JP2002245554A - Radio drive-through system, radio drive-through selling method and store server - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a radio drive-through system convenient for a user using radio. SOLUTION: The user receives store guidance transmitted by the store server 40 from a first radio repeater 30 installed at a prescribed distance from a store, by on-vehicle equipment 10. The user receives goods information with identification numbers from the store server 40 through a second radio repeater 30 arranged at a drive-through entrance, by the on-vehicle equipment 10. The user inputs the order data of desired goods or the like from a goods ordering screen on the basis of the goods information and transmits it to the store server, adding the identification number through the radio repeater 30. The store server generates received order data in the order of identification on the basis of the identification number, and the store sells the ordered goods to the user on the basis of the received order data. The store server 40 performs the card account settlement of the goods price with a card terminal 20 of the on-vehicle equipment 10 through a third radio repeater 30 arranged at an exit.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

[0001] 1. Field of the Invention [0002] The present invention relates to a wireless drive-through system which is convenient for a user using wireless communication.

[0002]

2. Description of the Related Art Recently, so-called drive-through systems are not limited to fast food stores selling hamburgers and the like which are easily cooked according to an order but also general stores handling daily necessities etc. due to their convenience. It has been spreading. The drive-through system is a system in which a user visits a merchandise store by car, selects a merchandise to be purchased from the merchandise listed on the information board, etc. This is a system that receives the ordered product and pays for the product.

[0003] In order to use drive-through, it is necessary for a user to find a target store while driving by using a signboard or the like provided along a road near the store. When the user is driving a car, performing a store search in parallel with the driving operation places a burden on the user.

[0004] In addition, even if a user arrives at a drive-through of a target store and orders a desired product by referring to an information board or the like of a product for sale, the product is out of stock or ordered. It takes a long time to arrange items, and there is a problem that it takes a long time to receive an item after placing an order and pay the price.

[0005] In order to solve the above problem, conventionally, as disclosed in Japanese Patent Application Laid-Open No. 2000-134147, when a device carried by a user approaches a predetermined distance from a store, radio waves are transmitted. A technique has been proposed in which a beacon signal is used to mutually recognize a store and a user's portable device, and the merchant transmits product advertisement information to the user's portable device via a public telephone line. According to this technology,
Since the transmission and reception of the merchandise advertisement information and the merchandise order information are performed via a public telephone line, a telephone charge is charged, which burdens the user or the store.

In Japanese Patent Application Laid-Open No. 2000-161971, a navigation device having an Internet communication function requests merchandise information from a target store, and orders information based on merchandise information received from the store accessed according to the request. Is transmitted to a store. According to the disclosed technology, the target store is searched from the map information stored in the navigation device, so that the latest store information is not always reflected in the map information. In addition, since information is transmitted and received via the Internet, a mobile telephone network is used, and a telephone charge is charged, which burdens the user.

[0007]

SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and has as its object to provide a convenient drive-through system with a small burden on the user.

[0008]

In order to achieve the above object, a wireless drive-through system according to a first aspect of the present invention includes a store server installed in a store, transmitting merchandise information, and receiving order information. A wireless drive-through comprising: an in-vehicle device that receives the product information and transmits product order information; and a relay device that is installed near a store entrance and relays wireless transmission and reception between the store server and the in-vehicle device. In the system, the store server transmits product information to the in-vehicle device via the repeater, the in-vehicle device receives product information from the store server, and displays the product information on a display screen And select a product desired by the user from the displayed product information, transmit order information to the store server, the store server receives the order information transmitted from the in-vehicle device, Based on the order information, to generate the order information in order to sell products, characterized in that.

According to this configuration, the user selects a desired product based on the product information transmitted from the store server, transmits order information to the store server, and the store server
Generate order information based on the received order information. The store sells merchandise based on the order information. For this reason, the user selects the desired product based on the product information provided in advance, so that the user can order the product smoothly, and since the user uses the wireless communication, the user is not charged with telephone charges or the like. Instead, communication between the in-vehicle device and the store server can be performed.

[0010] The order information may include vehicle information for identifying a vehicle on which the on-board equipment is mounted. Accordingly, even if a user who does not use wireless communication uses the drive-through, the store sells the product based on the order information and the vehicle information. Can be processed smoothly without any inconvenience such as the order being mixed or the order being mistaken even if there is a mixed order.

[0011] To achieve the above object, a wireless drive-through system according to a second aspect of the present invention includes a store server that transmits store information and product information, and receives order information.
A wireless drive-through system including an in-vehicle device that receives the store guidance and the product information and transmits product order information, and a plurality of relays that relay wireless transmission and reception between the store server and the in-vehicle device. Wherein the store server is a first server installed at a predetermined distance from the store.
A guide transmitting means for transmitting a store guide via a repeater of
An information transmitting unit that transmits product information; and an order receiving unit that receives order information sent from the in-vehicle device and generates order information based on the received order information. Information receiving means for receiving the store guidance and the product information transmitted from the server; display means for displaying the received store guidance and the product information; and the product desired by the user based on the product information displayed by the display means And a product ordering means for transmitting order information to the store server via a second repeater installed at an entrance of a predetermined area including the store.

According to this configuration, when the user approaches the store, store guidance is transmitted from the store server, and the store guidance is displayed on the vehicle-mounted device. Based on the product information transmitted from the server, a desired product is selected by the in-vehicle device, and the order information is transmitted to the store server. The store server generates order information based on the received order information. The store sells merchandise based on the order information. For this reason, the user selects the desired product based on the product information provided in advance, so that the user can order the product smoothly, and since the user uses the wireless communication, the user is not charged with telephone charges or the like. Instead, communication between the in-vehicle device and the store server can be performed.

The store guidance transmitted by the guidance transmitting means may include position information of the store, and the display means may display the position of the store on a map on the screen of the in-vehicle device. This is convenient because the user can visually recognize the location of the store on a map indicating the area where the user is traveling.

[0014] The store server further includes a settlement means for performing settlement by wireless communication with the on-vehicle equipment, and the settlement means is provided with a third repeater installed at an exit of a predetermined area (drive-through) including the store. , Settlement processing can be performed based on the order information generated by the commodity order receiving means. For this reason, the user may use, for example, ETC (Electr
It is convenient because payment by cash can be omitted by settlement of the commodity price using an IC card or the like used in an ic Toll Collection (automatic toll collection) system.

[0015] The store server further includes identification means for identifying a commodity ordering means for transmitting the order information. The commodity order receiving means generates the order information in accordance with the order identified by the identification means, and the order information includes the order information. May be included. As a result, the store can process the order in the order in which the order is received, so that there is no inconvenience of mistaking the order.

The on-vehicle device transmits user identification information for using the store to the store server in response to the product information sent from the store server, and the store server transmits the user identification information of the received user identification information. Order information may be generated according to the order, and the order information may include the order information.
The store server generates order information in the order in which the identification information of the users who use the wireless communication is received. In addition, the store identifies a user who does not use wireless communication (does not transmit user identification information), attaches an order of entry to drive-through together with a user who uses wireless communication, The order information received by a normal (not using wireless) order means is input to the store server. The store prepares products according to the order information including the order information generated by the store server. Therefore, even when a user who uses wireless and a user who does not use wireless coexist, the store does not have the inconvenience of processing the order in the order in which the order was received and confusing the order.

The identification means is provided in a predetermined area (drive-through).
Product ordering means may be identified via a fourth repeater installed between the entrance and the exit of the product. Accordingly, the store server can associate the received order information with the in-vehicle device (user) that transmitted the order information, so that the store processes the order according to the order in which the order was received, causing a problem of mistaking the order. There is no.

In order to achieve the above object, a wireless drive-through system according to a third aspect of the present invention includes a store server for providing content to a vehicle device capable of wireless communication, and a wireless communication between the vehicle device and the store server. And a relay device for relaying transmission and reception by the wireless drive-through system, wherein the store server receives the order information of the product transmitted from the on-vehicle device, based on the order information,
It is characterized by generating order information for selling a product, and transmitting predetermined content to the in-vehicle device via the relay device based on the order information.

According to this configuration, the user transmits order information to the store server based on the product information transmitted from the store server, and the store server generates order information based on the received order information. The predetermined content is transmitted to the in-vehicle device via the relay device based on the order information. For this reason, the user selects a desired product (for example, content such as map data and music data and a recording medium for recording the content) based on the product information provided in advance, so that the user can smoothly order the product. Since it is possible to use wireless communication, desired contents can be obtained by communication between the vehicle-mounted device and the store server without receiving charges such as telephone charges.

In order to achieve the above object, a wireless drive-through selling method according to a fourth aspect of the present invention includes a store server for transmitting store guidance and product information and receiving order information;
Wireless drive-through sales using an in-vehicle device that receives the store guidance and the product information and transmits product order information, and a plurality of repeaters that relay wireless transmission and reception between the store server and the in-vehicle device A method, wherein the shop server is installed at an entrance of a predetermined area including the shop, wherein the shop server sends a shop guide via a first repeater installed at a predetermined distance from the shop. An information transmitting step of transmitting product information via the second repeater;
A product order receiving step of receiving order information sent from the in-vehicle device and generating order information based on the received order information, wherein the in-vehicle device transmits a store guide and product information transmitted from the store server. Receiving the information, a display step of displaying the received store guidance and product information, and selecting a product desired by the user from the product information displayed in the display step; And a product ordering step of transmitting order information to the store via the Internet.

According to this method, when the user approaches the store, store guidance is transmitted from the store server to the in-vehicle device, the in-vehicle device displays the store guidance, and the user performs drive-through based on the store guidance. To select a desired product based on the product information transmitted from the store server, and transmit the order information to the store server. The store server generates order information based on the received order information. The store sells merchandise based on the order information. For this reason, the user selects the desired product based on the product information provided in advance, so that the user can order the product smoothly, and since the user uses the wireless communication, the user is not charged with telephone charges or the like. Instead, communication between the in-vehicle device and the store server can be performed.

The store guidance transmitted in the guidance transmitting step may include location information of the store, and the display step may display the location of the store on a map on the screen of the vehicle-mounted device. This is convenient because the user can visually recognize the location of the store on a map indicating the area where the user is traveling.

[0023] The store server further comprises a settlement step of performing a settlement by wireless communication with the on-vehicle equipment. In the settlement step, the settlement server is connected via a third repeater installed at an exit of a predetermined area (drive-through). It is also possible to perform the settlement processing based on the order information generated in the product order step. For this reason, the user can omit cash payment by, for example, the settlement of the product price using an IC card or the like used in an ETC (automatic fee collection) system.
It is convenient.

The store server further includes an identification step for identifying order information transmitted in the commodity order step. In the commodity order step, the order server generates order information in accordance with the order identified in the identification step. The order information may be included. As a result, the store can process the order in the order in which the order is received, so that there is no inconvenience of mistaking the order.

In the identification step, the order information of the product may be identified via a fourth repeater provided between the entrance and the exit of the predetermined area (drive-through). Accordingly, the store server can associate the received order information with the in-vehicle device (user) that transmitted the order information, so that the store processes the order according to the order in which the order was received, causing a problem of mistaking the order. There is no.

To achieve the above object, a store server according to a fifth aspect of the present invention can communicate with a vehicle-mounted device via a plurality of wireless repeaters that relay transmission and reception with the vehicle-mounted device capable of wireless communication. A store server, a guide transmitting means for transmitting a store guide to the in-vehicle device via a first repeater installed at a predetermined distance from the store, and an information transmission for transmitting product information to the in-vehicle device Means, and the order information from the in-vehicle device based on the product information transmitted by the information transmitting means is received and received via a second repeater installed at an entrance of a predetermined area including the store. Product order receiving means for generating order information based on the order information.

According to this configuration, the store server transmits the store guidance to the on-vehicle device at a position where the store information can be received via the first repeater disposed at a predetermined distance from the store. Enter drive-through according to the store guidance received by the device. The store server transmits the product information to the in-vehicle device, receives the order information sent from the in-vehicle device by the user via the second repeater arranged at the predetermined area entrance, and stores the order information in the order information. Generate order information based on the order information. For this reason, the store can arrange the goods according to the order information sequentially generated by the store server, and can shorten the time until the order is confirmed and the time for arranging the goods.

[0028] The store server further comprises a settlement means for making a payment by wireless communication with the on-vehicle equipment, and the settlement means is provided via a third repeater provided at an exit of a predetermined area (drive-through). It is also possible to perform the settlement processing based on the order information generated by the commodity order receiving means.
For this reason, the store is convenient because it is possible to omit cash payment by, for example, the settlement of the commodity price using an IC card or the like owned by a user used in an ETC (automatic fee collection) system.

[0029] The store server further includes identification means for identifying order information from the on-vehicle equipment. The commodity order receiving means generates the order information in accordance with the order identified by the identification means, and the order information includes the order information. You may do it.
As a result, the store can process the order in the order in which the order is received, so that there is no inconvenience of mistaking the order.

[0030]

DESCRIPTION OF THE PREFERRED EMBODIMENTS A wireless drive-through system, a wireless drive-through sales method, and a store server according to an embodiment of the present invention will be described below with reference to the drawings.

FIG. 1 is a block diagram showing a configuration example of a wireless drive-through system according to an embodiment of the present invention. The wireless drive-through system includes an in-vehicle device 10,
Card terminal 20, wireless repeater 30, store server 40
It is composed of

The in-vehicle device 10 performs the reception of the store information and the product information, the transmission of the order information, and the transmission and reception of the product price settlement information with the store server 40 via the wireless repeater 30. The in-vehicle device 10 includes a transmitting / receiving antenna 11 for wireless communication,
Transmission / reception unit 12, interface unit 13, demodulation unit 1
4, a control unit 15, a data processing unit 16, an audio output unit 17, an image output unit 18, and an input / output unit 19. In the present embodiment, the vehicle-mounted device 10 is a vehicle-mounted television having a radio beacon (Beacom) transmission / reception function.

The transmission / reception antenna 11 receives a radio signal relating to store information and product information from a store server 40 to be described later via a wireless repeater 30, and transmits a radio signal corresponding to the order information to the store server 40. And transmits and receives a radio signal corresponding to the settlement information.

The transmission / reception unit 12 receives the radio signal from the radio repeater 30 with the transmission / reception antenna 11, amplifies the received radio signal, further filters the signal, and transmits the amplified radio signal to the interface unit 13. The transmission / reception unit 12 amplifies the transmission signal from the interface unit 13, and then amplifies the transmission signal together with the carrier (unmodulated signal) transmitted from the wireless repeater 30 described later for a certain period of time.
Digital angle modulation such as SK (Frequency-Shift Keying) and the like are reflected and transmitted to the wireless repeater 30.

The interface unit 13 includes the transmitting / receiving unit 12
Is converted into data in a format suitable for internal processing, and the converted data is transmitted to the demodulation unit 14. Further, the interface unit 13 converts the transmission data received from the demodulation unit 14 into a signal suitable for wireless transmission, and transmits the converted signal to the transmission / reception unit 12.

The demodulation unit 14 receives data from the interface unit 13 and demodulates the received data in accordance with a control signal from the control unit 15 to digitally modulated data.

Although not shown, the control unit 15 has a CPU
(Central processing unit, Central Processing Unit), ROM (R
ead Only Memory), RAM (Random Access Memory)
Etc. are provided. The control unit 15 detects the received signal or data with respect to the transmission / reception unit 12, the interface unit 13, and the demodulation unit 14, and sends a control signal for causing each component to execute the above-described predetermined operation. Then, each component starts, stops, or ends the above-described operation based on the control signal. When the data processing unit 16 receives the data from the demodulation unit 14, the control unit 15 detects the reception of the data and sends a control signal to the data processing unit 16 to execute a predetermined operation described later. .

The control unit 15 receives from the demodulation unit 14 the data of the product information to which the identification number described below, which is transmitted from the store server 40, and sends the data to the image output unit 18 based on the received data of the product information. Display the product order screen. The control unit 15 responds to an input operation from a data input unit (not shown) to generate order data based on the data input to the product order screen, and to transmit the order data by a radio beacon. Is transmitted to the interface unit 13 via the demodulation unit 14 in a data format corresponding to. Further, the control unit 15 includes an input / output unit 19 described later.
, The received data corresponding to the payment information is transmitted to the card terminal 20, and the response data from the card terminal 20 is received.

The data processing unit 16 includes a CPU, an EEPROM,
OM (Electrically Erasable Programmable Read-Only
Memory) and DSP (Digital Signal Proc)
essor) and the like, and digitally processes the received data demodulated from the demodulation unit 14 to obtain image data, character data,
The audio data is separated into audio data, the separated audio data is output to the audio output unit 17, and the image data and character data are output to the image output unit 18.

The audio output unit 17 outputs audio data received from the data processing unit 16. The image output unit 18 outputs image data and character data received from the data processing unit 16. The audio output unit 17 and the image output unit 18 constitute a monitor unit of a vehicle-mounted television, and the data input unit described above is a touch panel disposed on the monitor unit.

The input / output unit 19 transmits and receives settlement data to and from the card terminal 20 in accordance with a control signal from the control unit 15.

The card terminal 20 is a terminal for payment based on card information stored in an IC card, and includes a control unit 21, an input / output unit 22, a card reading / writing unit 23, a storage unit 24.

The control unit 21 receives a request signal from the store server 40 via the in-vehicle device 10 via the input / output unit 22, and is inserted into the card reading / writing unit 23 in response to the request signal. It reads the IC card of the user who is present, and transmits card information such as the read card number to the in-vehicle device 10 connected via the input / output unit 22. Control unit 2
1 receives a signal for payment via the input / output unit 22 from the store server 40 via the in-vehicle device 10, converts the payment signal into payment data for card writing, and
4 temporarily. The control unit 21 reads the payment data once stored in the storage unit 24, and adds or updates the payment data to the card information of the user's IC card inserted in the card reading / writing unit 23.

The input / output unit 22 is connected to the input / output unit 19 of the vehicle-mounted device 10, and transmits and receives data. Card reading /
The writing unit 23, based on a control signal from the control unit 21,
The card information is read from the inserted user's IC card, or the card information corresponding to the payment is added to or updated in the aforementioned IC card. The storage unit 24 stores the payment data received from the control unit 21.

The wireless repeater 30 relays wireless communication between the vehicle-mounted device 10 and the store server 40, and
, A transmission / reception unit 32, an interface unit 33, a demodulation unit 34, and a control unit 35.

The antenna section 31 transmits and receives radio signals from the vehicle-mounted device 10 and the store server 40.

The transmission / reception unit 32 uses the antenna unit 31 to transmit GMSK (Gas) transmitted from the store server 40 as described later.
Receives a radio signal including store information and the like that has been subjected to digital angle modulation such as ussian filtered Minimum Shift Keying), amplifies and further filters the received radio signal, and transmits the amplified radio signal to the interface unit 33. Send. Further, the transmitting / receiving unit 32 amplifies the transmission signal from the interface unit 33, and then ASK (Amplitude Shift Key) which is easy to demodulate on the receiving side (vehicle device 10).
ing) and transmits to the in-vehicle device 10. In addition, receiving a radio signal from the store server 40,
After the received radio signal is digitally modulated as described above and transmitted to the on-vehicle device 10, a return carrier (unmodulated wave signal) from the on-vehicle device 10 is transmitted for a certain period of time.

The transmitting / receiving section 32 amplifies the radio signal received from the vehicle-mounted device 10 by the antenna section 31 and including digital amplitude-modulated order information such as ASK, and further filters and interfaces the amplified radio signal with the interface. To the unit 33. The transmission / reception unit 32 amplifies the transmission signal from the interface unit 33, and then digitally modulates the transmission signal from the GMSK or the like capable of maintaining a high S / N ratio against external noise, and transmits the signal to the store server 40.

The interface unit 33 includes the transmission / reception unit 32
Is converted into data in a format suitable for internal processing, and the converted data is transmitted to the demodulation unit 34. Further, the interface unit 33 converts the transmission data received from the demodulation unit 34 into a signal suitable for wireless transmission, and transmits the converted signal to the transmission / reception unit 32.

The demodulation section 34 receives the digitally modulated data from the interface section 33,
The data is demodulated in accordance with the control signal from 5.

The control unit 35 detects the received signal or data with respect to the transmission / reception unit 32, the interface unit 33, and the demodulation unit 34, and causes each component to execute the above-described predetermined operation. A control signal is transmitted, and each component starts, stops, or ends the above-described operation based on the control signal.

The store server 40 performs the reception of order information, the transmission of store information and merchandise information, and the transmission and reception of payment information for merchandise prices, with the in-vehicle device 10 via the wireless repeater 30. The store server 40 includes a transmission / reception antenna 41, a transmission / reception unit 42, an interface unit 43, a demodulation unit 44,
The control unit 45 includes an input unit 46, an output unit 47, an order processing unit 48, and a storage unit 49. In the present embodiment, the store server 40 uses a radio beacon (Beaco
m) Transmission / reception function, host function and POS (Point Of Sale)
s). Although not shown, the store server 40 can be connected to a card management center corresponding to the user's IC card via a communication line or the like.
It is possible to inquire and generate information and data obtained by transmitting and receiving payment data with the card terminal 20 via the on-vehicle device 10.

The transmission / reception unit 42 receives the radio signal from the wireless repeater 30 by the transmission / reception antenna 41, amplifies the received radio signal, further filters the signal, and transmits the amplified radio signal to the interface unit 43. Further, the transmitting / receiving unit 42 amplifies the transmission signal from the interface unit 43, modulates the digital amplitude such as GMSK, and transmits the signal to the wireless repeater 30.

The interface unit 43 includes a transmission / reception unit 42
Is converted into data in a format suitable for internal processing, and the converted data is transmitted to the demodulation unit 44. The interface unit 43 converts the transmission data received from the demodulation unit 44 into a signal in a format suitable for transmission, and transmits the converted signal to the transmission / reception unit 42.

The demodulation unit 44 receives the digitally modulated data from the interface unit 43,
The data is demodulated in accordance with the control signal from 5.

The control unit 45 calls the store guidance and merchandise information files stored in the storage unit 49, and transmits the data stored in the called file to the interface unit 43 via the demodulation unit 44. In addition, the control unit 45 attaches an identification number to the data relating to the product information and transmits the data to the in-vehicle device 10, and the user with the identification number is generated and transmitted by the in-vehicle device 10 based on the product information. The demodulator 44 demodulates and receives the order data, transmits the order data to the order processor 48, and creates the order data based on the identification number. The control unit 45 causes the storage unit 49 to store the created order data.

The control unit 45 transmits a signal requesting the card information of the IC card of the card terminal 20 connected to the vehicle-mounted device 10 to the GMSK in the transmission / reception unit 42 based on the order data created by the order processing unit 48. And the like, and transmits to the in-vehicle device 10 by digital angle modulation. The control unit 45 receives data such as a card number, a user name, and a usage limit stored in the IC card, which are returned from the in-vehicle device 10 in response to the transmitted card information request, and receives the received data. Is referred to a card management center using a network (not shown) to confirm that the card is usable.

Next, the control unit 45 generates payment data based on the confirmed card information,
The digital angle is modulated by GMSK or the like and transmitted to the vehicle-mounted device 10. On the other hand, the control unit 45 causes the storage unit 49 to store the generated payment data in association with the order data.

The input unit 46 includes a keyboard for inputting a screen when changing and adding the displayed content on a product order screen displayed on a monitor unit (not shown).
It is composed of a pointing device such as a mouse. The output unit 47 issues individual slips based on the order data,
Alternatively, it is a printer or the like for outputting order data and payment data stored in the storage unit 49 as appropriate.

The order processing unit 48 generates order data based on the order data and the identification number received from the control unit 45.

The storage unit 49 receives from the control unit 45,
Order data including an identification number, payment data, and card information are stored in association with each other.

Next, the operation of the wireless drive-through system according to the embodiment of the present invention will be described.

FIG. 2 is a schematic diagram showing the arrangement of the radio repeater 30 and the positional relationship between the vehicle driven by the user and the drive-through.

The user 1 travels on the road 3 with the vehicle 2
The store guidance transmitted from the store server 40 of the store 5 of the drive-through 4 from the first wireless repeater 30A arranged along the road at a predetermined distance from the store 5 is transmitted to the vehicle-mounted device 10.
To receive. The user 1 determines whether or not to enter the drive-through 4 based on the received store guidance. When using the drive-through 4, the user 1 arrives at the target store 5 with reference to the store position (displayed on the map) included in the store guide.

The user 1 receives, from the second wireless repeater 30 B disposed at the entrance of the drive-through 4, the product information with the identification number transmitted from the store server 40, and Display on the monitor. The user 1 displays a product order screen on the monitor of the vehicle-mounted device 10 based on a list of products handled in the store 5 and corresponding unit prices included in the product information, and inputs a desired product and the number of products.
The in-vehicle device 10 generates the order data in response to the input operation, attaches the received identification number to the generated order data, and transmits the generated order data to the store server 40 via the second wireless repeater 30B.

The store server 40 receives the order data,
Based on the order data, the order data is generated in order by the identification number. The store 5 starts arranging products based on a product order screen on which order data generated on the monitor of the store server 40 is sequentially displayed. Further, the store server 40
After ordering the product, the third near the center of drive-through 4
Of the vehicle 2 that has progressed to the position where the wireless repeater 30C is located is requested to provide IC card information.

The vehicle-mounted device 10 responds to the received request by
The card information read by the card terminal 20 is transmitted to the wireless repeater 3
It transmits to the store server 40 via 0C. The store 5 identifies the user based on the received card information, and determines the order and the order of the vehicle. Further, the store server 40 refers to the card management center for the received card information, and confirms that the card is usable. Store server 40
Generates payment data based on the order data and the card information after confirming the card.

Thereafter, the user 1 drives the vehicle 2 through the drive-through 4 to the goods delivery counter 5A. Store 5
Delivers the goods arranged based on the order data to the user 1. After picking up the product, the user 1 moves the vehicle 2 to the exit of the drive-through 4. Store server 40
Performs payment based on the above-described payment data with the card terminal 20 connected to the vehicle-mounted device 10 via the fourth wireless relay device 30D arranged at the exit. After the payment by the card is completed, the user 1 exits the drive-through 4 and returns to the road 3 to continue running the vehicle 2.

Hereinafter, a flow chart showing the flow of the operation between the vehicle-mounted device 10 and the store server 40 shown in FIG.
This will be described in more detail.

FIG. 3 is a flowchart showing the operation of the wireless drive-through system according to the embodiment of the present invention.

The store server 40 transmits the GMSK modulation corresponding to the store guidance data including the catch phrase (message) such as the store position and the sales promotion product to the first wireless repeater 30A arranged at a predetermined distance from the store 5. The transmitted radio beacon signal is transmitted (step S101). The control unit 35 of the wireless repeater 30 </ b> A
The K-modulated radio beacon signal is received by the antenna unit 31, the received signal is amplified by the transmission / reception unit 32, filtered, the amplified signal is converted by the interface unit 33, and the converted data is demodulated.

Next, the control unit 35 transmits the demodulated data to the transmission / reception unit 32 via the interface unit 33, ASK-modulates the received data as a transmission signal, amplifies the data, and amplifies the data from the antenna unit 31. A radio beacon signal corresponding to is transmitted. When the vehicle 2 driven by the user 1 enters a range where the radio beacon signal from the wireless repeater 30A can be received, the vehicle-mounted device 10
An ASK-modulated signal corresponding to the store guidance data transmitted from the wireless repeater 30A is transmitted and received by the transmitting / receiving antenna 1
1 (step S102).

The in-vehicle device 10 which is a car television has an ASK
A signal corresponding to the modulated store guidance data is received, amplified by the transmission / reception unit 12, filtered, demodulated by the demodulation unit 14 via the interface unit 13, and the demodulated signal is sent to the data processing unit 16. Send. The data processing unit 16 digitally processes the signal received from the demodulation unit 14 and separates the signal into image data, character data, and audio data (step S103). Data processing unit 16
Superimposes the digitally processed signal on the broadcast data of a television received from a tuner (not shown), and causes the monitor of the in-vehicle device 10 to interrupt the digitally processed data (step S104). User 1
Watch the audio data output from the audio output unit 17 and the image data and character data output from the image output unit 18 (step S105).

The user 1 makes a catch phrase (message) of a promotional product or the like displayed on the monitor of the vehicle-mounted device 10.
It is determined whether or not to use the drive-through 4 of the store 5 with reference to the store guidance screen shown in FIG. When using the drive-through 4, the user 1 drives the vehicle 2 according to the display on the store guidance screen (FIG. 4), and
To enter.

The store server 40 transmits data corresponding to the product information with the identification number as a GMSK-modulated radio beacon signal to the second wireless repeater 30B disposed at the entrance of the drive-through 4 ( Step S10
6). The control unit 35 of the wireless repeater 30 </ b> B
The GMSK-modulated radio beacon signal from 0 is received by the antenna unit 31, the received signal is amplified by the transmitting / receiving unit 32, filtered, the amplified signal is converted by the interface unit 33, and the converted data is demodulated. I do.

The control unit 35 transmits the demodulated data to the transmission / reception unit 32 via the interface unit 33, ASK-modulates the received data as a transmission signal, amplifies the data, and responds to the store guidance data from the antenna unit 31. Is transmitting a radio beacon signal. The vehicle-mounted device 10 of the vehicle 2 driven by the user 1 receives the ASK-modulated signal corresponding to the product information data transmitted from the wireless repeater 30B from the transmitting / receiving antenna 11 (step S10).
7).

The in-vehicle device 10 receives the signal corresponding to the ASK-modulated product information data, amplifies the signal in the transmission / reception unit 12, performs a filtering process, and
To convert the data into a format suitable for internal processing.
, And transmits the data to the data processing unit 16. The data processing unit 16 digitally processes the signal received from the demodulation unit 14 and separates the signal into image data, character data, and audio data (step S108).

The data processing section 16 superimposes the digitally processed signal on the television broadcast data received from a tuner section (not shown) and sends the digitally processed data to the monitor section of the vehicle-mounted device 10. The interruption is made again (step S109). The user 1 uses the data processing unit 16
As a result, audio data output from the audio output unit 17
The image data and the character data output from the image output unit 18 are viewed (step S110).

The user 1 displays the product name and the price according to the product classification displayed on the monitor of the vehicle-mounted device 10 and the product information including the stock availability of the product (not shown) and the time until the product is arranged (not shown). The product to be ordered and its quantity are determined in advance with reference to the product information screen shown in FIG. Subsequently, the user 1 switches the display from the product information screen to the product order screen by using the touch panel arranged on the monitor unit.

FIG. 6 shows an example of a product order screen. On the product order screen (FIG. 6) displayed on the monitor unit, the user 1 can select a desired product and an order quantity from a main menu, a side menu, a drink menu, and other menus for each product category. In the pull-down format,
After inputting and confirming the input content, an OK button at the bottom of the screen is clicked (step S111).

In response to the input operation, the control unit 15 of the on-vehicle device 10 generates order data by adding the above identification number based on the data input to the product order screen, and transmits the order data by radio waves. The data is transmitted to the interface unit 13 via the demodulation unit 14 in a data format corresponding to a communication protocol for transmission using a beacon. The interface unit 13 converts transmission data received from the demodulation unit 14 into a signal suitable for wireless transmission, and transmits the converted signal to the transmission / reception unit 12. The transmission / reception unit 12 amplifies the transmission signal corresponding to the order data from the interface unit 13 and then performs FSK modulation on a carrier (unmodulated signal) transmitted from the wireless repeater 30B for a certain period of time, and wirelessly transmits the signal. The signal is reflected and transmitted to the repeater 30B (step S112).

The control unit 35 of the radio repeater 30B receives the FSK-modulated radio beacon signal from the vehicle-mounted device 10 at the antenna unit 31, amplifies the received signal at the transmission / reception unit 32, performs filtering, and amplifies the signal. The converted signal is converted by the interface unit 33, and the converted data is demodulated.
Further, the control unit 35 transmits the demodulated data to the transmission / reception unit 32 via the interface unit 33, performs GMSK modulation on the received data as a transmission signal, and amplifies the data.
A radio wave beacon signal corresponding to the order data is transmitted from the antenna unit 31.

The store server 40 receives the radio wave beacon signal corresponding to the order data by the transmitting / receiving antenna 41,
The received signal is amplified by the transmission / reception unit 42, filtered, converted into a format suitable for internal processing by the interface unit 43, and demodulated by the demodulation unit 44. The control unit 45 transmits the received order data to the order processing unit 48, and creates order data based on the identification number (step S113). The control unit 45 displays the order data sequentially generated in accordance with the identification number on the monitor unit as a product order screen (FIG. 7), and stores the order data in the storage unit 49. The store 5 starts cooking or arranging products in this order in accordance with the displayed product order screen.

Next, the control unit 45 transmits a signal requesting the card information of the IC card of the card terminal 20 connected to the vehicle-mounted device 10 based on the order data created by the order processing unit 48. GMSK modulation is performed and transmitted to the in-vehicle device 10 via the wireless repeater 30B (step S114). The control unit 21 of the card terminal 20 connected to the on-vehicle device 10
0, a card information request signal via the input / output unit 22 is received, and the user's IC card inserted into the card reading / writing unit 23 is read in response to the request signal.
The card information such as the read card number is input to the input / output unit 22.
Is transmitted to the in-vehicle device 10 connected via the. The control unit 15 of the on-vehicle device 10 transmits the card information received from the card terminal 20 via the input / output unit 19 to the
K modulation is performed, and the radio repeater 30
C to the store server 40 (step S11).
5).

The control unit 45 of the store server 40 responds to the request for the card information by sending the IC
Data such as a card number, a user name, and a usage limit stored in the card is received, and the received data is referred to a card management center using a network (not shown), and the card is usable. Is confirmed (step S116). The control unit 45 reads the order data from the storage unit 49, generates payment data based on the order data and the confirmed card information, and stores the payment data in the storage unit 49 in association with the order data ( Step S1
17).

The user 1 transfers the vehicle 2 to the product delivery counter 5
Drive through 4 to A. The store 5 delivers the goods arranged based on the order data to the user 1. After picking up the product, the user 1 moves the vehicle 2 to the exit of the drive-through 4. The store server 40 GMSK modulates the settlement data via the fourth wireless repeater 30D arranged at the exit and transmits the GMSK-modulated payment data to the card terminal 20 connected to the vehicle-mounted device 10 (step S118).

The card terminal 20 receives a signal corresponding to ASK-modulated payment data from the wireless repeater 30D via the on-vehicle device 10, converts the payment signal into payment data for card writing, , And temporarily stored in the storage unit 24. The control unit 21 reads the payment data temporarily stored in the storage unit 24, and adds or updates the payment data to the card information of the user's IC card inserted in the card reading / writing unit 23 (step S119). ). Thereby, the payment processing is completed between the store server 40 and the card terminal 20 based on the payment data described above.

After the completion of the card settlement, the user 1 exits the drive-through 4 and returns to the road 3 to keep the vehicle 2 running.

As described above, according to the present invention, while driving the vehicle 2, the user 1 transmits the store guidance transmitted from the store server 40 to the wireless relay device 3 located at a predetermined position.
0 is received by the in-vehicle device 10. The user 1 easily finds the target store 5 according to the received store guidance, and arrives at the drive-through 4. The user 1 selects a desired order product or the like from the screen based on the product information provided with the identification number from the store server 40 displayed on the in-vehicle device 10, and an order created in response to the selection operation. The data is transmitted via the wireless repeater 30. The store server 40
Based on the received order data based on the identification number assigned to it, order data is created in the identified order, and products are arranged, so that orders can be accurately determined without inconvenience such as order order and mistaken order products. And it is possible to process quickly.

After entering the drive-through 4 as in the prior art, the user 1 checks the product on the guide board or the like on which the menu is displayed, and saves the trouble of notifying the store 5 of the order with a microphone or the like, Is selected from the product information notified to the customer, and an order can be made, so that the time from entering the drive-through 4 to ordering can be reduced. Further, the merchandise information includes information on merchandise that is not currently in stock or merchandise that requires a long time to arrange, and the user 1 can select merchandise with reference to such information. Combined with the accuracy and speed of order processing, the waiting time from order to product receipt is shortened and convenient.

Further, regarding the settlement of the commodity price, the card information read by the card terminal 20 connected to the in-vehicle device 10 in response to the request from the store server 40 is transmitted to the store server 40 via the wireless repeater 30. And collects the product price from the IC card of the user 1 in accordance with the payment data generated by the store server 40 based on the card information and the order data. It is convenient that the user 1 can omit the act of paying the commodity price in cash at the commodity delivery counter 5A or performing the settlement by credit card. Also, for the store 5, it is only necessary to deliver the product and the slip (receipt) to the user 1 by the product delivery counter 5A, which leads to efficient and labor-saving work at the product delivery counter 5A, which is convenient.

The present invention is not limited to the description of the above embodiment, and its application and modification are arbitrary. For example, in the above-described embodiment, it has been described that information is wirelessly transmitted and received using a radio wave beacon. However, a wireless communication method is optional, and a communication distance and a wireless method suitable for the communication distance may be selected. For example, an optical beacon or FM multiplex broadcasting used in VICS (road traffic information system),
Further, a communication method using Bluetooth, which is expected to be applied to short-range communication by being mounted on home electric appliances or the like, may be used.

In the above embodiment, in step S111, the user displays the product information screen received from the store server 40 on the monitor of the vehicle-mounted device 10, and further switches from the product information screen to the product order screen. It has been described that information necessary for an order is input and the generated order information is transmitted to the store server 40. However, the user is required to
Is displayed on the monitor of the in-vehicle device 10 and, for example, by clicking a “wireless order” button displayed on the screen, a notification that wireless communication is to be used and identification information of the in-vehicle device 10 May be transmitted to the store server 40. The store server 40 transmits a product order screen in response to the wireless order notification and the identification information. The store server 40 checks the in-vehicle device 1 in step S112.
0 based on the order information input to the product order screen sent from 0 and the order in which the above-described identification information was received (the order may be a relative order or a chronological order such as time). Generate. The store 5 identifies a user who does not use wireless communication (does not transmit identification information) and, together with a user who uses wireless communication, for example, enters the drive-through 4 in order of entry (relative order or time). And the like, and the order information and the order information received by the ordinary (not using wireless) order means are input to the store server 40. The store 5 prepares products according to the order information including the order information generated by the store server 40. Therefore, even in a case where a user who uses wireless and a user who does not use wireless are mixed, the store 5 processes the order in the order in which the order is received, and does not cause the inconvenience of mistaking the order. .

In the above embodiment, the merchandise information is received from the store server 40 via the wireless repeater 30, the order information is generated based on the information, and the generated order information is wirelessly transmitted to the store server. The case has been described where the user 1 of the vehicle 2 equipped with the on-vehicle device 10 having the means for transmitting to the mobile device 40 and the means for settlement by wireless uses the wireless drive-through system. However, even a user of a vehicle that does not have the in-vehicle device 10 can easily use it. Such a user places an order with the store 5 through a microphone provided near the menu board in FIG. By confirming, for example, the vehicle number on the license plate of the ordered vehicle with an infrared camera (not shown) provided in the drive-through 4 in the traveling direction of the vehicle, the person in charge of the store 5
The order number and the vehicle number are input as order information in correspondence with the received order. The user may pay for the product at the product delivery counter 5A of the store 5 in exchange for the product based on a predetermined payment method (cash or credit card or the like).

The store 5 also reads the vehicle number of the license plate of the vehicle 2 as necessary for the user 1 of the vehicle 2 equipped with the on-vehicle equipment 10 and adds the vehicle number to the order information generated by the store server 40. And input the vehicle number. Even when the user of the vehicle not equipped with the in-vehicle device 10 and the user 1 of the vehicle 2 equipped with the in-vehicle device 10 are mixed,
The store 5 generates order information in the store server 40 in the order in which the orders are received, or inputs the order information to the store server 40. This allows the store 5 to change the order,
Accepted orders can be processed sequentially without mistaking orders. Here, the means for confirming the vehicle number is optional. For example, the vehicle number may be read from an image by an infrared camera or the like, or a number equipped with an IC chip recording vehicle information, such as is planned to be used in ETC or the like. The plate may be configured to read necessary vehicle information recorded on the IC chip by a predetermined reading device including an optical sensor, a magnetic sensor, and the like.

The arrangement of the radio repeater 30 is not limited to the position shown in FIG. For example, the wireless repeater 30B arranged at the entrance of the drive-through 4
Vehicle 2 running on road 3 due to congestion or traffic congestion at entrance
Any position may be used as long as the communication between the in-vehicle device 10 of the vehicle 2 and the store server 40 that sequentially enters the vehicle server 40 can be smoothly relayed so as not to disturb the traffic. Also, a wireless repeater 30C disposed between the entrance and the exit of the drive-through 4 and a wireless repeater 30C disposed at the exit of the drive-through 4
As for D, any position may be used as long as the operation described in the embodiment is smoothly executed and the vehicle 2 is not congested in the drive-through 4 and near the exit. Furthermore, if necessary, a wireless repeater 30 can be additionally arranged along the drive-through 4.

In the above embodiment, the card terminal 20 is connected to the vehicle-mounted device 10 for payment, and the store server 40
The IC of the user 1 inserted in the card terminal 20 based on the payment data transmitted and received between the
It was explained that payment was made by card. However, the payment means is not limited to the above embodiment, but is optional.
For example, it is also possible to use the above-mentioned Bluetooth-compatible mobile terminal as the in-vehicle device 10. In this case, the price may be charged as the telephone charge of the mobile terminal. Further, at the time of delivery of the product, the user 1 can pay by cash or a credit card or the like as desired.

In the above embodiment, it has been described that the merchandise prepared by the store 5 based on the order information is delivered to the user 1 by the merchandise delivery counter 5A. However, the form of the product and the method of delivering the product are not limited to the above-described embodiment, and are optional. For example, when the product is a music CD or a road map, the user 1 receives the recording medium on which the content is recorded by the product delivery counter 5A, and stores the recording medium via the fifth wireless repeater 30 (not shown). The in-vehicle device 10 receives the content distributed from 40. The recording medium is inserted into an external storage device (not shown) included in the vehicle-mounted device 10, and the received content is recorded. The store server 40 may detect that the distribution of the content is completed, and make a payment for the recording medium and the content via the wireless relay 30D arranged at the exit of the drive-through 4. If the delivery of the content takes time, it causes traffic congestion in the drive-through 4. Therefore, a parking area (parking area) where the vehicle 2 can be stopped is provided, and the user 1 stops the vehicle 2 there. And receive the distribution of the content.

In the above embodiment, the store server 40 transmits the product information to which the identification information is added, and the on-vehicle device 10 adds the identification information to the order information generated according to the input of the user 1 based on the received product information. Is transmitted to the store server 40 so that the store server 40 identifies the received order information and generates the order information in the identified order. However, the means for identifying the order information and the user 1 (or the vehicle driven by the user 1) that transmitted the order information is arbitrary. For example, the vehicle number is read using a television camera to identify the vehicle itself. Alternatively, it is also possible to identify the on-board device 10 mounted using a sensor or the like. When the payment card terminal 20 is connected to the in-vehicle device 10 as in the above embodiment, the store server 40 accesses the card terminal 20 via the in-vehicle device 10 and the user 1 The card information of the IC card owned may be read, and the order information or the user 1 may be identified by the card information.

In the above embodiment, the in-vehicle device 10 has been described as an in-vehicle television capable of transmitting and receiving a radio beacon. However, the configuration of the in-vehicle device 10 is arbitrary, and for example, a car navigation device having a radio beacon transmitting and receiving unit can be used. In addition, a portable information terminal (PDA, Personal Dig)
It may be a configuration in which a portable information processing device such as ital Assistance is connected, or a portable information terminal having a radio wave beacon transmitting / receiving unit.

In the above embodiment, the store server 40
The radio signal corresponding to store information, product information, and payment information
Digital angle modulation such as MSK is performed to
The wireless repeater 30 transmits the received digital angle-modulated radio signal to the vehicle-mounted device 10 after performing digital amplitude modulation such as ASK. A radio signal corresponding to order information and the like, which is subjected to digital angle modulation such as FSK from the in-vehicle device 10 and reflected and transmitted, is transmitted by the wireless repeater 30 to the GMSK.
It has been described that digital angle modulation is performed and transmitted to the store server 40. Here, in the above embodiment, the modulation method of the radio signal is S / N relatively high with respect to external noise.
A digital modulation method such as GMSK that can maintain the ratio, ASK that can simplify the demodulation circuit on the receiving side, or FSK that is suitable for reflection transmission using a carrier (unmodulated wave signal) is used. The method is not limited to the method, and an arbitrary method can be selected according to the characteristics of each digital modulation method and the purpose of use. Further, the transmission and reception of data between the store server 40 and the wireless repeater 30 are performed by using the radio wave beacon using the above-described digital modulation method, but the store server 40 and the wireless repeater 30 are connected via a network. For example, both may be provided with an interface device such as a communication modem for connecting to a network, and may transmit and receive data via the network.

In the above embodiment, the frequency band used in the radio wave beacon is not particularly limited and is arbitrary. However, the existing VICS (Vehicle Traffic Information System, Vehicle Informat
DSRC (Narrow Area Communication, Dedica) such as ionand Communication System) and ETC (Automatic Toll Collection System)
A frequency band used in ted Short-Range Communication) may be used. For example, in the transmission and reception of product information and order information between the store server 40 and the in-vehicle device 10, if the 2.5 GHz band used in VICS (road traffic information system) is used, the standard mounting is progressing. An in-vehicle beacon transmitting / receiving device can be used as it is. If the 5.8 GHz band used in the ETC (automatic toll collection system), which has been used in tollgates on expressways and the like, is used for transmitting and receiving the settlement information of the commodity price, the mounting is advanced similarly. This is convenient because a car-mounted two-way communication type card terminal can be used.

[0103]

According to the present invention, it is possible to provide a convenient drive-through system with a small burden on the user by utilizing wireless communication.

[Brief description of the drawings]

FIG. 1 is a block diagram illustrating a configuration example of a wireless drive-through system according to an embodiment of the present invention.

FIG. 2 shows a layout of a wireless repeater and a vehicle (user) in a wireless drive-through system according to an embodiment of the present invention.
FIG. 3 is a schematic diagram showing a positional relationship between the drive and the drive-through over time.

FIG. 3 is a flowchart showing an operation of the wireless drive-through system according to the embodiment of the present invention.

FIG. 4 is an example of a store guidance screen provided by a store server in the wireless drive-through system according to the embodiment of the present invention.

FIG. 5 is an example of product information provided by a store server in the wireless drive-through system according to the embodiment of the present invention.

FIG. 6 is an example of a product order screen provided by a store server in the wireless drive-through system according to the embodiment of the present invention.

FIG. 7 is an example of a product order screen generated by a store server in the wireless drive-through system according to the embodiment of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 User 2 Vehicle 3 Road 4 Drive-through 5 Store 10 In-vehicle equipment 11 Transmission / reception antenna 12 Transmission / reception unit 13 Interface unit 14 Demodulation unit 15 Control unit 16 Data processing unit 17 Audio output unit 18 Image output unit 19 Input / output unit 20 Card terminal 21 Control unit 22 input / output unit 23 card read / write unit 24 storage unit 30 wireless repeater 31 antenna unit 32 transmission / reception unit 33 interface unit 34 demodulation unit 35 control unit 40 store server 41 antenna unit 42 transmission / reception antenna 43 interface unit 44 demodulation unit 45 control section 46 input section 47 output section 48 order processing section 49 storage section

Continuation of the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat II (reference) G06F 17/60 506 G06F 17/60 506 G07G 1/01 301 G07G 1/01 301D // G07B 15/00 510 G07B 15 / 00 510

Claims (17)

[Claims] 1. A store server installed in a store, transmitting merchandise information and receiving order information, an in-vehicle device receiving the merchandise information and transmitting merchandise order information, and installed near a store entrance. A relay device that relays wireless transmission and reception between the store server and the in-vehicle device, a wireless drive-through system, wherein the store server transmits product information to the in-vehicle device via the relay device, The in-vehicle device receives product information from the store server, displays the product information on a display screen, selects a product desired by a user from the displayed product information, and Transmitting order information to a server, the store server receiving the order information transmitted from the in-vehicle device, and generating order information for selling a product based on the order information. Wireless drive-through system. 2. The wireless drive-through system according to claim 1, wherein the order information includes vehicle information for identifying a vehicle equipped with the on-vehicle device. 3. A store server for transmitting store information and product information and receiving order information; an on-board device for receiving the store information and product information and transmitting product order information; A plurality of relays for relaying wireless transmission and reception to and from the on-vehicle device, comprising: a wireless drive-through system, wherein the store server is connected via a first relay installed at a predetermined distance from the store. A guide transmitting unit for transmitting a store guide, an information transmitting unit for transmitting product information, a product order receiving unit for receiving order information sent from the in-vehicle device, and generating order information based on the received order information; The vehicle-mounted device, the information receiving means for receiving a store guide and product information transmitted from the store server, a display means for displaying the received store guidance and product information, A product desired by the user is selected from the product information displayed by the indicating means, and the order information is transmitted to the store server via a second repeater installed at an entrance of a predetermined area including the store. A wireless drive-through system comprising: a product ordering means. 4. The store guidance transmitted by the guidance transmitting means includes position information of the store, and the display means displays the position of the store on a map on a screen of the on-vehicle device. The wireless drive-through system according to claim 3, wherein: 5. The store server further includes a settlement unit for performing settlement by wireless communication with the on-vehicle device, wherein the settlement unit operates a third repeater installed at an exit of the predetermined area. The wireless drive-through system according to claim 3, wherein a settlement process is performed based on order information generated by the product order receiving unit. 6. The store server further includes identification means for identifying a commodity order means for transmitting the order information, wherein the commodity order receiving means generates order information in accordance with the order identified by the identification means. 6. The wireless drive-through system according to claim 3, wherein the order information includes the order information. 7. The in-vehicle device transmits user identification information for using the store to the store server in response to product information sent from the store server. 6. The wireless drive-through system according to claim 3, wherein order information is generated in accordance with the order of the user identification information, and the order information includes the order information. 8. The product ordering means through a fourth repeater installed between an entrance and an exit of the predetermined area, wherein the identification means identifies the commodity ordering means. A wireless drive-through system according to claim 1. 9. A wireless drive-through system comprising: a store server that provides content to a vehicle-mounted device capable of wireless communication; and a relay device that relays wireless transmission / reception between the vehicle-mounted device and the store server. The store server transmits product information to the in-vehicle device via the repeater, the store server receives order information of the product transmitted from the in-vehicle device via the repeater, and A wireless drive-through system comprising: generating order information for selling a product based on the order information; and transmitting predetermined content to the in-vehicle device via the relay device based on the order information. 10. A store server for transmitting store guidance and product information and receiving order information; an on-board device for receiving the store guide and product information and transmitting product order information; A wireless drive-through sales method using a plurality of repeaters that relay wireless transmission and reception with the on-vehicle device, wherein the store server is connected via a first repeater installed at a predetermined distance from a store. A guide transmitting step of transmitting a store guide, an information transmitting step of transmitting product information via a second relay installed at an entrance of a predetermined area including the store, and an order transmitted from the on-vehicle device Receiving information and generating order information based on the received order information. The in-vehicle device receives a store guide and product information transmitted from the store server. Information receiving step, a display step of displaying the received store guidance and product information, and selecting a product desired by the user from the product information displayed in the display step, via the second relay machine, A product ordering step of transmitting order information to the store server. 11. The store guidance transmitted in the guidance transmission step includes position information of the store, and the display step displays the position of the store on a map on a screen of the on-vehicle device. The wireless drive-through selling method according to claim 10, wherein: 12. The store server further comprises a settlement step of performing a settlement by wireless communication with the on-vehicle device, and in the settlement step, a third repeater installed at an exit of the predetermined area is provided. 12. The wireless drive-through selling method according to claim 10, wherein a settlement process is performed based on the order information generated in the product order receiving step. 13. The shop server further comprises an identification step of identifying the order information transmitted from the on-vehicle device, and in the commodity order receiving step, order information is generated in accordance with the order identified in the identification step. 13. The wireless drive-through selling method according to claim 10, wherein the order information includes the order information. 14. In the identification step, via a fourth repeater installed between an entrance and an exit of the store,
14. The wireless drive-through selling method according to claim 13, wherein the order information transmitted in the commodity ordering step is identified. 15. A store server communicable with a vehicle-mounted device via a plurality of wireless repeaters for transmitting and receiving data to and from a vehicle-mounted device capable of wireless communication, wherein the first server is located at a predetermined distance from the store. Guide transmitting means for transmitting store guidance to the in-vehicle device via the repeater, information transmitting means for transmitting product information to the in-vehicle device, and the in-vehicle device based on the product information transmitted by the information transmitting means Product order receiving means for receiving order information received from a second relay machine installed at the entrance of a predetermined area including the store, and generating order information based on the received order information. Store server characterized by the following. 16. A payment means for making a payment by wireless communication with the on-vehicle equipment, wherein the payment means is provided with a third repeater installed at an exit of the predetermined area. The store server according to claim 15, wherein a payment process is performed based on order information generated by the order receiving means. 17. An apparatus further comprising identification means for identifying the order information, wherein the commodity order receiving means generates order information in accordance with the order identified by the identification means, and the order information includes the order information. The store server according to claim 15 or 16, wherein: