KR102536411B1 - Hi-pass based drive thru system apparatus and operating method thereof - Google Patents

Abstract

The present invention discloses a high-pass-based drive-through system device for processing product orders in stores through linkage with a high-pass recognition device and an operating method thereof, therefore, it is possible to support vehicle occupants to purchase products more conveniently. The high-pass-based drive-through system includes: a session maintenance unit which maintains a communication session; a product information storage unit; a member database storing pre-registered vehicle number and payment method information; a table maintenance unit; a product information transmission unit; a payment processing unit; a recording unit which records a plate number of a first vehicle and product information about a first product in correspondence with each other in a product preparation list table; a calculation event generator which generates a calculation event for calculating the expected arrival time of the first vehicle to the store; a time confirmation unit; work instructions; and a delivery instruction unit which transmits a message.

Description

High pass based drive thru system device and its operating method

The present invention relates to a high-pass-based drive-thru system device and method of operating the same.

Recently, with the emergence of various technologies related to electronic commerce, an electronic commerce service for promoting user convenience is attracting attention.

In particular, with the advent of Internet-connectable portable devices such as smart phones and tablet PCs, electronic commerce-related services using portable devices are being actively spread.

Recently, as the use of own vehicles increases, a drive-thru service that allows a driver to enter a store and directly purchase a desired product in the vehicle without getting off the vehicle is attracting attention.

Existing drive-thru systems are limited in number recognition performance using a camera in that they are configured to recognize the license plate of a vehicle using a predetermined camera and then proceed with the product ordering and payment process based on the recognized vehicle number. There were often cases where phase errors occurred.

In this regard, since most of the high-pass terminals are recently installed in vehicles, introduction of a drive-through system using the high-pass system can be considered. Unlike vehicle license plate recognition using a camera, the high-pass system has a very low possibility of error in that the high-pass recognizer is configured to recognize the high-pass terminal mounted on the vehicle using an RF method or an infrared method. .

In addition, in the existing ordering service using a vehicle, a driver enters a store, sees a predetermined menu board, selects a product he/she wants to purchase, and then orders the product from a store employee while providing a payment method such as a credit card to the employee. , a method of delivering the product to the driver was used after the employee processed the payment through the POS (Point of Sales) terminal in the store.

However, in this ordering service, if the product the driver wants to purchase is a product that requires preparation time, such as food, it may take some time to prepare the product, so the driver waits in the vehicle until the product is delivered. There were drawbacks that had to be done.

In order to solve these disadvantages, consider introducing a system that supports the driver to order the product he wants to buy before the driver arrives at the store, and then picks up the product directly through the clerk when the driver arrives at the store. there is.

The present invention provides a high-pass-based drive-through system device and operation method for performing product order processing in a store through interworking with a high-pass recognizer, thereby supporting vehicle occupants to purchase products more conveniently. want to do

According to an embodiment of the present invention, the high-pass recognizer - the high-pass recognizer is a device for recognizing device-specific information of a high-pass terminal mounted in a vehicle and is provided on the vehicle access road of a store - through interworking with A high-pass-based drive-thru system device for processing product orders in a store is a pre-designated high-pass management server. includes a vehicle database in which device-specific information of a high-pass terminal mounted on the vehicle database is stored, and when device-specific information of a high-pass terminal recognized from a vehicle entering the vehicle access road is received from the high-pass recognizer, the vehicle database Is configured to extract a license plate number matching the received device-specific information from and deliver it to the drive-through system device - A session maintainer for maintaining a communication session with a plurality of different products sold in the store a product information storage unit in which product information about the product, including the name and sale price of the product, is stored; vehicle number and payment method information pre-registered for each owner of the plurality of registered vehicles; A member database in which is stored, a first vehicle among the plurality of registered vehicles - a high-pass terminal having, in the first vehicle, first device-specific information registered in the vehicle database included in the high-pass management server is mounted - when a product information provision request command for the plurality of products is received from the electronic terminal of the first owner who owns, after extracting product information for the plurality of products from the product information storage unit, A product information transmitter for transmitting product information on the plurality of products to the electronic terminal, and after the product information on the plurality of products is transmitted to the electronic terminal, an order request for a first product is requested from the electronic terminal When the command is received, the selling price of the first product included in the product information of the first product is checked, and then the first payment method information for the first owner is checked from the member database to determine the first payment method. A payment processing unit that performs payment processing for the sales price of the first product based on information, and when the payment processing for the sales price of the first product is completed, a first payment information for the first owner is obtained from the member database. A recorder for confirming the vehicle number and recording the first vehicle number and product information on the first product in correspondence with each other in the product preparation list table, and the first vehicle number and the first product in the product preparation list table. After product information for the first vehicle is recorded, when the first vehicle arrives on the vehicle access road, the high-pass recognizer recognizes the first device-specific information from the high-pass terminal mounted in the first vehicle, As transmitted to the management server, when the first vehicle number matching the first device-specific information is transmitted from the high-pass management server, recorded in correspondence with the first vehicle number on the product preparation list table and a delivery instructing unit that checks product information of the first product and transmits a product delivery message instructing to deliver the first product to the occupant of the first vehicle to a manager terminal provided in the store.

In addition, according to an embodiment of the present invention, a high-pass recognizer - the high-pass recognizer is a device for recognizing device-specific information of a high-pass terminal mounted in a vehicle and is provided on a vehicle access road of a store - interworking with A method of operating a high-pass-based drive-through system device for processing product orders in a store through a pre-specified high-pass management server - the high-pass management server is a vehicle of a plurality of registered vehicles equipped with a high-pass terminal It includes a vehicle database in which the number and device-specific information of the high-pass terminal installed in each registered vehicle are stored, and the device-specific information of the high-pass terminal recognized from the vehicle entering the vehicle access road is received from the high-pass recognizer. is configured to extract a vehicle number matching the received device-specific information from the vehicle database and transmit it to the drive-thru system device - maintaining a communication session with a plurality of different plural numbers sold in the store maintaining a product information storage unit in which product information on products, the product information including names and selling prices of products, is stored; Maintaining a member database in which vehicle number and payment method information is stored, a first vehicle among the plurality of registered vehicles - in the first vehicle, a vehicle registered in the vehicle database included in the high-pass management server When a product information provision request command for the plurality of products is received from an electronic terminal of a first owner possessing a high-pass terminal having first device-specific information, the plurality of products information storage unit After extracting product information about the products, transmitting the product information on the plurality of products to the electronic terminal, after the product information on the plurality of products is transmitted to the electronic terminal, from the electronic terminal When an order request command for the first product is received, the sales price of the first product included in the product information of the first product is checked, and then the first payment method information for the first owner is checked from the member database. and performing payment processing for the sales price of the first product based on the first payment method information, and when the payment processing for the sales price of the first product is completed, the first Checking the first vehicle number for one owner and recording the first vehicle number and product information on the first product in correspondence with each other in a product preparation list table, the first vehicle number in the product preparation list table and after product information on the first product is recorded, when the first vehicle arrives on the vehicle access road, the high-pass recognizer receives the first device-specific information from a high-pass terminal mounted in the first vehicle. is recognized and transmitted to the high-pass management server, when the first vehicle number matching the first device-specific information is transmitted from the high-pass management server, the first vehicle number is displayed on the product preparation list table. checking product information of the first product recorded in correspondence with and transmitting a product delivery message instructing to deliver the first product to the occupant of the first vehicle to a manager terminal provided in the store; include

The present invention provides a high-pass-based drive-through system device and operation method for performing product order processing in a store through interworking with a high-pass recognizer, thereby helping vehicle occupants to purchase products more conveniently. can

1 is a diagram showing the structure of a high-pass-based drive-through system device according to an embodiment of the present invention.
2 is a flowchart illustrating an operating method of a high-pass-based drive-through system apparatus according to an embodiment of the present invention.

Hereinafter, embodiments according to the present invention will be described in detail with reference to the accompanying drawings. This description is not intended to limit the present invention to specific embodiments, but should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention. While describing each drawing, similar reference numerals have been used for similar components, and unless otherwise defined, all terms used in this specification, including technical or scientific terms, are common knowledge in the art to which the present invention belongs. has the same meaning as commonly understood by the person who has it.

In this document, when a certain component is said to "include", it means that it may further include other components without excluding other components unless otherwise stated. In addition, in various embodiments of the present invention, each component, functional block, or means may be composed of one or more sub-components, and the electrical, electronic, and mechanical functions performed by each component are electronic It may be implemented with various known elements or mechanical elements such as circuits, integrated circuits, ASICs (Application Specific Integrated Circuits), and may be implemented separately or two or more may be integrated into one.

On the other hand, the blocks of the accompanying block diagram or the steps of the flowchart are computer program instructions that perform designated functions by being loaded into a processor or memory of a device capable of data processing, such as a general-purpose computer, a special purpose computer, a portable notebook computer, and a network computer. can be interpreted as meaning Since these computer program instructions may be stored in a memory included in a computer device or in a computer readable memory, the functions described in blocks of a block diagram or steps of a flowchart are produced as a product containing instruction means for performing them. It could be. Further, each block or each step may represent a module, segment or portion of code that includes one or more executable instructions for executing specified logical function(s). Also, it should be noted that in some alternative embodiments, functions mentioned in blocks or steps may be executed out of a predetermined order. For example, two blocks or steps shown in succession may be performed substantially simultaneously or in reverse order, and in some cases, some blocks or steps may be omitted.

1 is a diagram showing the structure of a high-pass-based drive-through system device according to an embodiment of the present invention.

First, in the present invention, the high-pass recognizer 20 may be provided on the vehicle access road of the store. At this time, the high-pass recognizer 20 is configured to recognize device-specific information of the high-pass terminal mounted in the vehicle. It can be. Here, the device-specific information of the high-pass terminal means unique information for identifying each device, and may be a factory serial number, a MAC address, and the like.

Further, in the present invention, a predetermined high-pass management server 10 may exist. The high-pass management server 10 includes vehicle numbers of a plurality of registered vehicles equipped with a high-pass terminal and a high-pass installed in each registered vehicle. It includes a vehicle database in which device-specific information of the terminal is stored. At this time, the high-pass recognizer 20 provided on the vehicle access road recognizes the device-specific information of the high-pass terminal when a vehicle equipped with a high-pass terminal enters the vehicle access road, and the high-pass management server 10 can be sent to Then, when the high-pass management server 10 receives device-specific information of the high-pass terminal recognized from the vehicle entering the vehicle access road from the high-pass recognizer 20, the received device-specific information is received from the vehicle database. A vehicle number matching the information may be extracted and transmitted to the drive-thru system device 110 of the present invention.

In this situation, the session maintaining unit 111 may always maintain a communication session with the high-pass management server 10 in order to receive the license plate number transmitted from the high-pass management server 10 .

The product information storage unit 112 stores product information on a plurality of different products sold in the store (the product information includes product names and selling prices).

For example, information as shown in Table 1 below may be stored in the product information storage unit 112 .

multiple products product information Product 1 Product Information 1 (Name: A, Price: KRW 5,000) Product 2 Product Information 2 (Name: B, Price: KRW 8,000) Product 3 Product Information 3 (Name: C, Price: KRW 10,000) ... ...

The member database 113 stores pre-registered vehicle number and payment method information for each owner of the plurality of registered vehicles.

For example, information as shown in Table 2 below may be stored in the member database 113 .

owners the car's number Payment method information owner 1 111 a 1111 credit card 1 owner 2 123 or 1234 credit card 2 owner 3 321 da 4321 credit card 3 ... ... ...

The product information transmission unit 114 includes a first vehicle 30 among the plurality of registered vehicles (in the first vehicle 30, the first vehicle registered in the vehicle database included in the high-pass management server 10). When a product information provision request command for the plurality of products is received from the electronic terminal 40 of the first owner who owns the high-pass terminal having device-specific information, the product information storage unit 112 After product information on the plurality of products is extracted, the product information on the plurality of products is transmitted to the electronic terminal 40 .

After the product information on the plurality of products is transmitted to the electronic terminal 40, the payment processing unit 115 receives an order request command for the first product from the electronic terminal 40, the product of the first product. After confirming the sales price of the first product included in the information, first payment method information for the first owner is checked from the member database 113, and based on the first payment method information, the first product Performs payment processing for sales price.

For example, when the first owner is referred to as 'Owner 2' and an order request command for 'Product 2' among a plurality of products as shown in Table 1 is received from the electronic terminal 40, the payment processing unit 115 ) checks the selling price of 'Product 2', '8,000 Won', and then proceeds to process the payment for '8,000 Won' based on the information on 'Credit Card 2', which is the payment method information for 'Owner 2'. can be done

When the payment process for the sales price of the first product is completed, the recording unit 116 checks the first vehicle number for the first owner from the member database 113 and stores the first vehicle in the product preparation list table. The number and product information on the first product are recorded in correspondence with each other.

In relation to this, as in the above example, if the first owner is 'Owner 2' and payment for 'Product 2' is completed, the recording unit 116 stores the vehicle number 'Owner 2' for 'Owner 2'. 123 or 1234' is checked, and as shown in Table 3 below, the vehicle number '123 or 1234' and the product information for 'Product 2' can be recorded in correspondence with each other in the product preparation list table.

the car's number product information 123 or 1234 Product Information 2 (Name: B, Price: KRW 8,000)

In this way, after the first vehicle number and product information on the first product are recorded in the product preparation list table, when the first vehicle 30 arrives on the vehicle access road of the store, the high-pass recognizer ( 20) may recognize first device-specific information about the high-pass terminal from the high-pass terminal mounted in the first vehicle 30. Then, the high-pass recognizer 20 may transmit the first device-specific information to the high-pass management server 10 . Then, the high-pass management server 10 extracts the first license plate number matching the first device-specific information from the vehicle database included in the high-pass management server 10, and extracts the drive-thru system of the present invention. device 110.

In relation to this, when it is assumed that 'Owner 2' has moved the first vehicle 30 to the vehicle access road of the store, the high-pass recognizer 20 receives the high-pass terminal from the high-pass terminal mounted in the first vehicle 30. First device-specific information about the terminal may be recognized. Then, the high-pass recognizer 20 may transmit the first device-specific information to the high-pass management server 10 . Then, the high-pass management server 10 extracts the first vehicle number '123 or 1234' that matches the first device-specific information from the vehicle database included in the high-pass management server 10, It can be transmitted to the device 110 of the drive-through system of the present invention.

In this way, when the first vehicle number is transmitted from the high-pass management server 10 to the drive-through system device 110 of the present invention, the delivery instruction unit 117 corresponds to the first vehicle number on the product preparation list table. product information of the first product stored and recorded therein is checked, and a product delivery message instructing to deliver the first product to the occupant of the first vehicle 30 is transmitted to the manager terminal 50 provided in the store. can

In relation to this, as in the above example, it is assumed that the order and payment information of 'Owner 2' is recorded in the product preparation list table as shown in Table 3, and 'Owner 2' transports the first vehicle 30 to the store's As the car moves to the vehicle access road, when it is determined that the drive-thru system device 110 of the present invention receives a license plate number of '123 or 1234' from the high-pass management server 10, the delivery instruction unit 117 It may first be checked whether a vehicle number such as '123 or 1234' is recorded on the product preparation list table.

If the vehicle number '123 or 1234' is not recorded on the product preparation list table, the delivery instructing unit 117 may recognize that no order information exists for 'Owner 2'.

However, as in the above embodiment, if it is confirmed that the vehicle number '123 or 1234' is recorded in the product preparation list table, the delivery instruction unit 117 displays '123 or 1234' on the product preparation list table. Check the product information on 'product 2' recorded in correspondence with the vehicle number called 'product 2' and deliver 'product 2' to 'owner 2', the occupant of the first vehicle, through the manager terminal 150 provided in the store. It is possible to transmit a product delivery message indicating that.

Then, the clerk in the store can see the product delivery message and deliver the 'product 2' to the 'owner 2'.

After all, in the drive-thru system device 110 according to the present invention, when a vehicle owner orders a product through his or her electronic terminal in advance, makes a payment, and then moves to a store by car, through the high-pass system , By recognizing the vehicle and providing a service that allows products to be delivered directly to the owner, ordering and picking up products using the vehicle is supported so that they can be performed more conveniently.

According to one embodiment of the present invention, the drive-through system device 110 may further include an order cancellation unit 118 .

The order cancellation unit 118 stores the information from the Hi-Pass management server 10 until a preset effective time elapses after the first vehicle number and product information on the first product are recorded in the product preparation list table. If the first vehicle number is not transmitted, after canceling the payment for the first product, the first vehicle number and product information on the first product are deleted from the product preparation list table. .

For example, as shown in Table 3 above, after the order and payment information of 'Owner 2' is recorded in the product preparation list table, 'Owner 2' continues until a predetermined effective time (eg, 1 hour) elapses. 1 When the vehicle number '123 or 1234' is not transmitted from the high-pass management server 10 due to not reaching the store using the vehicle 30, the order cancellation unit 118 determines the 'owner 2' After considering that the order of ' has been cancelled, and processing the cancellation of the payment, the vehicle number '123 or 1234' and the product information for 'product 2' may be deleted from the product preparation list table.

According to one embodiment of the present invention, the drive-through system device 110 may further include a table maintenance unit 119, a calculation event generating unit 120, a time confirmation unit 121 and a work instruction unit 122. .

The table maintenance unit 119 stores and maintains a preparation time table in which preset product preparation times for each of the plurality of products are recorded.

Here, the product preparation time means the preparation time required to provide each product to the buyer. For example, if the product is 'coffee', to manufacture 'coffee' and provide it to the buyer in a timely manner. As a required time, '10 minutes' can be a product preparation time for 'coffee'.

In this regard, information as shown in Table 4 below may be recorded in the preparation time table.

multiple products product preparation time Product 1 10 minutes Product 2 20 minutes Product 3 35 minutes ... ...

When the first vehicle number and the product information on the first product are recorded in the product preparation list table, the calculation event generation unit 120 sends information from the electronic terminal 40 to the electronic terminal 40 at preset collection intervals. A calculation event for collecting location information of ) and calculating an estimated arrival time of the first vehicle 30 to the store whenever the number of accumulated location information is increased by n (where n is a natural number of 3 or more). causes

For example, when the collection period is '10 seconds' and n is '10', the calculation event generating unit 120 determines the location of the electronic terminal 40 from the electronic terminal 40 at intervals of '10 seconds'. Information is collected, and whenever the cumulative collection number of the location information increases by '10', that is, '10, 20, 30, ...', the first vehicle 30 A calculation event for calculating an expected arrival time to the store of may be generated.

When the calculation event occurs, the time confirmation unit 121 determines the arrival of the first vehicle 30 to the store based on the plurality of location information collected from the electronic terminal 40 until the calculation event occurs. After calculating the expected time, it is checked whether the expected arrival time is within the first product preparation time by checking the first product preparation time for the first product from the preparation time table.

At this time, according to one embodiment of the present invention, the time confirmation unit 121 may include a map data storage unit 123, a calculation unit 124, a regression equation generation unit 125, and a calculation unit 126. .

The map data storage unit 123 stores map data for searching for a moving route of a vehicle.

When the calculation event occurs, the calculation unit 124 determines the moving path according to the case of moving by vehicle from a point according to each of the plurality of location information collected from the electronic terminal 40 to the store until the time when the calculation event occurs. After searching for , a plurality of moving distances according to the case of moving by vehicle from a point according to each of the plurality of location information to the store is calculated by calculating a moving distance according to the searched moving path.

For example, when it is assumed that a total of '40 pieces' of location information has been collected from the electronic terminal 40 up to the point at which the calculation event occurs, the calculation unit 124 calculates the store from a point according to each of the '40 pieces of location information. After searching for a movement route according to the case of moving to the store by vehicle, by calculating a movement distance according to the searched movement route, '40' according to the case of moving from a point according to each of the '40' location information to the store by vehicle The dog's travel distances can be calculated.

When the plurality of movement distances are calculated, the regression formula generation unit 125 performs linear regression analysis by designating the time at which the plurality of location information was collected as an independent variable and the plurality of movement distances as a dependent variable, create an expression

For example, as in the above example, when it is assumed that '40' movement distances are calculated through the calculation unit 124, the regression equation generating unit 125 calculates the '40' location information collected at the 'time'. _{Regression _ _ _ _} expressions can be created.

In this regard, the '40' travel distances calculated through the calculation unit 124 tend to gradually decrease over time in that there is a high possibility that the first vehicle 30 is coming to the store in general. will be. Accordingly, a function having a negative slope may be calculated from the regression equation.

When the regression equation is generated, the calculation unit 126 predicts the time at which the moving distance becomes '0' based on the regression equation, and calculates the time remaining until the predicted time based on the current time as the expected arrival time. calculated in time

In relation to this, when the regression equation calculated through the regression expression generating unit 125 is 'y=a+bx', the calculating unit 126 calculates the 'x' value of 'y=0' as 't _e ' and After the same prediction, when the current time is 't _c ', 't _e -t _c ' can be calculated as the expected arrival time.

In this way, when the expected arrival time is calculated, the task instructing unit 122 provides the first product to the buyer through the manager terminal 50 when it is confirmed that the expected arrival time is within the first product preparation time. Sends a work order message instructing to start preparation work for

In this regard, when the expected arrival time is calculated as '9 minutes and 30 seconds' and the first product preparation time is '10 minutes', since the expected arrival time is within the first product preparation time, the work instruction unit Step 122 may transmit a work instruction message instructing the manager terminal 50 to start preparation work for providing the first product to the buyer.

Through this, the clerk of the store sees the work instruction message received in the manager terminal 50 and prepares the first product in advance, so that when the first vehicle 30 arrives at the store, the first product Products can be provided to the occupants of the first vehicle 30 in a timely manner.

The drive-through system device 110 according to an embodiment of the present invention performs user authentication for the owner to increase security when the owner of the vehicle orders a product and makes a payment through the order service of the present invention. It may further include a configuration that

In this regard, the payment processing unit 115 includes a password storage unit 127, a public key storage unit 128, a function storage unit 129, an authentication event generator 130, a random number generator 131, a designation unit ( 132), a signature request unit 133, and an authentication processing unit 134.

The password storage unit 127 stores k (k is a natural number equal to or greater than 2) digit password previously issued to each owner of the plurality of registered vehicles.

In relation to this, when k is '5', information as shown in Table 5 below may be stored in the password storage unit 127.

owners password owner 1 1 2 3 4 5 owner 2 56789 owner 3 13579 ... ...

In the public key storage unit 128, a private key previously issued to the owner of each of the plurality of registered vehicles (the private key of each owner of the plurality of registered vehicles is pre-stored in the electronic terminal of each owner) There is stored a ball caster corresponding to .

In relation to this, the public key storage unit 128 may store information as shown in Table 6 below.

owners public key owner 1 public key 1 owner 2 public key 2 owner 3 public key 3 ... ...

A preset pseudo random number generating function is stored in the function storage unit 129 .

When an order request command for the first product is received from the electronic terminal 40, the authentication event generating unit 130 generates an authentication event for performing user authentication on the first owner.

When the authentication event occurs, the random number generation unit 131 checks the first license plate number for the first owner from the member database 113, and determines which number has the largest size among numbers constituting the first license plate number. A first random number and a second random number are generated by selecting a first number and a second number having a minimum size, and then inputting the first number and the second number as seeds to the pseudorandom number generation function, respectively. .

In relation to this, when the first owner is referred to as 'Owner 2' and the vehicle number of 'Owner 2' is '123 or 1234', the random number generator 131 determines the number with the largest size in '123 or 1234'. After selecting '4' as the number 1 and '1' as the second number having the smallest size, the first random number may be generated by inputting '4' as a seed to the pseudo random number generation function, and the pseudo random number may be generated. The second random number may be generated by inputting '1' to the function as a seed.

The assigning unit 132 concatenates the first random number and the second random number to generate a concatenated number, checks the first password for the first owner from the password storage unit 127, and configures the first password. After generating a convolution vector by performing convolution between a vector having each digit of the concatenated number as a component and a vector having each digit of the concatenated number as a component, the convolution vector is , is specified as a verification value for signature verification.

For example, when the first random number is '123', the second random number is '567', and the first password is '56789', the designation unit 132 concatenates the first random number and the second random number After generating the concatenated number '123567', '[5 6 7 8 9]', a vector having each digit constituting the first password '56789' as components, and the concatenated number '123567' After generating the convolution vector by performing convolution between '[1 2 3 5 6 7]', which is a vector having the numbers of each digit constituting , as a component, the convolution vector is used as a verification value for signature verification. can be specified as

The signature request unit 133 transmits the pseudo-random number generation function to the electronic terminal 40 and, at the same time, transmits an electronic signature request based on a password and vehicle number.

At this time, according to one embodiment of the present invention, when the electronic terminal 40 receives the pseudo random number generation function and the electronic signature request from the drive-through system device 110, the electronic terminal 40 allows the first owner to An input message instructing to input a password and license plate number for signature may be displayed.

At this time, when the first owner sees the input message and inputs the first password and the first vehicle number on the electronic terminal 40, the electronic terminal 40 receives the numbers constituting the first vehicle number. By selecting the first number having the largest size and the second number having the smallest size among them, and inputting the first number and the second number as seeds to the pseudorandom number generation function, respectively, the first random number and After generating the second random number, the first random number and the second random number are concatenated to generate the concatenated number, and a vector having each digit number constituting the first password as a component, and the concatenated number After generating the convolution vector by performing convolution between vectors having each digit of the constituting digit as a component, the convolution vector is converted to the first private key of the first owner stored on the electronic terminal 40. By encrypting, a first electronic signature value may be generated.

In relation to this, as in the above example, when the first password is '56789' and the first vehicle number is '123 or 1234', the random number generator 131 sets the maximum size at '123 or 1234'. After selecting '4' as the first number and '1' as the second number having the smallest size, the first random number may be generated by inputting '4' as a seed to the pseudo-random number generating function, and the pseudo-random number may be generated. The second random number may be generated by inputting '1' as a seed to the random number generating function.

At this time, when it is assumed that the first random number is '123' and the second random number is generated as '567', the electronic terminal 40 concatenates the first random number and the second random number to obtain a concatenated number of '123567'. After generation, '[5 6 7 8 9]', a vector having each digit number constituting '56789', the first password, and each digit constituting the concatenated number '123567' After generating the convolution vector by performing convolution between '[1 2 3 5 6 7]', which is a vector having as a component, the convolution vector is converted to the first convolution vector stored on the electronic terminal 40. By encrypting with the first private key of the owner, the first electronic signature value may be generated.

In this way, when the electronic terminal 40 generates the first electronic signature value, it may transmit the first electronic signature value to the drive-through system device 110 of the present invention.

For this reason, when the first electronic signature value is received from the electronic terminal 40 to the drive-through system device 110 of the present invention, the authentication processing unit 134 provides information to the first owner from the public key storage unit 128. After generating a decryption value by extracting a first public key for and decrypting the first electronic signature value based on the first public key, the decryption value matches the convolution vector specified as the verification value. If it is confirmed that it does, user authentication for the first owner may be completed.

2 is a high-pass recognizer according to an embodiment of the present invention (the high-pass recognizer is equipment for recognizing device-specific information of a high-pass terminal mounted in a vehicle and is provided on a vehicle access road of a store) It is a flow chart illustrating an operation method of a high-pass-based drive-through system device for performing product order processing in a store through interlocking.

In step S210, a pre-designated high-pass management server (the high-pass management server is a vehicle database in which vehicle numbers of a plurality of registered vehicles equipped with high-pass terminals and device-specific information of high-pass terminals installed in each registered vehicle are stored) is stored. and when device-specific information of a high-pass terminal recognized from a vehicle entering the vehicle access road is received from the high-pass recognizer, a vehicle number matching the received device-specific information is obtained from the vehicle database. and maintains a communication session with the drive-thru system device).

In step S220, a product information storage unit in which product information on a plurality of different products sold in the store (the product information includes product names and selling prices) is stored.

In step S230, a member database in which pre-registered vehicle number and payment method information for each owner of the plurality of registered vehicles is stored is maintained.

In step S240, a first vehicle among the plurality of registered vehicles (a high-pass terminal having first device-specific information registered in the vehicle database included in the high-pass management server is installed in the first vehicle). When a product information provision request command for the plurality of products is received from the electronic terminal of the first owner who owns the product information), after extracting the product information for the plurality of products from the product information storage unit, the plurality of products and transmits product information on the products of the electronic terminal.

In step S250, if an order request command for a first product is received from the electronic terminal after the product information on the plurality of products is transmitted to the electronic terminal, the product information included in the product information on the first product is received. After checking the selling price of the first product, checking the first payment method information for the first owner from the member database, and processing the payment for the selling price of the first product based on the first payment method information do

In step S260, when payment for the sales price of the first product is completed, the first vehicle number for the first owner is checked from the member database, and the first vehicle number and number are displayed in the product preparation list table. Product information on the first product is recorded in association with each other.

In step S270, after the first vehicle number and product information on the first product are recorded in the product preparation list table, the high-pass recognizer detects the first vehicle as it arrives on the vehicle access road. As the high-pass terminal installed in the first vehicle recognizes the first device-specific information and transmits it to the high-pass management server, the first vehicle number that matches the first device-specific information from the high-pass management server is transmitted, check the product information of the first product recorded on the product preparation list table corresponding to the first vehicle number, and send the first product to the manager terminal provided in the store. Transmits a product delivery message instructing delivery to the occupant of the vehicle.

At this time, according to an embodiment of the present invention, in the method of operating the drive-thru system device, after the first vehicle number and the product information on the first product are recorded in the product preparation list table, a preset effective time is set. If the first vehicle number is not transmitted from the high-pass management server until elapsed, after canceling the payment for the first product, the first vehicle number and the A step of deleting product information on the first product may be further included.

In addition, according to one embodiment of the present invention, the operating method of the drive-through system device is a preset product preparation time for each of the plurality of products (the product preparation time is required to provide each product to the buyer). storing and maintaining a preparation time table in which preparation time) is recorded, when the first vehicle number and product information on the first product are recorded in the product preparation list table, at preset collection intervals , The location information of the electronic terminal is collected from the electronic terminal, and the expected arrival time of the first vehicle to the store whenever the number of cumulatively collected location information increases by n (n is a natural number equal to or greater than 3) Generating a calculation event for calculating , when the calculation event occurs, the arrival of the first vehicle to the store based on a plurality of location information collected from the electronic terminal until the calculation event occurs. After calculating the expected time, checking the first product preparation time for the first product from the preparation time table, checking whether the expected arrival time is within the first product preparation time, and the expected arrival time When it is determined that the first product preparation time is within the first product preparation time, the method may further include transmitting, to the manager terminal, a work instruction message instructing to start a preparation work for providing the first product to the buyer.

At this time, according to an embodiment of the present invention, the checking may include maintaining a map data storage unit in which map data for searching a moving route of a vehicle is stored, and when the calculation event occurs, the time when the calculation event occurs After searching for a movement path according to the case of moving by vehicle from a point according to each of the plurality of location information collected from the electronic terminal to the store, and then calculating a movement distance according to the searched movement path, the plurality of locations Calculating a plurality of moving distances according to the case of moving by vehicle from a point according to each piece of information to the store, when the plurality of moving distances are calculated, the time at which the plurality of location information is collected as an independent variable, Generating a regression equation by designating moving distances of as dependent variables and performing linear regression analysis, and when the regression equation is generated, predicting the time at which the moving distance becomes '0' based on the regression equation , calculating a time remaining until the predicted time based on the current time as the expected arrival time.

In addition, according to one embodiment of the present invention, in step S250, a password storage unit in which k (k is a natural number of 2 or more) digit password previously issued to each owner of the plurality of registered vehicles is stored is maintained. The step of digging a hole corresponding to a private key previously issued to the owner of each of the plurality of registered vehicles (the private key of the owner of each of the plurality of registered vehicles is pre-stored in an electronic terminal of each owner). Maintaining a public key storage unit in which is stored; maintaining a function storage unit in which a preset pseudo-random number generating function is stored; when an order request command for the first product is received from the electronic terminal, the first owner Generating an authentication event for performing user authentication for, when the authentication event occurs, checking the first vehicle number for the first owner from the member database, and numbers constituting the first vehicle number. After selecting the first number with the largest size and the second number with the smallest size among them, and inputting the first number and the second number as seeds to the pseudorandom number generation function, respectively, the first random number and the second random number generating a concatenated number by concatenating the first random number and the second random number, checking the first password for the first owner from the password storage unit, and each digit constituting the first password. By performing convolution between a vector having the number of as a component and a vector having each digit constituting the concatenated number as a component, the convolution vector is generated, and then the convolution vector is used as a verification value for signature verification. designating as, transmitting the pseudo random number generating function to the electronic terminal and simultaneously transmitting an electronic signature request based on a password and vehicle number, from the electronic terminal in response to the electronic signature request. A first electronic signature value (the first electronic signature value, when the electronic terminal receives the pseudo random number generating function and the electronic signature request, the electronic terminal receives the first password and the first vehicle from the first owner) After receiving the number, the first number having the largest size and the second number having the smallest size are selected among the numbers constituting the first vehicle number, and the pseudo random number generating function selects the first number and the second number. After generating the first random number and the second random number by inputting second numbers as seeds, respectively, generating the concatenated number by concatenating the first random number and the second random number, and configuring the first password After generating the convolution vector by performing a convolution between a vector having each digit as a component and a vector having each digit constituting the concatenated number as a component, the convolution vector is placed on the electronic terminal. When a signature value generated by encrypting with a first private key of the first owner stored in ) is received, a first public key for the first owner is extracted from the public key storage unit, and the first public key After generating a decryption value by decrypting the first electronic signature value based on, when it is confirmed that the decryption value matches the convolution vector specified as the verification value, user authentication for the first owner is performed. Completion processing may be included.

In the above, with reference to FIG. 2 , the method of operating the drive-thru system apparatus according to an embodiment of the present invention has been described. Here, since the operation method of the drive-through system device according to an embodiment of the present invention may correspond to the configuration of the operation of the drive-through system device 110 described with reference to FIG. 1, a detailed description thereof will be omitted. do it with

A method of operating a drive-through system device according to an embodiment of the present invention may be implemented as a computer program stored in a storage medium for execution through a combination with a computer.

In addition, the operating method of the drive-through system device according to an embodiment of the present invention may be implemented in the form of computer program instructions for execution through combination with a computer and recorded on a computer readable medium. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. Program instructions recorded on the medium may be those specially designed and configured for the present invention or those known and usable to those skilled in computer software. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks and magnetic tapes, optical media such as CD-ROMs and DVDs, and magnetic media such as floptical disks. - includes hardware devices specially configured to store and execute program instructions, such as magneto-optical media, and ROM, RAM, flash memory, and the like. Examples of program instructions include high-level language codes that can be executed by a computer using an interpreter, as well as machine language codes such as those produced by a compiler.

As described above, the present invention has been described by specific details such as specific components and limited embodiments and drawings, but these are provided to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments. , Those skilled in the art in the field to which the present invention belongs can make various modifications and variations from these descriptions.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and it will be said that not only the claims to be described later, but also all modifications equivalent or equivalent to these claims belong to the scope of the present invention. .

110: drive-thru system unit
111: session maintenance unit 112: product information storage unit
113: member database 114: product information storage unit
115: payment processing unit 116: register
117: delivery instruction unit 118: order cancellation unit
119: table maintenance unit 120: calculation event generating unit
121: time confirmation unit 122: work instruction unit
123: map data storage unit 124: calculation unit
125: regression equation generation unit 126: calculation unit
127: password storage unit 128: public key storage unit
129: function designation unit 130: authentication event generation unit
131: random number generation unit 132: designation unit
133: signature request unit 134: authentication processing unit
10: High pass management server
20: high pass recognizer
30: first vehicle
40: electronic terminal
50: manager terminal

Claims (12)

High-pass recognizer - The high-pass recognizer is a device for recognizing device-specific information of a high-pass terminal mounted in a vehicle, and is provided on the vehicle access road of a store - Performing product order processing in a store through interworking with In the high-pass-based drive-through system device for
Pre-designated high-pass management server - The high-pass management server includes a vehicle database in which vehicle numbers of a plurality of registered vehicles equipped with high-pass terminals and device-specific information of high-pass terminals mounted in each registered vehicle are stored, When device-specific information of a high-pass terminal recognized from a vehicle entering the vehicle access road is received from the high-pass recognizer, a license plate number matching the received device-specific information is extracted from the vehicle database and the drive-through is performed. configured to transmit to a system device - a session maintenance unit for maintaining a communication session with;
a product information storage unit storing product information on a plurality of different products sold in the store, wherein the product information includes product names and selling prices;
a member database in which pre-registered vehicle numbers and payment method information for owners of each of the plurality of registered vehicles are stored;
Preset product preparation time for each of the plurality of products - The product preparation time means the preparation time required to provide each product to the buyer - Table maintenance for storing and maintaining this recorded preparation time table wealth;
Among the plurality of registered vehicles, a first vehicle is equipped with a high-pass terminal having first device-specific information registered in the vehicle database included in the high-pass management server. When a product information provision request command for the plurality of products is received from an electronic terminal of a first owner, product information for the plurality of products is extracted from the product information storage unit, and information on the plurality of products is obtained. a product information transmitter for transmitting product information to the electronic terminal;
After the product information on the plurality of products is transmitted to the electronic terminal, when an order request command for the first product is received from the electronic terminal, the first product included in the product information of the first product is sold. After confirming the price, a payment processing unit that checks first payment method information for the first owner from the member database, and performs payment processing for the sales price of the first product based on the first payment method information. ;
When payment for the sales price of the first product is completed, the first vehicle number for the first owner is checked from the member database, and the first vehicle number and the first product are displayed in the product preparation list table. a recording unit for recording product information corresponding to each other;
When product information on the first vehicle number and the first product is recorded in the product preparation list table, location information of the electronic terminal is collected from the electronic terminal at a predetermined collection period interval, and a calculation event generating unit generating a calculation event for calculating an expected arrival time of the first vehicle to the store whenever the number of accumulated collections increases by n (where n is a natural number equal to or greater than 3);
When the calculation event occurs, the expected arrival time of the first vehicle to the store is calculated based on a plurality of location information collected from the electronic terminal until the time when the calculation event occurs, and then the preparation time table a time checking unit which checks a first product preparation time for the first product from and confirms whether the expected arrival time is within the first product preparation time;
When it is determined that the expected arrival time is within the first product preparation time, a work instruction unit for transmitting a work instruction message instructing a manager terminal to start a preparation work for providing the first product to a buyer; and
When the first vehicle arrives on the vehicle access road, the high-pass recognizer recognizes the first device-specific information from the high-pass terminal mounted in the first vehicle and transmits the first device-specific information to the high-pass management server. When the first vehicle number matching the first device-specific information is transmitted from the high-pass management server, product information of the first product recorded in correspondence with the first vehicle number on the product preparation list table Delivery instructing unit for transmitting a product delivery message instructing to deliver the first product to the occupants of the first vehicle, to a manager terminal provided in the store after confirmation.
including,
The time check unit
a map data storage unit storing map data for searching for a moving route of a vehicle;
When the calculation event occurs, a movement path according to the case of moving by vehicle from a point according to each of the plurality of location information collected from the electronic terminal to the store is searched until the time when the calculation event occurs, and then the searched movement a calculation unit that calculates a plurality of moving distances according to a case in which a vehicle moves from a point according to each of the plurality of location information to the store by calculating a moving distance according to a route;
When the plurality of moving distances are calculated, a regression equation generating unit for generating a regression equation by performing a linear regression analysis by designating the time at which the plurality of location information was collected as an independent variable and the plurality of moving distances as a dependent variable. ; and
When the regression equation is generated, a calculation unit that predicts the time at which the moving distance becomes '0' based on the regression equation, and then calculates the time remaining until the predicted time as the expected arrival time based on the current time.
A drive-thru system device comprising a. According to claim 1,
When the first vehicle number is not transmitted from the high-pass management server until a preset effective time elapses after the first vehicle number and product information on the first product are recorded in the product preparation list table , After canceling the payment for the first product, an order cancellation unit for deleting the first vehicle number and product information on the first product from the product preparation list table.
A drive-thru system device further comprising a. delete delete According to claim 1,
The payment processor
a password storage unit in which a password of k digits (k is a natural number equal to or greater than 2) previously issued to the owner of each of the plurality of registered vehicles is stored;
The private key pre-issued for the owner of each of the plurality of registered vehicles, wherein the private key of the owner of each of the plurality of registered vehicles is pre-stored in the electronic terminal of each owner. a public key storage unit;
a function storage unit in which a preset pseudorandom number generating function is stored;
an authentication event generating unit configured to generate an authentication event for user authentication of the first owner when an order request command for the first product is received from the electronic terminal;
When the authentication event occurs, the first vehicle number of the first owner is checked from the member database, and a first number having the largest size and a second number having the smallest size among numbers constituting the first vehicle number are checked. a random number generator configured to generate a first random number and a second random number by selecting two numbers and inputting the first number and the second number as seeds to the pseudo random number generating function;
A concatenated number is generated by concatenating the first random number and the second random number, the first password for the first owner is checked from the password storage unit, and each digit constituting the first password is used as a component. After generating a convolution vector by performing convolution between a vector having digits constituting the concatenated number and a vector having each digit constituting the concatenated number as a component, the convolution vector is used as a verification value for signature verification. designation part to designate;
a signature requesting unit for transmitting an electronic signature request based on a password and vehicle number while transmitting the pseudo random number generation function to the electronic terminal; and
A first electronic signature value as a response to the electronic signature request from the electronic terminal - the first electronic signature value, when the electronic terminal receives the pseudo random number generation function and the electronic signature request, the electronic terminal After receiving the first password and the first vehicle number from the first owner, select the first number having the largest size and the second number having the smallest size among the numbers constituting the first vehicle number, , After generating the first random number and the second random number by inputting the first number and the second number as seeds to the pseudo random number generation function, the first random number and the second random number are concatenated to By generating a concatenated number and performing a convolution between a vector having each digit constituting the first password as a component and a vector having each digit constituting the concatenated number as a component, the convolution vector After generating, by encrypting the convolution vector with the first private key of the first owner stored on the electronic terminal, the generated signature value is received. After generating a decryption value by extracting a first public key and decrypting the first electronic signature value based on the first public key, the decryption value matches the convolution vector designated as the verification value. If confirmed, the authentication processor completes user authentication for the first owner.
Drive-thru system device comprising a. High-pass recognizer - The high-pass recognizer is a device for recognizing device-specific information of a high-pass terminal mounted in a vehicle, and is provided on the vehicle access road of a store - Performing product order processing in a store through interworking with In the operating method of a high-pass-based drive-through system device for
Pre-designated high-pass management server - The high-pass management server includes a vehicle database in which vehicle numbers of a plurality of registered vehicles equipped with high-pass terminals and device-specific information of high-pass terminals mounted in each registered vehicle are stored, When device-specific information of a high-pass terminal recognized from a vehicle entering the vehicle access road is received from the high-pass recognizer, a license plate number matching the received device-specific information is extracted from the vehicle database and the drive-through is performed. configured to communicate to a system device - maintaining a communication session with;
maintaining a product information storage unit storing product information on a plurality of different products sold in the store, wherein the product information includes product names and selling prices;
maintaining a member database in which pre-registered vehicle numbers and payment method information for owners of each of the plurality of registered vehicles are stored;
Preset product preparation time for each of the plurality of products - the product preparation time means a preparation time required to provide each product to a buyer - storing and maintaining a table of recorded preparation times;
Among the plurality of registered vehicles, a first vehicle is equipped with a high-pass terminal having first device-specific information registered in the vehicle database included in the high-pass management server. When a product information provision request command for the plurality of products is received from an electronic terminal of a first owner, product information for the plurality of products is extracted from the product information storage unit, and information on the plurality of products is obtained. transmitting product information to the electronic terminal;
After the product information on the plurality of products is transmitted to the electronic terminal, when an order request command for the first product is received from the electronic terminal, the first product included in the product information of the first product is sold. After checking the price, checking first payment method information for the first owner from the member database, and performing payment for the sales price of the first product based on the first payment method information;
When payment for the sales price of the first product is completed, the first vehicle number for the first owner is checked from the member database, and the first vehicle number and the first product are displayed in the product preparation list table. recording product information corresponding to each other;
When product information on the first vehicle number and the first product is recorded in the product preparation list table, location information of the electronic terminal is collected from the electronic terminal at a predetermined collection period interval, and generating a calculation event for calculating an expected arrival time of the first vehicle to the store whenever the number of accumulated collections increases by n (n is a natural number equal to or greater than 3);
When the calculation event occurs, the expected arrival time of the first vehicle to the store is calculated based on a plurality of location information collected from the electronic terminal until the time when the calculation event occurs, and then the preparation time table Checking a first product preparation time for the first product from the step of checking whether the expected arrival time is within the first product preparation time;
If it is confirmed that the expected arrival time is within the first product preparation time, transmitting a work instruction message instructing a manager terminal to start a preparation work for providing the first product to a buyer; and
When the first vehicle arrives on the vehicle access road, the high-pass recognizer recognizes the first device-specific information from the high-pass terminal mounted in the first vehicle and transmits the first device-specific information to the high-pass management server. When the first vehicle number matching the first device-specific information is transmitted from the high-pass management server, product information of the first product recorded in correspondence with the first vehicle number on the product preparation list table confirming and transmitting a product delivery message instructing to deliver the first product to the occupant of the first vehicle to a manager terminal provided in the store;
including,
The steps to check are
maintaining a map data storage unit in which map data for searching a moving route of the vehicle is stored;
When the calculation event occurs, a movement path according to the case of moving by vehicle from a point according to each of the plurality of location information collected from the electronic terminal to the store is searched until the time when the calculation event occurs, and then the searched movement Calculating a plurality of moving distances according to a case of moving by a vehicle from a point according to each of the plurality of location information to the store by calculating a moving distance according to a route;
generating a regression equation by performing a linear regression analysis by specifying the time at which the plurality of location information was collected as an independent variable and the plurality of movement distances as a dependent variable when the plurality of movement distances are calculated; and
When the regression equation is generated, predicting the time at which the moving distance becomes '0' based on the regression equation, and then calculating the time remaining until the predicted time as the expected arrival time based on the current time.
A method of operating a drive-thru system device comprising a. According to claim 6,
When the first vehicle number is not transmitted from the high-pass management server until a preset effective time elapses after the first vehicle number and product information on the first product are recorded in the product preparation list table After canceling the payment for the first product, deleting the first vehicle number and product information on the first product from the product preparation list table.
A method of operating a drive-thru system device further comprising a. delete delete According to claim 6,
The step of performing the payment processing is
maintaining a password storage unit in which a password of k digits (k is a natural number equal to or greater than 2) previously issued to the owner of each of the plurality of registered vehicles is stored;
The private key pre-issued for the owner of each of the plurality of registered vehicles, wherein the private key of the owner of each of the plurality of registered vehicles is pre-stored in the electronic terminal of each owner. maintaining a public key storage unit;
maintaining a function storage unit in which a preset pseudorandom number generating function is stored;
generating an authentication event for user authentication of the first owner when an order request command for the first product is received from the electronic terminal;
When the authentication event occurs, the first vehicle number of the first owner is checked from the member database, and a first number having the largest size and a second number having the smallest size among numbers constituting the first vehicle number are checked. generating a first random number and a second random number by selecting two numbers and inputting the first number and the second number as seeds to the pseudo random number generation function, respectively;
A concatenated number is generated by concatenating the first random number and the second random number, the first password for the first owner is checked from the password storage unit, and each digit constituting the first password is used as a component. After generating a convolution vector by performing convolution between a vector having digits constituting the concatenated number and a vector having each digit constituting the concatenated number as a component, the convolution vector is used as a verification value for signature verification. specifying;
Transmitting, to the electronic terminal, the pseudo random number generating function and at the same time, transmitting an electronic signature request based on a password and vehicle number; and
A first electronic signature value as a response to the electronic signature request from the electronic terminal - the first electronic signature value, when the electronic terminal receives the pseudo random number generation function and the electronic signature request, the electronic terminal After receiving the first password and the first vehicle number from the first owner, select the first number having the largest size and the second number having the smallest size among the numbers constituting the first vehicle number, , After generating the first random number and the second random number by inputting the first number and the second number as seeds to the pseudo random number generation function, the first random number and the second random number are concatenated to By generating a concatenated number and performing a convolution between a vector having each digit constituting the first password as a component and a vector having each digit constituting the concatenated number as a component, the convolution vector After generating, by encrypting the convolution vector with the first private key of the first owner stored on the electronic terminal, the generated signature value is received. After generating a decryption value by extracting a first public key and decrypting the first electronic signature value based on the first public key, the decryption value matches the convolution vector designated as the verification value. If confirmed, completing user authentication for the first owner
A method of operating a drive-thru system device comprising a. A computer-readable recording medium recording a computer program for executing the method of any one of claims 6, 7, or 10 through a combination with a computer. A computer program stored in a storage medium for executing the method of any one of claims 6, 7 or 10 through a combination with a computer.

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