response command to the wireless communication induction devices of the toll station and the customer through the response software, if the distance is in the allowable range, the cloud service controller 3 checks the dynamic password, if the check is wrong, the cloud service controller 3 sends the stop response command to the wireless communication induction devices of the consumer end and the customer through the response software, if the check is right, the cloud service controller 3 sends the dynamic password to the wireless communication induction device of the customer, the wireless communication of customer passes through wireless communication LAN modes such as bluetooth, WLAN and sends dynamic password for the induction system of toll station, and whether the induction system of toll station is right through cloud service controller 3 check, if not to stopping matching, if correct, another camera is swept the face through front windshield to driver and passenger seat and is carried out face identification, and the incorrect mistake of discernment is passed through, and the discernment is correct to pass through. When the vehicle runs, the answering software navigation map has an interaction with the vehicles around the vehicle, such as: the lane change information of the front, the back, the left and the right of the vehicle can tell you through software. The navigation map displays information about your front, back, left, and right vehicles. Leaving the expressway according to the journey, driving into a leaving ramp according to the indication board, entering a toll station, driving to an ETC channel at the speed of about 20 kilometers per hour when you arrive at the toll station, scanning the license plate by response software of the ETC channel through a camera, sending the information of the license plate number of a customer to a cloud service controller 3 by a toll station induction device, giving the account number and the dynamic password of the response software to the customer by the cloud service controller 3, and allowing the cloud service controller 3 to open third party positioning software on the toll station induction device for positioning and extracting positioning information, such as Beidou, a GPS (global positioning system), an operator and the like. The response software on the induction device of the toll station is connected with the response communication chatting software on the wireless communication induction device of the client through a wireless communication local area network mode such as Bluetooth, WLAN and the like, and sends the dynamic password to the client. The induction device of the customer sends a dynamic password to the cloud service controller 3 through response software, after the cloud service controller 3 checks the dynamic password, the cloud service controller 3 opens the Beidou, GPS and third party positioning of an operator on the wireless communication induction device of the customer and extracts positioning information through the response software on the wireless communication induction device of the customer, the cloud service controller 3 calculates the distance through the positioning information of the toll station and the customer, if the distance is not in an allowable range, the cloud service controller 3 sends a stop response command to the wireless communication induction devices of the toll station and the customer through the response software, if the distance is in the allowable range, the cloud service controller 3 checks the dynamic password, if the check is wrong, the cloud service controller 3 sends the stop response command to the wireless communication induction devices of the consumer end and the customer through the response software, if the check is right, the cloud service controller 3 sends the dynamic password to the wireless communication induction device of the customer, the wireless communication of the client sends the dynamic password to the induction device of the toll station in a wireless communication local area network mode such as Bluetooth, WLAN and the like, the induction device of the toll station checks whether the password is correct or not through the cloud service controller 3, if the matching is not stopped, the front display screen displays the payment amount, then lip language password identification is carried out, and the lip language password identification (the lip language password identification means that a dynamic electronic password is spoken by lips of the camera, namely the electronic password is changed into lip language, and the lip language is changed into the password through the lip language identification. the electronic password can be a language and a character which can be expressed by the lip language such as numbers, Chinese characters, English and the like) is carried out. If the check is incorrect, the transaction is stopped. If the check is correct, the transaction is carried out, and after the transaction is completed, the lamp beside the camera of the toll station is turned off and the railing is lifted.

Claims

1. Initiative face lip password response discernment payment device, characterized by:

the system comprises a client wireless communication induction device, a consumer wireless communication induction device and a cloud service controller;

the client wireless communication induction device comprises a built-in client positioning module and a client response communication module, and a base is arranged at the bottom of the base body; the client response communication module is connected with the client positioning module through a serial port;

the consumption end wireless communication induction device comprises a consumption end positioning module and a consumption end response communication module which are built in a base body, a face recognition module, a lip language recognition module, an image recognition module and an iris recognition module; the consumption end response communication module is respectively connected with the consumption end positioning module, the face recognition module, the lip language recognition module, the image recognition module and the iris recognition module through serial ports;

2. The active face-lip password answer identification payment device of claim 1, wherein: the face recognition module, the lip language recognition module, the image recognition module and the iris recognition module share one camera; the camera is integrated on the panel of the wireless communication induction device at the consumption end.

3. The active face-lip password answer identification payment device of claim 1, wherein: the face recognition module, the lip language recognition module, the image recognition module and the iris recognition module are respectively provided with an independent camera; the camera is integrated on the panel of the wireless communication induction device at the consumption end.