CN107464292B - Experience type ticket selling machine and ticket selling method thereof - Google Patents
Experience type ticket selling machine and ticket selling method thereof Download PDFInfo
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- CN107464292B CN107464292B CN201710534691.7A CN201710534691A CN107464292B CN 107464292 B CN107464292 B CN 107464292B CN 201710534691 A CN201710534691 A CN 201710534691A CN 107464292 B CN107464292 B CN 107464292B
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07B—TICKET-ISSUING APPARATUS; FARE-REGISTERING APPARATUS; FRANKING APPARATUS
- G07B1/00—Machines for printing and issuing tickets
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/011—Arrangements for interaction with the human body, e.g. for user immersion in virtual reality
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/017—Gesture based interaction, e.g. based on a set of recognized hand gestures
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Abstract
Aiming at the existing ticket vending machine, the invention designs an experiential ticket vending machine which can provide the live-action information of the selected destination for the user, and the interaction is completed by using the limb action of the user and the user. This kind of experience formula ticket vending machine, including the ticket vending machine organism, the ticketing service ware, the discrimination server, communication module, central processing unit, the arc display screen, the outdoor scene unit, the perception unit, the recognition element, the action treater, the payment unit, the unit of drawing a bill, the arc display screen of establishing can provide better immersion experience for the ticket purchaser, the high performance central processing unit that has adopted can provide stronger computing power, can experience the ticket purchasing for the user brings better through the processing of perception and discernment, it can convenience of customers to support multiple payment mode to purchase the ticket, can purchase ticket person's language through facial discernment automatic switch, also can be through manual switching ticket purchasing language.
Description
Technical Field
The invention relates to a ticket selling method, in particular to a ticket selling method of an experience type ticket selling machine.
Background
The self-service ticket selling and checking equipment and the technology are the field of application with strong specialty, and relate to the aspects of equipment design and manufacture, network, automatic control, urban subway operation and the like, have high requirements on process conditions, have high system integration difficulty, and have wide technical aspects. Because of early construction, most subway self-service ticket selling and checking equipment systems in developed countries such as Europe, America, Asia and the like are based on magnetic cards and magnetic ticket technologies at present, mechanical control parts are complex, manufacturing cost and maintenance cost are high, and with the development of sensing technologies and radio frequency IC card technologies, the updating of a new generation of self-service ticket selling and checking equipment becomes a trend and also becomes a new starting point of self-service ticket selling and checking equipment for autonomous development in China. At present, most of rail transit self-service ticket selling and checking equipment manufacturers and developers are multinational companies with great technical strength: such as OMRON in Japan, CUBIC in the United states, ALCATELCGA in France, ERG in Australia, ASCOM in Switzerland, etc. At present, key technologies of many self-service ticket selling and checking equipment are still mastered in foreign enterprises, and these large enterprises attach more and more importance to the business of emerging self-service ticket selling and checking equipment areas, typically, the automatic ticket selling and checking equipment markets in developing countries such as China, and due to the pressure on reducing the manufacturing cost and the like, part of modules are processed locally to reduce the cost and improve the profit, and meanwhile, technical barriers are established through technical patents, commercial secrets and the like to protect the high-profit and moist space of the enterprises. In recent years, self-service ticket selling and checking equipment used in China is basically an introduced transformation project, the localization degree is low, and a certain gap exists between the self-service ticket selling and checking equipment and international advanced application; the development of the domestic self-service ticket selling and checking equipment system starts late, but the system has a high starting point and huge development space. Some practical domestic enterprises are actively invested in research and development work of self-service ticket selling and checking equipment systems, but the enterprises invested in the research and development of the self-service ticket selling and checking equipment in China only have the processing capacity of equipment at present, the design of key parts of the equipment is in an initial stage, a certain distance is left from industrialization, and the enterprises do not have the capacity of providing a complete solution from a software system to hardware equipment. The self-service ticket selling and checking equipment and the self-service ticket selling and checking system lack related standards at home and abroad at present, and most international large enterprises refer to own enterprise standards for production and manufacturing; according to the inconsistency of the reference standards, heavy pressure of spare parts is brought to rail transit operators, equipment replacement is difficult, and maintenance cost is high.
Chinese published patent No. CN204808416U, published date 2015, 11 months and 25 days, the name of the utility model is an automatic ticket vending machine, which relates to an automatic ticket vending machine and belongs to urban rail transit operation equipment. Can realize work such as automatic ticketing, artifical ticketing, settlement and settlement, its characterized in that: the main control module and passenger display of the ticket vending machine are connected with the touch screen, the LED state display, the ticket card reader, the coin module, the paper money receiving module, the one-way ticket vending module, the thermosensitive receipt printer and the uninterrupted power supply in a mode of connecting the main control module and the passenger display with the touch screen, the LED state display, the ticket card reader, the coin module, the paper money receiving module, the one-way ticket vending module, the thermosensitive receipt printer and the uninterrupted power supply on the ticket vending machine, so that the COM component of the ticket vending machine is connected with the control and acquisition device, and the.
But the disadvantages are that only normal ticketing service can be provided, the field information of the destination can not be provided, and the user experience is poor.
Disclosure of Invention
Aiming at the existing automatic ticket vending machine, the invention designs an experiential ticket vending machine which can provide the real-scene information of the selected destination for the user, uses the limb action of the user and the user to complete the interaction, and designs a set of ticket vending mode of the ticket vending machine matched with the experiential ticket vending machine.
An experience formula ticket machine, includes ticket machine organism, ticket business server, differentiates server, communication module, its characterized in that still includes:
the central processor is arranged in the ticket vending machine body, is electrically connected with the communication module, is in communication connection with the ticket service server and is in communication connection with the discrimination server;
the arc display screen is arranged on the display screen on the front side of the ticket vending machine body, the display screen is concave inwards to form a ticket purchasing area, is used for displaying live-action information and ticket purchasing interaction information and is electrically connected with the central processor; the real scene unit is used for collecting real scene information of each region and is in communication connection with the central processor; the sensing unit is arranged at the top end of the front surface of the ticket vending machine body and the top end of the ticket purchasing area, is used for collecting the information of the ticket purchasing area and the waiting ticket purchaser and is electrically connected with the behavior processor; the recognition unit is arranged at the top end of the front surface of the ticket vending machine body and the top end of the ticket purchasing area, is used for judging various behaviors of ticket purchasers and information of waiting ticket purchasers when the tickets are purchased, and is electrically connected with the behavior processor; the behavior processor is arranged in the ticket buying machine body, is used for processing and judging behavior information of ticket purchasers or ticket waiting purchasers, and is electrically connected with the central processor; the payment unit is arranged in the ticket vending machine body, is used for receiving ticket purchasing information and is electrically connected with the central processor; and the ticket drawing unit is arranged in the ticket vending machine body and is electrically connected with the central processor.
The front side of the ticket vending machine body is arranged in the wall body and faces to ticket purchasers and waiting ticket purchasers. The front of the machine body is provided with an arc-shaped upright liquid crystal display screen, and the height of the display screen is about 2 meters and the width of the display screen is about 1 meter. A ticket buying area is formed, so that the front view and the afterglow range of a ticket buyer can be covered by the arc-shaped display screen, and the real scene information can be conveniently provided for the ticket buyer. When a ticket buyer enters a ticket buying area from a non-ticket buying area, the identification unit positioned at the top end of the ticket buying area collects the facial information of the ticket buyer and transmits the information to the discrimination server, the discrimination server calculates and confirms the language used by the ticket buyer and transmits the information to the ticket vending machine, and the ticket vending machine switches the interactive language into the target language. And when the ticket buyer enters the ticket buying area, the arc-shaped display screen displays the live-action information collected by the live-action unit of the station. The person who buys the ticket can send the limb action signal to the ticket vending machine by rotating the head or rotating the body, and the sensing unit and the identification unit which are positioned at the top end of the ticket buying area can process the human body actions and make the ticket vending machine make corresponding feedback. Such as: when the ticket buyer turns right, the live-action information of the arc-shaped display screen can be horizontally moved to the left to display more live-action information. The direction that the body of the ticket buyer faces will display the ticket menu, and when the ticket buyer touches the ticket menu, the identification unit will identify the information represented by the touched position of the ticket buyer and return the information to the central processor. And when the ticket buyer selects the target site, the live-action information is switched to the target site. The ticket buying machine and the arc-shaped display screen can bring immersive ticket buying experience to ticket buyers.
Preferably, the live-action unit includes: the real scene communication module is arranged in the real scene unit, is used for sending real scene information to the GIS server, is electrically connected with the real scene camera and is in communication connection with the GIS server; the live-action cameras are arranged in live-action collection places of various regions, are used for shooting live-action information and are electrically connected with the live-action communication module; and the GIS server is used for integrating the real scene information of each region for the ticket vending machine to use and is in communication connection with the central processor. The live-action units are arranged in the areas near all the sites, and the GIS server counts and collects live-action information to provide the live-action information for the ticket buying machine. The live-action camera forms a connection relation with the ticket buying machine through the GIS server. An intuitive target place experience can be provided for ticket purchasers.
Preferably, the sensing unit includes: the perception cameras are used for identifying 3D information in the ticket purchasing area, and a plurality of perception cameras are arranged at the top end of the ticket purchasing area and are electrically connected with the behavior processor; and the depth camera is used for integrally identifying the depth information in the ticket purchasing area, is arranged at the top end of the ticket purchasing area and is electrically connected with the behavior processor.
Preferably, the identification unit includes: the recognition device of the waiting area is arranged at the top end of the front side of the ticket vending machine body, the collection opening of the recognition device faces the back of the ticket vending area, is used for collecting the information of people waiting for ticket purchasing, and is in communication connection with the discrimination server;
the deflection identification module is arranged in the identification unit, the acquisition port is arranged at the top end of the ticket purchasing area, is used for identifying deflection information of a human body or a head of a ticket purchaser and is electrically connected with the behavior processor; the gesture recognition module is arranged in the recognition unit, the acquisition port is arranged at the top end of the ticket purchasing area, is used for recognizing gesture actions of ticket purchasers and is electrically connected with the behavior processor; and the touch identification module is arranged in the identification unit, is used for identifying the interactive information between the ticket buyer and the arc-shaped display screen, and is electrically connected with the behavior processor.
The sensing unit and the identification unit are arranged on the top of the ticket purchasing area and the top of the front face of the ticket purchasing machine. The sensing area formed by the plurality of identification and sensing units can completely collect the actions of ticket purchasers in the ticket purchasing area, and the information expressed by the corresponding actions can be obtained through the judgment of the action processor. And because of the existence of the identification unit, the arc display screen can be a touch display screen instead of a common liquid crystal display screen.
Preferably, the central processing unit is a high-pass processor for processing the live-action information, processing the information fed back by the action processor, processing the ticket-buying information, and the like. Compared with the existing ticket buying machine, the ticket buying machine has better processor performance, can process tasks in a multithreading mode, and can carry an android operating system.
Android (Android) is a Linux-based operating system of free and open source code. Compared to a chip of a traditional X86arm architecture, the android operating system is for developers: the framework is clear in layering, the language is simple, convenient and easy to learn, and development and customization are convenient; for the operator: the android operating system has an image interface, is simple and convenient to operate and has clear instructions. The android system can simply complete the synthesis work of the ticket business information and the live-action information. The live-action information can be displayed simultaneously with the ticket service information, and feedback can be formed on action information of the ticket purchaser. This can be done by android programming.
Preferably, the payment unit includes: the payment processor is arranged in the payment unit, is used for processing payment information and coordinating real currency transaction, and is electrically connected with the central processor; the currency type identification module is arranged above the currency inlet device, is used for supporting the currency inlet device to identify non-domestic currency and is electrically connected with the currency inlet device; the network payment module is used for receiving network payment information and is electrically connected with the payment processor; the coin inlet is arranged in the payment unit, is used for accepting the payment of coins and paper currencies, is fixedly connected with the coin inlet and is electrically connected with the payment processor; the coin outlet device is arranged in the payment unit, is used for making change and withdrawing counterfeit coins, is fixedly connected with the coin outlet and is electrically connected with the payment processor; the coin inlet is arranged on the front side of the ticket vending machine body, is used for receiving coins and paper money and is fixedly connected with the coin inlet device; the coin storage box is arranged in the payment unit, is used for storing the coins, is fixedly connected with the coin inlet device and is fixedly connected with the coin outlet device; and the coin outlet is arranged on the front surface of the ticket vending machine body, is used for withdrawing the coins and is fixedly connected with the coin outlet device.
Preferably, the network payment module includes: the two-dimension code payment module is arranged in the network payment module and used for generating an effective two-dimension code, receiving and settling payment information of the two-dimension code and electrically connected with the payment processor; the NFC payment module is arranged in the network payment module, is used for confirming NFC payment information and is electrically connected with the payment processor; and the NFC inductor is arranged on the rear side of the arc-shaped display screen and used for receiving NFC information and is electrically connected with the NFC payment module.
The android system can better support the network payment mode, and the payment mode is more consistent with the payment mode of the mobile era compared with the traditional POS payment mode. The payment modes such as the two-dimensional code, the NFC, the Payment treasure and the APPLE PAY are emerging mobile payment modes, the payment modes have the characteristic of convenient initial payment, the payment modes are supported by a large number of smart phone users, and the android system is used as a ticket buying machine system, so that a payment system which is more complete than that of a traditional ticket buying machine is established in the aspect of payment.
Preferably, the ticket issuing unit includes: a ticket outlet arranged on the front surface of the ticket purchasing machine body
The coin inlet, the coin outlet and the ticket outlet are all arranged at the opening of the arc-shaped display screen on the front side of the ticket vending machine. The ticket vending machine is provided with a currency identification module which can identify non-domestic currency and counterfeit currency. When the ticket buyer holds foreign currency, the ticket can be successfully purchased through the ticket vending machine, and convenient ticket purchasing service is provided for foreign friends. When the inserted currency is counterfeit currency or old currency which cannot be circulated, the currency can be returned from the currency outlet and the currency problem can be displayed by the display screen. When the money is valid, the money award is deposited into the money storage box, change is made from the money storage box, and the money is discharged from the money outlet. When the user selects the two-dimension code for payment, the display screen can display the two-dimension code for payment through the central processor and receive the network payment information through the communication module. When the user selects NFC payment, the display screen can display an area for ticket purchasers to use the NFC equipment, and an NFC inductor is arranged behind the area to provide NFC payment for the user. Various payment means can provide more convenient and faster ticket purchasing service for ticket purchasers.
An experiential ticket selling method of a ticket vending machine comprises the following steps:
m1, in the standby state, except the waiting area recognition device, entering the standby operation state;
m2, when a ticket buyer enters the rear part of the ticket buying area, performing a language judging process;
m3, obtaining the result returned by the discrimination server, if there is no previous ticket buyer, waking up the standby device, if there is previous ticket buyer, waiting for the previous ticket to leave;
m4, when the ticket buyer enters the ticket selling area, the preset language is switched to be the common language of the ticket buyer, and the ticket buying process is carried out;
m5, providing multiple payment modes when the ticket buyer selects to pay;
m6, completing payment of the ticket buyer, and outputting the ticket to the ticket buyer through the ticket outlet;
m7, the ticket buyer leaves the ticket buying area, and the process jumps to M1 if the next ticket buyer does not exist, and jumps to M2 if the next ticket buyer exists.
In the step M2, the positioning includes the following sub-steps:
a1: the waiting area identification device continuously scans the area behind the ticket purchasing area;
a2: if the ticket buyer enters the scanning range, scanning the face information of the ticket buyer;
a3: facial features are collected and uploaded to a discrimination server through a communication module;
a4: the discrimination server judges the language information of the ticket buyer by comparing and judging the face information of the ticket buyer;
a5: the discrimination server transmits the result to the ticket purchaser.
In the step M4, the positioning includes the following sub-steps:
b1: when the ticket buyer enters the ticket buyer area, establishing the characteristic information of the ticket buyer, wherein the characteristic information of the nose, the two sides of the extreme side of the face and the chin of the ticket buyer is collected for identification and comparison by the information for quick identification, and if the judgment cannot be carried out, the step B3 is removed;
b2: providing a ticket purchasing menu and live-action information of a current website, providing a button for manually switching display languages of a ticket purchaser, and prompting somatosensory operation and gesture operation information;
b3: whether the spatial position of the nose of the ticket buyer shot by the front camera moves or not, and if the spatial position of the nose of the ticket buyer does not move, the original step is skipped;
b4: if the position of the nose changes, the relative distance between the nose and the most lateral side and the chin shot by the front camera is compared to adjust the position of the live-action information and the ticket purchasing menu displayed by the arc display screen.
B5: the ticket buyer clicks the target site information, switches the live-action display to the live-action information of the selected site, and jumps to B3 for rotation judgment;
b6: whether to perform the action of switching other live-action information of the site, if so, switching the live-action information;
b7: if not, the payment ends the ticket buying process, otherwise, the flow goes to B2.
The invention has the beneficial effects that: the arc display screen who sets up can provide better immersion experience for ticket buyer, has adopted high performance central processing unit can provide stronger operational capability, can experience to bringing better buying tickets for the user through the processing of perception and discernment, supports multiple payment mode and can convenience of customers ticket buying, can purchase ticket owner's language through facial discernment automatic switch, also can be through manual switching ticket buying language.
Drawings
Fig. 1 structural block diagram of ticket vending machine
In the figure: 1. The system comprises a central processor, 2, an arc-shaped display screen, 3, a live-action unit, 4, a sensing unit, 5, an identification unit, 6, a behavior processor, 7, a payment unit, 8, a ticket outlet unit, 9, a live-action communication module, 10, a live-action camera, 11, a GIS server, 12, a sensing camera, 13, a depth-of-field camera, 14, a waiting area identification device, 15, a deflection identification device, 16, a gesture identification device, 17, a touch identification device, 18, a payment processor, 19, a currency identification module, 20, a network payment module, 21, a currency inlet, 22, a currency outlet, 23, a currency inlet, 24, a currency storage box, 25, a currency outlet, 26, a two-dimensional code payment module, 27, an NFC payment module, 28, an NFC sensor, 29, a ticket outlet, 30, a ticket outlet, 31, a discrimination server, 32 and a communication module.
Detailed Description
The technical solution of the present invention is further specifically described below by way of specific examples in conjunction with the accompanying drawings.
Example 1
An experience type ticket vending machine comprises a ticket vending machine body, a ticket service server, a discrimination server 31 and a communication module 32, and further comprises: the central processor 1 is arranged in the ticket vending machine body, one end of the central processor is electrically connected with the communication module 32, and the other end of the central processor is in communication connection with the ticket service server and the discrimination server 31; the arc display screen 2 is arranged on the display screen on the front side of the ticket vending machine body, the display screen is concave inwards to form a ticket purchasing area, and the display screen is electrically connected with the central processor 1; the real scene unit 3 is used for collecting real scene information of each region and is in communication connection with the central processor 1; the sensing unit 4 is arranged at the top end of the front surface of the ticket vending machine body and the top end of the ticket buying area and is electrically connected with the behavior processor 6; the recognition unit 5 is arranged at the top end of the front surface of the ticket vending machine body and the top end of the ticket purchasing area and is electrically connected with the behavior processor 6; the behavior processor 6 is arranged in the ticket buying machine body and is electrically connected with the central processor 1; the payment unit 7 is arranged in the ticket vending machine body and is electrically connected with the central processor 1; and the ticket drawing unit 8 is arranged in the ticket selling machine body and is electrically connected with the central processor 1.
The live-action unit 3 includes: the live-action communication module 9 is arranged in the live-action unit 3, is used for sending live-action information to the GIS server 11, is electrically connected with the live-action camera 10 and is in communication connection with the GIS server 11; the live-action cameras 10 are arranged in live-action collection places of various regions, are used for shooting live-action information and are electrically connected with the live-action communication module 9; and the GIS server 11 is used for collecting the real scene information of each region for the ticket vending machine to use and is in communication connection with the central processor 1. The sensing unit 4 includes: the perception camera 12 is used for identifying 3D information in the ticket purchasing area, and a plurality of perception cameras are arranged at the top end of the ticket purchasing area and are electrically connected with the behavior processor 6; and the depth camera is used for integrally identifying the depth information in the ticket purchasing area, is arranged at the top end of the ticket purchasing area and is electrically connected with the behavior processor 6. The identification unit 5 includes: the waiting area recognition device 14 is arranged at the top end of the front side of the ticket vending machine body, faces the back of a ticket selling area, is used for collecting the information of people waiting for ticket purchasing, and is in communication connection with the discrimination server 31; the deflection identification module is arranged in the identification unit 5, the acquisition port is arranged at the top end of the ticket purchasing area, is used for identifying deflection information of a human body or a head of a ticket purchaser, and is electrically connected with the behavior processor 6; the gesture recognition module is arranged in the recognition unit 5, the acquisition port is arranged at the top end of the ticket purchasing area, is used for recognizing gesture actions of ticket purchasing people and is electrically connected with the behavior processor 6; and the touch identification module is arranged in the identification unit 5, is used for identifying the interactive information between the ticket buyer and the arc-shaped display screen 2, and is electrically connected with the behavior processor 6.
The payment unit 7 includes: the payment processor 18 is arranged in the payment unit 7, is used for processing payment information and coordinating real currency transaction, and is electrically connected with the central processor 1; the currency type identification module 19 is arranged above the currency inlet device 21, is used for supporting the currency inlet device 21 to identify non-domestic currency and is electrically connected with the currency inlet device 21; the network payment module 20 is used for receiving network payment information and is electrically connected with the payment processor 18; the coin inlet 21 is arranged in the payment unit 7, is used for accepting the payment of coins and paper currencies, is fixedly connected with the coin inlet 23 and is electrically connected with the payment processor 18; the coin outlet device 22 is arranged in the payment unit 7, is used for making change and withdrawing counterfeit coins, is fixedly connected with the coin outlet 25 and is electrically connected with the payment processor 18; the coin inlet 23 is arranged on the front side of the ticket vending machine body, is used for receiving coins and paper money and is fixedly connected with the coin inlet 21; a money storage box 24 installed in the payment unit 7, for storing money, fixedly connected to the money inlet 21, and fixedly connected to the money outlet 22; and the coin outlet 25 is arranged on the front surface of the ticket vending machine body, is used for withdrawing the coins and is fixedly connected with the coin outlet 22.
The network payment module 20 includes: the two-dimension code payment module 26 is arranged in the network payment module 20, is used for generating effective two-dimension codes, receiving and settling payment information of the two-dimension codes, and is electrically connected with the payment processor 18; the NFC payment module 27 is installed in the network payment module 20, is used for confirming NFC payment information and is electrically connected with the payment processor 18; and the NFC inductor 28 is installed at the rear side of the arc-shaped display screen 2, is used for receiving NFC information, and is electrically connected with the NFC payment module 27.
The ticket drawing unit 8 includes: the ticket outlet 30 is arranged on the front surface of the ticket purchasing machine body and is fixedly connected with the ticket outlet 29; the ticket dispenser 29 is installed behind the ticket outlet 30, and is electrically connected to the central processor 1 in the gate housing.
An experiential ticket selling method of a ticket vending machine comprises the following steps:
m1, in the standby state, the waiting area recognition device 14 works normally, and the rest enters the standby working state;
m2, when a ticket buyer enters the rear part of the ticket buying area, performing a language judging process;
m3, obtaining the result returned by the discrimination server 31, if there is no previous ticket buyer, waking up the standby device, if there is a previous ticket buyer purchasing the ticket, waiting for the previous ticket leaving;
m4, when the ticket buyer enters the ticket selling area, the preset language is switched to be the common language of the ticket buyer, and the ticket buying process is carried out;
m5, providing multiple payment modes when the ticket buyer selects to pay;
m6, completing the payment of the ticket buyer, and drawing the ticket from the ticket outlet 30 to the ticket buyer;
m7, the ticket buyer leaves the ticket buying area, and the process jumps to M1 if the next ticket buyer does not exist, and jumps to M2 if the next ticket buyer exists.
In the step M2, the positioning includes the following sub-steps:
a1: the waiting area recognition means 14 continuously scans the area behind the ticket buying area;
a2: if the ticket buyer enters the scanning range, scanning the face information of the ticket buyer;
a3: facial features are collected and uploaded to the discrimination server 31 through the communication module 32;
a4: the discrimination server 31 judges the language information of the ticket buyer by comparing and judging the face information of the ticket buyer;
a5: the discrimination server 31 transmits the result to the ticket purchaser.
In the step M4, the positioning includes the following sub-steps:
b1: when the ticket buyer enters the ticket buyer area, establishing the characteristic information of the ticket buyer, wherein the characteristic information of the nose, the two sides of the extreme side of the face and the chin of the ticket buyer is collected for identification and comparison by the information for quick identification, and if the judgment cannot be carried out, the step B3 is removed;
b2: providing a ticket purchasing menu and live-action information of a current website, providing a button for manually switching display languages of a ticket purchaser, and prompting somatosensory operation and gesture operation information;
b3: whether the spatial position of the nose of the ticket buyer shot by the front camera moves or not, and if the spatial position of the nose of the ticket buyer does not move, the original step is skipped;
b4: if the position of the nose changes, the relative distance between the nose and the most lateral side and the chin shot by the front camera is compared to adjust the position of the live-action information and the ticket purchasing menu displayed by the arc display screen 2;
b5: the ticket buyer clicks the target site information, switches the live-action display to the live-action information of the selected site, and jumps to B3 for rotation judgment;
b6: whether to perform the action of switching other live-action information of the site, if so, switching the live-action information;
b7: if not, the payment ends the ticket buying process, otherwise, the flow goes to B2.
In the step M5, the positioning includes the following sub-steps:
c1: displaying a payment menu and current payment information, providing monetary payment and network payment options, and jumping to C5 if network payment is selected;
c2: receiving money, withdrawing unidentifiable money and counterfeit money from the money outlet 25, and returning to the payment step C1;
c3: if other currencies are identified, calculating an exchange rate;
c4: change-making calculation is carried out, change is made from the coin outlet 25, currency is classified and collected into the currency storage box 24, and the process goes to C7;
c5: displaying a two-dimensional code for payment and displaying an area for NFC payment on a screen;
the two-dimensional code is displayed in the central part of the menu, the display frame for NFC payment is displayed in the area with the NFC inductor 28 behind the screen, and the NFC payment is prompted by characters and actions;
c6: waiting for payment information to be read and completed;
c7: the payment process is ended.
In the step B4, the processing method is as follows:
the scanning judgment is carried out by a camera arranged on the front surface, the face information of a ticket buyer is determined, the information of the nose, the chin and the most lateral side of the head is collected every time, and the distance between all parts of a picture shot by the camera is calculated.
When the spatial position of the nose is changed during judgment, but the distance between the nose and the most lateral side of the head and the distance between the nose and the chin are not changed in the picture shot by the camera, the ticket buyer is judged to only perform translation action without changing the picture display.
When the distance between the nose and the left most side of the head is changed in the picture shot by the camera, the distance value between the current position of the nose and the left most side of the head is calculated, and the distance value between the nose and the left most side of the head at the last time is compared.
If the distance value is larger than the last distance value, the head is judged to rotate to the right, and if the distance value is smaller than the last distance value, the head is judged to rotate to the left.
The last distance value is subtracted from the current distance value, and the head diameter is used for calculating the deflection angle.
The angle of the real scene information rotating and deflecting towards the direction of the head rotation is opposite to the angle of the real scene information rotating and deflecting towards the direction of the head rotation.
When the distance between the nose and the chin is changed in the picture shot by the camera, the distance between the current position of the nose and the chin is calculated, and the distance between the nose and the chin at the last time is compared.
If the distance is larger than the previous distance value, it is determined that the head has performed a head-up operation, and if the distance is smaller than the previous distance value, it is determined that the head has performed a head-down operation.
The last distance value is subtracted from the current distance value, and the head diameter is subtracted, so that the head raising or lowering angle is calculated.
And translating the live-action information and the ticket purchasing menu in the head raising or lowering direction, and moving the head raising or lowering angle.
If the above process exceeds the working range of the live-action camera or the implementation of the ticket buyer and moves out of the screen range, the angle of the display is rotated to the most boundary and is not changed until the ticket buyer rotates reversely.
Claims (10)
1. An experience formula ticket machine, includes ticket machine organism, ticket business server, differentiates server, communication module, its characterized in that still includes:
the central processor is arranged in the ticket vending machine body, is electrically connected with the communication module, is in communication connection with the ticket service server and is also in communication connection with the discrimination server;
the ticket vending machine comprises an arc-shaped display screen, a central processor and a display screen, wherein the display screen is arranged on the front surface of the ticket vending machine body, the display screen is concave inwards, a semi-cylindrical area opposite to the display screen is a ticket purchasing area, and the display screen is electrically connected with the central processor;
the real scene unit is used for collecting real scene information of each region and is in communication connection with the central processor;
the sensing unit is arranged at the top end of the front surface of the ticket vending machine body and the top end of the ticket purchasing area and is electrically connected with the behavior processor;
the recognition unit is arranged at the top end of the front surface of the ticket vending machine body and the top end of the ticket purchasing area and is electrically connected with the behavior processor;
the behavior processor is arranged in the ticket buying machine body and is electrically connected with the central processor;
the payment unit is arranged in the ticket vending machine body and is electrically connected with the central processor;
the ticket outlet unit is arranged in the ticket vending machine body and is electrically connected with the central processor;
the ticket vending machine executes the following steps:
m1, in the standby state, the waiting area recognition device works normally, and the rest enters the standby working state;
m2, when a ticket buyer enters the rear part of the ticket buying area, performing a language judging process;
m3, obtaining the result returned by the discrimination server, if there is no previous ticket buyer, waking up the standby device, if there is previous ticket buyer, waiting for the previous ticket to leave;
m4, when the ticket buyer enters the ticket selling area, the preset language is switched to be the common language of the ticket buyer, and the ticket buying process is carried out;
m5, providing multiple payment modes when the ticket buyer selects to pay;
m6, completing payment of the ticket buyer, and outputting the ticket to the ticket buyer through the ticket outlet;
m7, the ticket buyer leaves the ticket buying area, and the process jumps to M1 if the next ticket buyer does not exist, and jumps to M2 if the next ticket buyer exists.
2. An experiential ticket vending machine according to claim 1, characterized in that said live-action unit comprises:
the real scene communication module is arranged in the real scene unit, is used for sending real scene information to the GIS server, is electrically connected with the real scene camera and is in communication connection with the GIS server;
the live-action cameras are arranged in live-action collection places of various regions, are used for shooting live-action information and are electrically connected with the live-action communication module;
and the GIS server is in communication connection with the central processor.
3. An experiential ticket vending machine according to claim 1, characterized in that said sensing unit comprises:
the sensing camera is used for identifying 3D information in the ticket purchasing area, is arranged at the arc-shaped edge of the top end of the ticket purchasing area and is electrically connected with the behavior processor;
and the depth camera is used for integrally identifying the depth information in the ticket purchasing area, is arranged in the center of the top end of the ticket purchasing area and is electrically connected with the behavior processor.
4. An experiential ticket vending machine according to claim 1, characterized in that said identification unit comprises:
the recognition device of the waiting area is arranged at the top end of the front side of the ticket vending machine body, the collection opening of the recognition device faces the back of the ticket vending area, is used for collecting the information of people waiting for ticket purchasing, and is in communication connection with the discrimination server;
the deflection identification module is arranged in the identification unit, the acquisition port is arranged at the top end of the ticket purchasing area, is used for identifying deflection information of a human body or a head of a ticket purchaser and is electrically connected with the behavior processor;
the gesture recognition module is arranged in the recognition unit, the acquisition port is arranged at the top end of the ticket purchasing area, is used for recognizing gesture actions of ticket purchasers and is electrically connected with the behavior processor;
and the touch identification module is arranged in the identification unit, is used for identifying the interactive information between the ticket buyer and the arc-shaped display screen, and is electrically connected with the behavior processor.
5. An experiential ticket vending machine according to claim 1, characterized in that said payment unit comprises:
the payment processor is arranged in the payment unit, is used for processing payment information and coordinating real currency transaction, and is electrically connected with the central processor;
the currency type identification module is arranged above the currency inlet device, is used for supporting the currency inlet device to identify currency and is electrically connected with the currency inlet device;
the network payment module is used for receiving network payment information and is electrically connected with the payment processor;
the coin inlet is arranged in the payment unit, is used for accepting the payment of coins and paper currencies, is fixedly connected with the coin inlet and is electrically connected with the payment processor;
the coin outlet device is arranged in the payment unit, is used for making change and withdrawing counterfeit coins, is fixedly connected with the coin outlet and is electrically connected with the payment processor;
the coin inlet is arranged on the front side of the ticket vending machine body, is used for receiving coins and paper money and is fixedly connected with the coin inlet device;
the coin storage box is arranged in the payment unit, is used for storing the coins, is fixedly connected with the coin inlet device and is fixedly connected with the coin outlet device;
and the coin outlet is arranged on the front surface of the ticket vending machine body, is used for withdrawing the coins and is fixedly connected with the coin outlet device.
6. An experiential ticket vending machine according to claim 5, wherein said network payment module comprises:
the two-dimension code payment module is arranged in the network payment module, is used for generating an effective two-dimension code, receiving and settling the two-dimension code payment information and is electrically connected with the payment processor;
the NFC payment module is arranged in the network payment module, is used for confirming NFC payment information and is electrically connected with the payment processor;
and the NFC inductor is arranged on the rear side of the arc-shaped display screen and used for receiving NFC information and is electrically connected with the NFC payment module.
7. An experiential ticket vending machine according to claim 1, characterized in that said ticket drawing unit comprises:
the ticket outlet is arranged on the front surface of the ticket buying machine body and is fixedly connected with the ticket selling machine;
the ticket outlet machine is arranged behind the ticket outlet, and the gate machine body is internally and electrically connected with the central processor.
8. An experiential ticket vending machine ticketing method, suitable for the experiential ticket vending machine of claim 1, characterized in that:
m1, in the standby state, the waiting area recognition device works normally, and the rest enters the standby working state;
m2, when a ticket buyer enters the rear part of the ticket buying area, performing a language judging process;
m3, obtaining the result returned by the discrimination server, if there is no previous ticket buyer, waking up the standby device, if there is previous ticket buyer, waiting for the previous ticket to leave;
m4, when the ticket buyer enters the ticket selling area, the preset language is switched to be the common language of the ticket buyer, and the ticket buying process is carried out;
m5, providing multiple payment modes when the ticket buyer selects to pay;
m6, completing payment of the ticket buyer, and outputting the ticket to the ticket buyer through the ticket outlet;
m7, the ticket buyer leaves the ticket buying area, and the process jumps to M1 if the next ticket buyer does not exist, and jumps to M2 if the next ticket buyer exists.
9. An experiential ticket vending machine ticketing method according to claim 8, characterized in that said positioning in step M2 comprises the following sub-steps:
a1: the waiting area identification device continuously scans the area behind the ticket purchasing area;
a2: if the ticket buyer enters the scanning range, scanning the face information of the ticket buyer;
a3: facial features are collected and uploaded to a discrimination server through a communication module;
a4: the discrimination server judges the language information of the ticket buyer by comparing and judging the face information of the ticket buyer;
a5: the discrimination server transmits the result to the ticket purchaser.
10. An experiential ticket vending machine ticketing method according to claim 8, characterized in that said positioning in step M4 comprises the following sub-steps:
b1: when a ticket buyer enters a ticket buyer area, establishing characteristic information of the ticket buyer, wherein the characteristic information for quick identification of the information for quick identification is acquired by using the characteristic information of the nose, the two sides of the extreme side of the face and the chin of the ticket buyer for identification and comparison, and if the characteristic information cannot be judged, removing the steps B3 and B4;
b2: providing a ticket purchasing menu and live-action information of a current website, providing a button for manually switching display languages of a ticket purchaser, and prompting somatosensory operation and gesture operation information;
b3: whether the spatial position of the nose of the ticket buyer shot by the front camera moves or not, and if the spatial position of the nose of the ticket buyer does not move, the original step is skipped;
b4: if the position of the nose changes, the relative distance between the nose and the most lateral side and the chin of the head shot by the front camera is compared to carry out position adjustment on the live-action information and the ticket purchasing menu displayed by the arc display screen;
b5: the ticket buyer clicks the target site information, the live-action is switched to display the live-action information of the selected site, and if the live-action information is not removed from the B3, the ticket buyer jumps to the B3 to carry out rotation judgment;
b6: whether to perform the action of switching other live-action information of the site, if so, switching the live-action information;
b7: if not, the payment ends the ticket buying process, otherwise, the flow goes to B2.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710534691.7A CN107464292B (en) | 2017-07-03 | 2017-07-03 | Experience type ticket selling machine and ticket selling method thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710534691.7A CN107464292B (en) | 2017-07-03 | 2017-07-03 | Experience type ticket selling machine and ticket selling method thereof |
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| CN107464292B true CN107464292B (en) | 2020-01-14 |
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| CN109472900A (en) * | 2018-11-02 | 2019-03-15 | 广州新科佳都科技有限公司 | Gate passes through behavioral value device |
| CN109949794B (en) * | 2019-03-14 | 2021-04-16 | 山东远联信息科技有限公司 | Intelligent voice conversion system based on internet technology |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| KR20120122727A (en) * | 2011-04-29 | 2012-11-07 | 한규성 | ticket dispenser using touchscreen and method thereof |
| CN104598656A (en) * | 2013-10-30 | 2015-05-06 | 西安景行数创信息科技有限公司 | Cinema ticketing system based on three-dimensional scene simulation |
| AU2015243934A1 (en) * | 2014-04-07 | 2016-10-27 | Cubic Corporation | Systems and methods for queue management |
| CN205750890U (en) * | 2016-07-01 | 2016-11-30 | 上海久点触控计算机系统股份有限公司 | A kind of automatic machine |
| CN106327709A (en) * | 2016-08-25 | 2017-01-11 | 李申 | Intelligent-analysis self-service transaction system |
| CN106339698A (en) * | 2016-09-30 | 2017-01-18 | 乐视控股（北京）有限公司 | Iris recognition-based ticket purchase method and device |
| CN206946564U (en) * | 2017-07-03 | 2018-01-30 | 浙江建林电子电气股份有限公司 | A kind of experience type ticket machine |
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