WO2011078723A1 - Système de commande et d'achat de produits et de services (variantes), procédé de mise à la vente et de passage de commande, et procédé de vente de produits et de services - Google Patents

Système de commande et d'achat de produits et de services (variantes), procédé de mise à la vente et de passage de commande, et procédé de vente de produits et de services Download PDF

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Publication number
WO2011078723A1
WO2011078723A1 PCT/RU2009/000725 RU2009000725W WO2011078723A1 WO 2011078723 A1 WO2011078723 A1 WO 2011078723A1 RU 2009000725 W RU2009000725 W RU 2009000725W WO 2011078723 A1 WO2011078723 A1 WO 2011078723A1
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WIPO (PCT)
Prior art keywords
payment
obligations
goods
terminals
services
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PCT/RU2009/000725
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English (en)
Russian (ru)
Inventor
Валерий Иванович СТАРОДУБЦЕВ
Original Assignee
Starodubtsev Valeriy Ivanovich
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Application filed by Starodubtsev Valeriy Ivanovich filed Critical Starodubtsev Valeriy Ivanovich
Priority to PCT/RU2009/000725 priority Critical patent/WO2011078723A1/fr
Publication of WO2011078723A1 publication Critical patent/WO2011078723A1/fr

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/06—Buying, selling or leasing transactions
    • G06Q30/0601—Electronic shopping [e-shopping]
    • G06Q30/0603—Catalogue ordering

Definitions

  • the invention relates to a system of orders and sales of goods and / or services, a method for offers for sale and ordering, and a method for selling goods and services, and can be used in the field of automation of commercial transactions in the service sector, in the field of trade, in the field of consumption, payment for consumption, as well as when creating a universal payment system, with which you can make and place orders, including make orders using mobile communications or the Internet, trade in goods and make various types of payments, including to pay for goods and / or services to pay for repayment of the loan, pay fines, implement utilities such as electricity, gas, water, telephone, mobile phone, etc.
  • a system for selling goods and services is used, containing one center for the distribution of obligations, N nodes for the distribution of obligations, M terminals of the seller, K terminals for the distribution of obligations.
  • the obligation distribution center is configured to control the interaction between the distribution nodes, store data of obligations, offers and notifications of receipt of funds, ensure information security of the distribution of obligations and offers, and the specified center is connected by telecommunication channels with the distribution nodes of obligations.
  • the nodes of the distribution of obligations are made with the ability to manage the distribution terminals, storing obligations and offers, and each specified node is connected to the seller’s terminals and distribution terminals via telecommunication channels.
  • the seller’s terminals are capable of providing input of data on obligations and offers, storing them in a database, encoding and transferring data of obligations and offers to the distribution site of obligations.
  • Distribution Terminals The obligations are fulfilled with the possibility of ensuring the selection and payment of the goods or service, the formation of obligations, the provision of the buyer with the receipt of the obligation for the goods or service or the receipt of the notification of the received funds, the reception and decoding of these obligations and offers from the distribution center of the obligations.
  • the seller’s terminal In the methods of selling the prototype, the seller’s terminal generates obligations for the goods or service, which are stored in the seller’s terminal database and which contain data including a data set about the product or service and an identifier.
  • Obligation data is encoded and transmitted over the telecommunication channel from the seller’s terminal to one obligation distribution node, in which the data of the indicated obligations are received via the telecommunication channel, decoded and recorded are the obligations data in the database of the indicated node, where the data are then re-encoded and transmitted over the telecommunication a communication channel to an obligation distribution center in which data of said obligations are received via a telecommunication communication channel, decoded and record the data of obligations in the database of the center for the distribution of obligations.
  • the data is then re-encoded and, in accordance with the selected distribution route, transmitted via telecommunication channels to the corresponding obligation distribution nodes, in which the obligation data is decoded, recorded in the respective databases of the indicated nodes, re-encoded obligation data and transmitted in accordance with the distribution route communication channels from the indicated nodes for the distribution of obligations to various terminals for the distribution of obligations, in each m, of which the specified data is received via a telecommunication channel, decode and record the data of obligations in the database of the specified terminal distribution of obligations.
  • customers select a product or service, pay for the selected product or service and receive a receipt of the obligation on a tangible medium containing these obligations for the purchased product or service and information about the transaction in accordance with the requirements of the fiscal authorities.
  • the buyers present the receipt of the obligation to the seller who formed the specified obligation to receive the goods or services, enter the data from the specified receipt in the seller’s terminal and use the seller’s terminal to compare the data identifier of the presented obligation with identifier of the obligation formed earlier and stored in the database of the seller’s terminal, and if they coincide, they buy goods or provide a service to the buyer.
  • the disadvantage of the prototype of the invention is the low functionality of the system and methods of the prototype, due to the fact that the seller’s terminal allows you to work with only one buyer, who must view goods and services, and then make a choice. This requires considerable time for servicing one customer, thereby limiting other customers in working with the terminal, creating queues, thereby increasing the service time.
  • the closest analogue of the proposed method of offering for sale and placing orders of goods and / or services is the method of offering for selling and placing orders, selling goods and services described in RF patent N ° 2191482, 7 N04MZ / 50, 10.20.2002, in which the seller offers the indicated goods to a plurality of subscribers of the mobile radio communication network via various communication channels, interested subscribers enter the identification of the offer into their mobile devices and transmit it via short messages via the mobile radio communication network to the central a service station, at which the subscriber is identified and the information contained in the short messages is associated with the subscriber’s identification data, moreover, the information on the available quantity of at least some of the offered goods is stored in memory, and a marker is transmitted for the workable order received to the respective seller and to the mobile device of the respective subscriber, the marker represents an unambiguous confirmation of the ordered goods or the ordered service and / or correspondingly guide Seller and exchanged for the corresponding product or service, this for each incoming order for which was formed token, reduce the quantity information and cease to offer goods
  • the technical result is the extension the functionality of mobile communications, but in terms of the offer to sell, receive and place orders for goods and / or services, the prototype has limited functionality due to the fact that the marker is an unambiguous confirmation of the ordered goods or the ordered service and / or the corresponding seller, the customer can only be received on a mobile radiotelephone, on a portable personal computer with the corresponding functions of mobile radio communication, where the marker may not be saved or deleted by negligence or in the mobile
  • the device may run out of battery power and the customer will not be able to receive and / or confirm at the right time their order and receive goods already paid, the possibility of receiving the marker by the customer in another way, for example, on rewritable or non-rewritable media, is also excluded.
  • This is a disadvantage of the prototype method in terms of offers for sale, receiving and placing orders.
  • the disadvantage of this method is that the order and payment for the ordered goods are combined in one action, thereby eliminating the customer’s ability to refuse the order, and the marker received by the subscriber on a mobile device and representing an unambiguous confirmation of the ordered goods or the ordered service and / or of the respective seller and exchanged for the corresponding product or corresponding service, can be counterfeited by copying and duplicating it to another mobile device makes it possible to reuse or double purchase of a product or service at the same time at different points of sale of the seller, for example, an unscrupulous consumer can use the copied marker as a pass ticket for a sporting event. Also, the disadvantage of this method is that the customer does not receive a document confirming the conformity of the order and the received goods.
  • the identification of the proposal can be formed in different places, on the offer server, on the switching module, directly by the seller, this can lead to a repeat of the identification of the proposal coming from different places.
  • the subscriber does not seem possible to obtain the subscriber’s identity, such as the address of the interested subscriber, possibly also his language and other information, for example, an additional address for calculations and a delivery address, or information on the solvency of the respective subscriber from the mobile operator, as this information is strictly confidential.
  • Another disadvantage of this method is that payment for a product or service occurs at the place of payment for communication services or through a person providing financial services, for example, at the bank’s cash desk, which turns these places into stores and requires additional operators who know the structure of the goods, their characteristics, etc. If the money for a product or service is withdrawn from the account, then the payment for the product or service is limited to the amount, usually small, on the subscriber’s personal account. In many countries, there is a restriction on the amount of such purchases of goods and services at the legislative level.
  • the present invention is the creation of a system of orders and sales of goods and / or services, a method of offering for sale and placing orders, and a method of selling goods and / or services that do not have the disadvantages of the above known solutions.
  • the technical result achieved in this case is to increase the system’s functionality in the implementation options through the methods of offering for sale and placing orders, selling goods and / or services that provide a high degree of automation, reducing labor costs, reducing errors in entering information, increasing efficiency, confidentiality and security making payments at the lowest cost to the seller and the consumer.
  • the technical result in the first version of the system of orders and sales of goods and / or services is to increase the functionality of the system, provide functions of the order, pay for the order, pay for the ordered goods and / or services, introduce a machine-readable input function that is significant for ordering and paying for goods and / or information services, including their cost.
  • the task in the first version of the system is achieved in that the system of orders and sales of goods and / or services containing on the management side one center of obligations, on the side of sellers M terminals of sellers, on the payment side K terminals for payment of obligations, and the center of obligations is made with the possibility of providing management interaction between the terminals of the system, storage of databases of obligations, generation of notifications of receipt of funds, information security, transfer of obligations and edomleny, said center is connected via telecommunication channels to the terminals of the system sellers terminals configured to provide data input obligations and proposals, storing them in databases, encoding and decoding data, receiving and transmitting data to the center of obligations and receiving data from it, a device for receiving, encoding, decoding data of obligations and offers and transferring relevant data to the center of obligations, the party paying obligations is represented autonomous payment terminals, each of which is made with the possibility of paying for goods and / or services, providing the buyer with a receipt of the obligation for the goods or service or receipts information on received funds, receiving and decoding data of
  • the proposed set of features used in the first version of the system to implement the methods of ordering and selling goods and / or services allows to obtain the claimed technical result, increasing the functionality of the system, achieved by introducing the system of separated functions of the order, payment of the order, in cases where order is charged, payment for the ordered goods and / or services.
  • each customer’s mobile terminal can receive, encode, decode, generate, transmit to devices, including print devices or machine-readable identification markers on the media, and each storage
  • Also achieved by the technical result of the first version of the system of orders and sales of goods and / or services, is the introduction in the system of a function of machine-readable input that is significant for the execution of orders and payment for goods and / or services of information, including their cost, by introducing into the system of autonomous payment terminals completed with the ability to read machine-readable identification markers of sale obligations, orders, payments, formed in the center of obligations and placed on consumer terminals, including mobile and / or on information carriers presented at payment terminals.
  • the technical result in the second version of the system for implementing methods of ordering and selling goods and / or services is to increase the functionality of the system, expanding the offer and sale of goods and / or services, simplifying the procedures for ordering and paying for the ordered goods.
  • the task in the second version of the system is achieved in that the system of orders and sales of goods and / or services containing on the management side one center of obligations, on the side of sellers M terminals of sellers, on the payment side K terminals for payment of obligations, and the center of obligations is implemented with the possibility of providing management interaction between the system terminals, storage of obligations databases, generation of notifications on receipt of funds, information security, transfer of obligations and departments, the specified center is connected via telecommunication channels with the system terminals, sellers terminals are configured to provide input of obligations and offers data, store them in databases, encode and decode data, receive and transmit data to the obligation center and receive data from it, device receiving, encoding, decoding data of obligations and offers and transferring the corresponding data to the center of obligations, the party of payment of obligations is represented by payment terminals, each of which it is made possible to provide the buyer with information about the product and / or service, receive and register payments, generate notifications of received funds and identifiers to them, provide the buyer with a receipt of an obligation for the goods or service, or
  • the proposed set of features used in the second version of the system to implement the methods of ordering and selling goods and / or services allows to obtain the claimed technical result, increasing the functionality of the system, achieved by introducing in the system separate from the payment function, the function of ordering goods and / or services, account of the introduction in the system of the center of obligations fulfilled with the possibility of ensuring the formation of requests and responses to requests, receiving processing and transmitting data, including orders, requests and from signs, the formation of identification codes, including the formation of a single database of machine-readable identification markers of sales obligations, orders, payments, goods and / or services, as well as due to the fact that the system, on the buyer's side, is represented by T terminals of buyers, including mobile, providing the ability to form orders and related inquiries and receive answers to inquiries, such as stationary personal computers, including mobile ones, such as laptops, personal digital assistants, mobile phones and / or H information carriers, such as, for example, various standards of bar codes, including two-dimensional bar codes placed on paper, carriers with a microchip of contact reading or contactless reading
  • the technical result achieved in the second version of the system for implementing the methods of ordering and selling goods and / or services is the simplification of the ordering and payment procedures for the ordered goods, achieved by introducing in the system separate functions that enable the ordering and / or payment of the ordered goods and / or services, through the use in the system of the center of obligations performed with the possibility of generating requests and answers to requests, receiving processing and transmitting data, including orders, requests and answers c, the formation of identification codes, including the formation of machine-readable identification markers of sales obligations, orders, payments for goods and / or services, as well as through the introduction into the T system of customer terminals, such as stationary personal computers, including mobile ones, such as laptops, personal digital assistants, mobile phones and / or H storage media, such as, for example, various standards of bar codes, including two-dimensional bar codes placed on paper, media contact with a microchip reader or noncontact reader (radiochip, radiofrequency or electronic tags), magnetic stripe, placed for example on a plastic card.
  • each of group H contains a machine-readable
  • the task in the method of offers for sale and placing orders is achieved by the fact that subscribers of a mobile radio network can order, from a variety of sellers, available and offered for sale goods and / or services, while the sellers identify the various goods and / or services offered to consumers using various relevant identifications of the offer, and each identification of the offer contains the identification of the seller, using their mobile devices, subscribers order a specific product and / or a certain service, at the same time they enter the corresponding identification of offers into them and transmit the relevant information about the orders through the communication channels to the receiving module, where, in response to the received information, they generate and transmit messages for subscribers who placed the order, each of which contains, in case of availability of goods and / or services, a marker, which is received and stored, and the marker represents an unambiguous confirmation of the order made by the consumer, and for each order received, for which a marker has been transferred, the corresponding information on the available quantity of goods and / or services is reduced, the new method in the proposed method according to the invention is that sellers form sales obligations for each product and
  • the proposed set of features of the method of proposals for sale and placing orders allows to obtain the claimed technical result by expanding the functionality of the method, due to the fact that consumers use it for ordering goods and / or services, various storage media, as well as consumer terminals, including mobile ones, allowing operation with various reading devices and systems used to order goods and / or services.
  • various standards of bar codes including two-dimensional bar codes placed on paper, media with a microchip of contact reading or contactless reading (radio chip, radio frequency or electronic tags), media with a magnetic strip, placed, for example, on a plastic card, and the same consumer terminals, such as stationary personal computers, laptops, personal digital assistants, mobile phones used for ordering, containing, receiving, encoding, decode those generating, transmitting, including to printing devices or to media, machine-readable identification markers of sales, orders, payment for goods and / or services that can be read automatically in any payment terminal equipped with at least one machine-readable code reader and a system that provides the implementation of the method.
  • the technical result achieved is an increase in security and confidentiality in the implementation of the method due to the fact that no additional introduction of the anti-counterfeiting function is required, since the machine-readable order markers used in the method are not proof of payment for the ordered goods or the ordered service and cannot be exchanged for goods and / or services, as well as are impersonal in relation to the customer, which increases the confidentiality of the method.
  • the technical result in the method of selling goods and / or services is to expand the functionality of the method, increase the degree of automation of the process, reduce labor costs, reduce the number of errors in entering information, increase the speed of service while maintaining maximum confidentiality of the entered information, increase the convenience of accessing services, simplify and speed up payment procedures, increasing the efficiency of receipt of payments.
  • the task in the method of selling goods and / or services is achieved by the fact that sellers form and store sales obligations for each product or service and the identifiers corresponding to them, including a set of data about a product or service, in the databases of the seller’s terminals, then transmit the data of obligations, by to the telecommunication channel, from the seller’s terminals to the center of obligations, in which this information is received and recorded in its database, these data are then transmitted in accordance with the selected distribution route to the respective various payment terminals of obligations, in each of which the data is received via the communication channel and write to the database, then buyers select a product or service, pay for the selected product or service and receive a payment receipt with information about the transaction in accordance with the requirements of the fiscal authorities, upon receipt of the goods or service, they present the receipt of payment of the obligation to the seller who has generated the specified obligation to compare the receipt data of the obligation presented by the buyer with the data of the obligation formed earlier and stored in the seller’s terminal database, and if they coincide, they give the buyer goods or provide the
  • each interested consumer when each interested consumer enters information from the order marker into the receiving module of the autonomous payment terminal, in case when the cost of the goods and / or service is less than the face value of the bill of money paid, each interested consumer enters the value of the main payment using the input device of the autonomous payment terminal, and also enters the value of the additional payment and makes an order to transfer the amount of the balance from the main payment to the payment terminal, which is available in the database of the payment terminal and indicated by it, with an automatic receipt of payment of the main payment and receipt of payment of the additional payment.
  • the proposed combination of features of the method of selling goods and / or services allows to obtain the claimed technical result by expanding the functionality of the method due to the fact that in it, consumers use various storage media, as well as terminals, to order and pay for goods and / or services offered for sale.
  • consumers including mobile ones, containing machine-readable markers that allow functioning with various reading devices and systems used to order and pay for goods and / or services .
  • various standards of bar codes including two-dimensional bar codes placed on paper, media with a microchip of contact reading or contactless reading (radio chip, radio frequency or electronic tags), media with a magnetic strip, placed, for example, on a plastic card, and same devices, stationary personal computers, laptops, personal digital assistants, mobile phones containing, receiving, encoding, decoding, generating, transmitting, including to printing devices or media, machine-readable identification markers of sales obligations, orders, payments for goods and / or services, which can be read automatically in any payment terminal equipped with at least one machine-readable code reader and a system that ensures the implementation of the method.
  • a high degree of automation of the process, reducing labor costs, reducing the number of errors in entering information, is achieved due to the fact that the method uses machine-readable markers of the obligation to sell, order, pay for goods and / or services in which the price of the goods and / or the cost of the service are encoded, this allows you to automate and speed up the process of entering information important for ordering and paying for goods and / or services, reduce labor costs, reduce the number of errors in entering information, as it significantly decreases manual input of information.
  • the increase in the speed of service is also due to the fact that the method uses machine-readable markers to read information from them and enter it automatically, thereby reducing the input time, while maintaining maximum confidentiality of the entered information, due to the fact that machine-readable markers are impersonal in relation to the customer.
  • machine-readable markers are impersonal in relation to the customer.
  • By printing a tangible medium containing at least one machine-readable marker confirm the order and / or payment for goods and / or services, this increases security and reduces costs for the consumer, buyer and seller, increases the convenience of accessing services.
  • the simplification and acceleration of the payment procedure occurs due to the fact that the method uses machine-readable markers in which the price of the goods and / or the cost of the service are encoded, this allows you to automatically read and enter this information, thereby increasing the efficiency of payment receipt.
  • FIG. 1- presents the structure of the system of orders and sales of goods and services with
  • FIG. 2 - presents the structure of the system of orders and sales of goods and services with payment terminals managed by operators (cash nodes, cash
  • FIG. 3 - a logical diagram illustrating the implementation of the method of offers for sale and placing orders in the implementation of the system of orders and sales of goods and services;
  • FIG. 4 - a logical diagram illustrating the implementation of the method of selling goods and services in the implementation of the ordering system and the sale of goods and services;
  • FIG. 5 - shows a diagram of the structure of the center of obligations
  • FIG. 6 is a structural diagram of an autonomous payment terminal.
  • autonomous payment terminals are used as payment terminals, for example, located on the territory of trade enterprises, in crowded places, at stations, in the metro.
  • information about a product and / or service is entered by the consumer from machine-readable markers independently without intermediaries.
  • the system for the implementation of orders and sales of goods and / or services, in the first embodiment is constructed in accordance with the architecture shown in FIG. 1 and contains four interaction sides: the management side represented by the center of obligations 25, the seller side represented by the sellers terminals 1, the payment side represented by autonomous payment terminals 8, the consumer side represented by consumer terminals 6 and storage media 5.
  • Parties: management, sellers , buyers, are described in the description of the second variant of the system.
  • the payment party in the first embodiment is represented by an autonomous payment terminal 8.
  • an autonomous payment terminal 8 One of the possible implementations of the payment terminal is described. This means that there are other varieties of the payment terminal, which may differ from the described implementation, but perform similar functions and are able to work as part of an order and sale system for goods and / or services.
  • Autonomous payment terminal 8 (Fig. 6) contains a control controller 9, a scanner 23 that reads machine-readable codes, including machine-readable markers of sales, order, payment obligations, printer 16, which prints the necessary data and issues a check or other payment document identifying the purchase connected to the control controller 9 through the fiscal memory block 15, the payment reception and registration unit 12, intended for receiving and registering funds, including a bill acceptor 13 and a plastic card reader 14, connected connected to the control controller 9, a display with a touch panel 10 that displays the menu of the stand-alone payment terminal, including an information input keypad, which provides the buyer with information about the selected unit of goods and / or service and is intended to display the menu and data of the stand-alone payment terminal of obligations data through the touch keyboard connected to the control controller 9, the power supply 17, designed to provide uninterrupted power to the terminal devices, connected to the control controller 9, as well as each stand-alone payment terminal, contains a service keypad 11 for inputting service and other service commands and connected to the control controller 9, an alarm unit 17 for detecting attempts to steal money or attempts to damage
  • Standalone payment terminal can be floor or wall.
  • the case of the Payment Terminal is made of metal and ensures the terminal's resistance to breaking and vandalism.
  • a display 10 On the front side of the terminal there is a display 10 (Fig. 6), a model LCD matrix with a vandal-proof screen with a touch panel, for example, General Touch TL6B17PSI or TFT with a diagonal of 17 ", a touch panel such as A-Touch or General Touch.
  • the display of the terminal with a touch the screen is used to enter and display information intended for ordering and paying for the ordered goods and / or services.
  • a cash receiving unit 12 in the form of a bill acceptor 13, designed to receive paper notes and equipped with a cash register You can use, for example, a CashCode SM horizontal bill acceptor (1000/1500 notes) or ST-07 manufactured by CashCode Co. Inc.
  • the payment terminal is equipped with a man-receiver, for example, a man-receiver of the company HUAI-I (Taiwan, trademark WEI-YA).
  • a plastic card reader is also located on the front side of the payment terminal 14. The plastic payment card reader is designed to receive payment for the selected product or service using bank plastic payment cards. As readers of plastic payment cards, you can use, for example, card readers, models Magtek IS 320, Sankyo ICT3K5, or readers, KF1100 manufactured by ESTRONICS or MCR35 manufactured by SINGULAR.
  • a scanner of 23 bar codes for example, Zebex A-50M, Metrologic IS3480 quantum, or another reader of 23 machine-readable codes, and a lock of a high degree of security and an instruction manual for the terminal.
  • the instruction manual for the distribution terminal is intended to inform the buyer about how to use the payment terminal when ordering and paying for the ordered goods and / or services and how to pay for them, as well as about the features of working with the touch screen, bill acceptor, plastic card reader, machine-readable code reader printer.
  • the control controller 9, for example, General Touch (RS-232), of the payment terminal is designed to store information about goods and / or services and their machine-readable tokens, identifiers, generate notifications of receipt of funds, data encoding for transmission to the commitment center 25 (Fig. .1) via a telecommunication channel or using an external information storage device, decoding data received from the center of obligations on a telecommunication channel or using an external information storage device, to manage Avoiding all the components of the payment terminal connected to it - a display with a touch panel 10, a money receiving unit 12, a machine-readable code scanner 23, a printer 16, a global communication interface 22, a local communication interface 21, a digital video camera 20, a microphone and speakers 19, an alarm unit 18 and a power supply 17.
  • RS-232 General Touch
  • the control controller 9 can be represented by the Pacific 1000 system unit (lGhz, 256MB, 40GB, 4COM) or Celeron 1.8 GHz (800 MHz, opera memory 512 Mb DDR, ⁇ - 160 Gb, video-64-256 Mb, sound - 64 bit ,, DVD / CD-ROM, speakers 2x2vat).
  • the printer 16 can be represented, for example, by a CitizenCBM 1000 thermal printer, a Star MicronixTSP 600 SVM 2000, an M-mini-FR-K bar, and provides printing on a paper tape of receipts (checks).
  • the receipt printer is located inside the housing of the autonomous payment terminal and contains sufficient paper supplies for continuous operation.
  • the alarm unit 18 which includes alarm sensors (alarm sensors), a sound autonomous siren and connected to the control controller 9. Shock, volume, photosensors and contact sensors are used as alarm sensors sensors.
  • the sound siren is self-powered.
  • ASUS CIDB Chassis Intrusion Sensor Module manufactured by ASUSTeK COMPUTER INC.
  • Digital ⁇ video camera 20 is connected to the control controller and is intended to be stored in the memory of the control controller and subsequent image processing from the video camera. Video information is used later in the analysis of cases of vandalism in relation to the payment terminal.
  • For a video signal conversion device you can use the ASUS AGP-V3500 controller manufactured by ASUS TEK COMPUTER INC.
  • the microphone, speakers and the audio signal conversion device 19 are connected to the control controller 9 and are used for recording and reproducing audio information.
  • a sound conversion device you can use CREATIVE Sound Blaster 128 manufactured by CREATIVE Co., Inc.
  • speakers you can use the CRS-PC21 speakers manufactured by SONY.
  • the fiscal memory block 15 of the payment terminal is intended for fixing in the memory of the block all operations carried out on the payment terminal.
  • the fiscal memory block is included in the disconnection of the control controller 9 and the receipt printer 16. The fiscal inspector accesses the contents of the fiscal block by entering a special code.
  • the global communication interface 22 of the distribution terminal is designed to organize data exchange over a telecommunication communication channel, including mobile, between an autonomous payment terminal 8 and a commitment center 25 (Fig. 1) and includes, a modem, for example, Siemens MS 35i or GPRS- USB U200 + WatchDog modem, or, for example, USC Sportster 28800 modem manufactured by 3COM Inc, connected to a GPRS antenna, for example, model 905 GSM Mini Super, or to a telecommunication channel of communication - a wired line, and a network controller, for example, ⁇ locker509 manufactured by the company 3COM Inc., for both sintering the possibility of connecting the payment terminal to a high-speed telecommunication communication channel.
  • a modem for example, Siemens MS 35i or GPRS- USB U200 + WatchDog modem, or, for example, USC Sportster 28800 modem manufactured by 3COM Inc
  • a GPRS antenna for example, model 905 GSM Mini Super
  • a network controller for example, ⁇
  • the local communication interface 21 of the payment terminal is designed to organize the exchange of data between the stand-alone payment terminal 8 and an external storage device and includes, for example, an infrared transceiver, for example, ASUS IrDA-compliant infrared module manufactured by ASUSTeK COMPUTER INC., Connected to the manager to the controller.
  • An external information storage device may be, for example, a mobile phone equipped with an infrared transceiver.
  • the power supply unit 17 of the payment terminal is designed to provide power to all components of the terminal and includes rechargeable batteries to ensure the operation of the terminal in the event of primary power failure.
  • the control controller 9 controls the state of primary power and the state of the batteries of the power supply. Also, the control controller can control the power supply 17 of the autonomous payment terminal, disabling individual power consumers - low power mode.
  • the power supply uses a standard power supply with a built-in uninterruptible power supply UIPS-300.
  • the stand-alone payment terminal 8 is equipped with any known software described later in this text that is compatible with the terminal equipment.
  • the stand-alone payment terminal in the normal mode of operation provides the consumer with the possibility of self-service ordering and / or purchasing in cash (when calculating by paper notes) or by bank transfer (when calculating using a plastic card) goods and / or services presented in the database payment terminal.
  • the database is updated and updated via the communication channel from the center of obligations in real time.
  • the consumer Before performing the operation of ordering and / or purchasing goods and / or services in the payment terminal, the consumer gets acquainted with the rules and features of working with the payment terminal in the instruction manual. Further, the consumer, using his carrier or the customer’s terminal with a machine-readable marker of the obligation to sell, places an order for the corresponding product and / or service.
  • the consumer enters, using the scanner of the autonomous payment terminal, the identification code of the corresponding product and / or service encoded in the machine-readable marker of the sales obligation, located on / in the carrier provided by the consumer or the consumer’s terminal.
  • Media and consumer terminals used when ordering and / or purchasing goods and / or services are described further in this text.
  • the information automatically goes to the control controller of the payment terminal, where the goods and / or services being ordered are determined and their availability at a given time. If the ordered goods and / or services are not available, to the consumer making the order, the execution failure is reproduced on the monitor of the payment terminal with an appropriate justification.
  • the consumer is shown on the payment terminal monitor the characteristics and delivery conditions of the corresponding product and / or service provision, as well as other information about the product and / or service.
  • the consumer confirms the order by selecting and pressing the corresponding button displayed on the touch screen.
  • the consumer may be on the order by pressing the corresponding refusal button also displayed on the touch screen.
  • the printer of the payment terminal prints the order receipt containing the machine-readable order marker of the corresponding product and / or service. All information about the order made is transmitted via communication channels to the center of obligations.
  • a consumer pays for the ordered goods and / or services in an autonomous payment terminal from a terminal presented by a consumer
  • a machine-readable order marker on his consumer terminal, or from a storage medium, for example, from a paper medium
  • an order receipt issued by an autonomous payment terminal is read out by a scanner of an autonomous payment terminal, a machine-readable order marker. All entered information is stored in a database and information on the ordered and paid goods and / or service is displayed on the touch screen.
  • the consumer pays for the corresponding goods and / or services, using a money receiving unit for payment, for example, a bill acceptor, when calculating with paper notes, entering them into the bill acceptor, or using a plastic card reader for payment, by bank transfer, entering a payment card, for example, a credit card, in the card reader - an information reader.
  • the value of the payment amount is displayed on the touch screen of the stand-alone payment terminal.
  • the consumer confirms the payment of the corresponding ordered goods and / or services by selecting and pressing the corresponding button displayed on the touch screen. The consumer may be unable to pay by pressing the corresponding rejection button also displayed on the touch screen.
  • the printer of the stand-alone payment terminal prints a receipt, a check.
  • the receipt contains all the data about the ordered and paid product or service, including at least a machine-readable payment marker, for example, in the form of a bar code, the name of the product and / or service, the purpose and amount of payment, additional data required by the fiscal bodies.
  • the receipt may also contain a corresponding machine-readable sales obligation marker and / or order marker.
  • the stand-alone payment terminal has a function of forwarding information. Using this function, you can enter, using the menu displayed on the touch screen of the terminal, the address for receiving information, for example, the address on the receiving medium or on the mobile terminal, and it will be sent to this address. This can be done if, for example, there is no paper information carrier, a receipt tape on which information should be displayed, for example, order information.
  • the address may be, for example, an e-mail client, or an ICQ client consumer.
  • information can be transmitted from an autonomous payment terminal directly to a receiving medium or a consumer terminal using, for example, methods of transmitting information by radio wave transmission via Bluetooth, microwave waves are used, through an infrared (IR) port which is designed to transfer data to another device with infrared, without cable connections.
  • IR infrared
  • the stand-alone payment terminal also has a payment distribution function. Using this function, you can enter, using the input block displayed in the menu on the touch screen of the autonomous payment terminal, the value of the main payment, and you can also enter, using the same input block, the value of the additional payment. This can be done if, for example, the cost of the ordered and paid goods and / or services is less than the denomination of the bill or the value of the amount of banknotes entered into the bill acceptor for payment, and a cash balance is formed. In this case, the consumer enters into the corresponding blocks displayed on the touch screen menu of the autonomous payment terminal, the value of the main payment and the value of the additional payment, based on the value of the main payment and the balance entered funds.
  • the stand-alone payment terminal using the appropriate software, can automatically calculate and enter the value of the main and additional payments, based on the value of the main payment and the balance entered by the funds, into the corresponding blocks displayed in the menu on the touch screen of the stand-alone payment terminal.
  • the consumer enters into the appropriate block displayed in the menu on the touch screen of the autonomous payment terminal, the addressee or account or number, for example, the number of his mobile phone, to which the amount of the additional payment should be transferred.
  • the touch screen of the stand-alone payment terminal displays all input information, including the value of the primary and secondary payments.
  • the consumer confirms the payment of the corresponding ordered goods and / or services by selecting and pressing the corresponding button displayed on the touch screen and confirms the payment for the additional payment, by selecting and pressing the corresponding button displayed on the touch screen.
  • the buttons displayed on the touch screen that the consumer presses when confirming payment of the main payment and transferring payment for the additional payment can be combined into one.
  • the consumer may be unable to pay by pressing the corresponding rejection button also displayed on the touch screen.
  • the printer of the autonomous payment terminal prints the payment receipt of the main payment, which contains all the data on the ordered and paid product or service, including at least a machine-readable payment marker, for example, in the form of a bar code, the name of the product and / or service, the purpose and amount of the payment , additional data, including those required by fiscal authorities.
  • the principal payment receipt may also contain a corresponding machine-readable sales obligation marker and / or order marker.
  • the printer of an autonomous payment terminal prints a receipt for payment of an additional payment, which contains at least the purpose and amount of the transfer, additional data, including that required by the fiscal authorities.
  • the consumer informs the seller about the purchase made by him of the corresponding goods and / or services, and agrees on the preferred option for the delivery and / or receipt of the corresponding goods and / or services.
  • the seller After receiving information about the payment for the goods and / or services and fixing them on the seller’s terminal, the seller initiates the delivery of goods and / or the provision of services to the consumer. Delivery can be made directly to the buyer.
  • preliminary information on the seller is provided at the stages of informing the consumer, at the stages of ordering and selling goods and / or services. This information includes telephone, address and other information about the seller and is provided together with markers of obligations of sale, order, payment for goods and / or services.
  • each interested consumer Upon receipt of the goods and / or services, each interested consumer presents a receipt for payment of the obligation the seller who has formed the specified obligation or his representative to compare the receipt data of the obligation presented by the consumer with the data of the obligation generated earlier and stored in the database of the seller’s terminal and the data of the unique identification markers received from the center of obligations after the transaction, each of which is a machine-readable identifier of the ordered product and / or service ordered, price / cost, relevant seller, consumer identifier and identity order kator.
  • the seller or his representative enters the data from the presented receipt into the seller’s terminal and, using the seller’s terminal, compares the entered data with the data stored in the seller’s terminal database. If they coincide, they give the consumer the corresponding product and / or provide the corresponding service. After receipt of the goods by the consumer, the obligation is considered to be extinguished, as a result of which the seller or his representative, the manager for the delivery of the goods, when they are transferred to the consumer, the validity of the check is canceled by tearing it or marking it on the receipt of the order and receipt of the goods by the buyer. And information on the implementation of the order and the cancellation of the check is transmitted to the appropriate system services.
  • a record is made of the repayment of the obligation, the number of relevant goods and / or services offered for sale is reduced, a notification of the repayment of the obligation is generated containing data on the repaid obligation, namely at least a machine-readable marker of the sale obligation.
  • a communication session is initiated with the center of obligations through telecommunication communication channels, by transmitting encoded signals. Data on the repaid obligation is received, encoded and transmitted via the telecommunication channel to the payment terminal, in which the data of the specified notification is received via the telecommunication channel, decoded, recorded in the database, including the database of goods and / or services being ordered, changing and thereby updating the quantity of goods and / or services offered for ordering and / or payment.
  • cash terminals of trade enterprises located at payment points are used as payment terminals.
  • information about a product and / or service is entered from machine-readable markers indirectly by cashier operators.
  • the system of orders and sales of goods and / or services in the second embodiment, is constructed in accordance with the architecture shown in FIG. 2 and contains four interaction sides: the management side represented by the center of obligations 25, the sellers side represented sellers' terminals 1, the payment side is represented by payment terminals operated by operators (cash nodes, cash terminals) 30, the consumer side is represented by consumer terminals 6 and storage media 5.
  • the control side is represented by the commitment center 25 (Fig. 1,2).
  • the obligation center is designed to manage, through communication channels, the interaction between customer terminals, sellers terminals, payment obligations commitments, generating requests and responding to requests, receiving, processing, storing and transmitting data, including orders, requests and answers, generating identification codes , including the formation of machine-readable identification markers.
  • the center of obligations 25 is represented by at least one hardware and software complex, including a server 26 connected to workstations 28 via a local area network, telecommunication means 29, uninterruptible power supply system 27.
  • Server 26 may include a rack enclosure, such as 1U, 2U, 4U, or 5i; a processor, such as Intel, Xeon DP, Xeon MP; chipsets, for example, ServerWorks, Grand Champion NOT; Intel E7501 and E7505, Intel 875P and E7210; motherboards, for example, SSI (Server System Infrastructure); Intel, Supermicro and Tyan Server Works (Server Board SHG2 on Grand Champion LE); I / O bus, for example, PCI Express; a control system that is being redesigned, for example, by a Tyan daughter board, Supermicro; memory, for example, 120 GB with parity (ECC); a disk subsystem, for example, Ultra320 SCSI; RAID controllers allow you to organize a fault tolerant array from a group of hard drives; network interface, for example, Gigabit Ethernet; uninterruptible power supply unit, with power from 400 W and more up to 1 kV, with redundancy (Redundant).
  • rack enclosure such as 1
  • the server is connected to workstations via a local area network.
  • Workstation 28 is represented by a standard configuration office PC with an operating system, for example, Windows Vista / Windows XP / Windows 2000, Microsoft Windows Strver 2005.
  • Server 26 contains telecommunication means of communication 29 and is connected via telecommunication channels with consumer terminals 6 (Fig. 1,2), merchant terminals 1 (Fig. 1,2), payment terminals controlled by operators (cash nodes, cash terminals) 30 (Fig. 2).
  • Server 26 is equipped with specialized software, for example, the Microsoft Windows Strver 2003/2005 operating system; Microsoft SQL Strver 2005; NET Framework 2.0; Windows Vista / Windows XP / Windows 2000, etc., which allows for the operation and interaction between server devices, as well as the operation of communication channels and interaction with customer terminals, seller terminals, payment terminal commitments, etc.
  • Microsoft Windows Strver 2003/2005 operating system Microsoft SQL Strver 2005
  • NET Framework 2.0 Windows Vista / Windows XP / Windows 2000, etc.
  • the center of obligations initiates the receipt of this information received via communication channels.
  • the information received at the server 26 of the commitment center 25 is stored in the server’s memory and based on the information received
  • Each marker is a machine-readable identifier of a product and / or service, cost, the corresponding seller, etc., and is formed on the basis of the corresponding obligation to sell the goods and / or service received from each seller, using software, for example, SellCode 2.0 version.
  • the marker consists of a combination of symbols of an identification, machine-readable code, which may include in any combination such data as the type of product or service, the initial value of the price / value of the product or service, the identity of the supplier, location of the supplier, currency category, language, data on consumer, buyer, received from them, order data, etc.
  • the identification code or marker code may be a random code, or a deterministic code, or a code consisting of a random component and a deterministic component.
  • the buyer initiates a corresponding request and order of goods and / or services
  • information about this is transmitted via communication channels to the server of the center of obligations, where, automatically using the appropriate software, a response message is generated for the consumer who made the order.
  • a response message through the appropriate server ports is transmitted via communication channels to the corresponding consumer terminal or terminal, including the payment terminal, transferring the corresponding token to the medium.
  • the corresponding marker is an order marker, it guarantees the fixing of goods and / or services for the customer, at a certain time and allows you to pay for the ordered goods and / or services.
  • the information stored in the server’s memory of the center of obligations is transmitted via telecommunication channels to the server of the corresponding payment terminal or to the corresponding terminal or payment terminals.
  • All incoming, generated information in the center of obligations and transmitted from it is stored in the server’s memory in the corresponding server databases, and, if necessary, is duplicated on external media.
  • the sellers side is represented by M sellers terminals.
  • the terminals of the sellers 1 are configured to enter data of obligations and offers, store them in a database, encode and decode data, receive and transmit data of obligations and offers to the center of obligations and receive data from it.
  • the seller’s terminal 1 is a personal computer of a standard configuration with software and an operating system, for example, Windows Vista / Windows XP / Windows 2000, equipped with a modem or other telecommunication device that allows the seller’s terminal to connect to the obligation center 25 (Fig. 1, 2) telecommunication channel of communication. Also, the seller’s terminal 1 is equipped with a local communication interface for writing and reading to / from an external information storage device. The seller’s terminal contains a database of formed obligations.
  • a sales obligation is formed on the seller’s terminal, the generated obligation is stored in the seller’s terminal database and then a data exchange process is initiated with the obligation center via a telecommunication channel by transmitting relevant information, for which the obligation or group of obligations can be encoded using, for example, an algorithm according to GOST 28147 - 89 and then transmitted via a telecommunication channel to the center of obligations.
  • An obligation is a data set about a product or service, including: the name of the seller of goods or services, his contact information; name of the product or service; the price of the goods or the cost of the service, etc. Also, these obligations necessarily include the identifier of the sale obligation - sequence characters, unique for each generated obligation, generated on the basis of software generating a set of random numbers.
  • Payment terminal 30 in accordance with the architecture shown in FIG. 2, in the second version of the system, it is represented by a cash register or cash terminal and is an active system cash register, made by a control controller, cashier and customer displays, which provide the customer with information about the unit of goods and / or service he has chosen, a keyboard for manual information input, by a scanner, for reading machine-readable codes and markers, a block for receiving funds, including plastic card readers for receiving and registering payments, bl with a fiscal memory window, a printer that prints a check or other payment document identifying a purchase, prints out customer order receipts, obligations for goods and / or services and / or receipts of notifications of received funds, a communication interface connected to the server.
  • connection of the sales cash terminal to the center of obligations is carried out, as a rule, through a server, for example, the AS @ R WebMaster, AS @ R POS server, combining all the trading cash registers of the trading floor into a single local network of terminals. Connection is through a pass-through channel for data transfer between the trade cash terminal, server and the center of obligations and occurs without any transformation in the intermediate nodes. This requirement is necessary to ensure the security of the transfer of confidential information.
  • the server provides the ability to receive, process and transmit data, store databases of goods and / or services available and store databases of ordered goods and / or services that are not currently available at a given point of sale, but which can be ordered and paid at the cash node of the payment terminal.
  • a cash register machine can perform the functions of a payment terminal, on its own, if it provides the ability to receive and decode, process data on obligations and offers transmitted from the center of obligations, encode and transmit the corresponding data to the center for distribution of obligations, read out machine-readable markers, generate notifications of received funds and identifiers to them, information transfer via telecommunication channels communication, database storage.
  • databases of available goods and / or services and databases of ordered goods and / or services that are currently not available at a given point of sale but which can be ordered and paid at the cash node of a payment terminal are presented.
  • the new purpose of an active system cash register machine is to use it as an order and payment terminal for 30 ordered goods and / or services in an order and sale system for goods and / or services, as well as a device for transferring and storing databases of ordered goods and / or services.
  • the consumer presents the machine-readable marker of the obligation to sell or order to the cashier operator on the consumer’s media or terminal.
  • the cashier operator by reading out the scanner, enters data from the machine-readable markers of the obligation to sell and / or order into the computer of the cash register machine.
  • the cashier acts as an intermediary between the buyer and the sales system of goods and services.
  • the information automatically passes to the database of ordered goods. This is due to the group code of the ordered goods and / or services built into the machine-readable marker, if necessary adapted to the codes used at this outlet.
  • Prefixes 460-469 in the EAN-13 code are assigned to UNISCAN / ⁇ Russia and mean that the company is registered in UNISCAN / ⁇ Russia.
  • the country of registration of the enterprise is encoded, in some cases a group of goods, for example, 977 periodicals, the press; 978-979 - books, 980- return receipts, 990-999 coupons.
  • the option of registering a group code of ordered goods and assigning it an international prefix to EAN International is possible.
  • the option of attaching a code for a group of ordered goods consisting, for example, of three digits to the EAN-13 or EAN-8 code, or to another code used.
  • an order receipt containing machine-readable order markers and payment receipts of the ordered goods and / or services containing machine-readable markers of payment for the ordered goods and / or services are additionally printed at the point of sale terminal.
  • These receipts can be combined into one receipt containing machine-readable order and payment tokens or a single machine-readable order and payment token for the ordered goods and / or services.
  • active cash register control systems such as, for example, Postflex Jiva-5815 terminal, can be used as a trading cash terminal in a system for selling goods and services.
  • the operator’s automated workstation equipped with the Postflex Jiva-5815 terminal includes a personal computer (PC) with a modem and port for connecting a scanner.
  • PC personal computer
  • a PC of the following configuration can be used: VIA SZ 1GHz processor, 256 MB RAM, 20 GB hard drive, ports - 2 USB, 4 COM (5V and 12V power supply), 1 LPT, network card - 10/100 Base, touch monitor 15 "TFT.
  • the workstation is equipped with, for example, a Metrologic multi-plane stationary laser scanner (Metrologic MS860i Mini-Slot TM and MS7600 Horizon TM series), integrated in a cash desk, a payment registration tool, for example, a FELIX-PK fiscal registrar version 01, or KKM “Trium-F.”
  • the operator’s workstation includes: cash Posiflex CR -3100C box for receiving and storing cash, Posiflex PD-2200C customer display, to provide consumers with information about the selected unit of goods and / or service and their cost. Equipped with software, for example ATOL: Cashier’s workplace, Prof .. MS Windows XP Embedded, Optional Software ZM-130 (140, 150) BR (B).
  • the obligation payment terminal can be additionally equipped with, for example, magnetic card readers, for example, ZEBEX ZM series, which read magnetic cards in two directions and have a built-in decoder for receiving, for example, credit card payments.
  • the obligation payment terminal also contains communication equipment for providing communication (communication) with the telecommunication network and includes, if necessary, at least one computer device, for example, a computer device for managing a cash register server.
  • the consumer side in accordance with the architecture (Figs. 1, 2), is represented by T terminals of consumers 6, including mobile, providing the ability to form orders and corresponding requests and receive responses to requests and / or H by information carriers 5, each of which is a group H contains a machine-readable identification marker, and each of the group T can receive, encode, decode, generate, machine-readable identification tokens, transmit to devices, including printing devices or nose ate readable identification markers.
  • consumer terminals 6 provide the ability to play machine-readable markers.
  • Consumer terminals can be stationary personal computers of a standard configuration; laptops, for example, Asus F3JP, Acer Aspire 5715Z, SONY VAIO FE41MR; PDAs (pocket personal computers), communicators, for example, HP 6915, NTS P3300, Gigabayte gsmarti 300; mobile phones, for example, Simens E72, Motorola W 218, etc.
  • the consumer side is represented by information carriers 5, not rewritable and rewritable.
  • the media option 5 in the form of a machine-readable bar code, a sales obligation marker, placed on a non-rewritable paper medium.
  • the ability to play machine-readable markers can be provided, for example, by transmitting information to printers that print graphic markers, for example, machine-readable bar codes, for example, thermal printers: CitizenCBM 1000, CBM 2000 Star MicronixTSP 600, Barcode M-mini FR-K, or card readers, models Magtek IS 320, Sankyo ICT3K5.
  • printers that print graphic markers for example, machine-readable bar codes, for example, thermal printers: CitizenCBM 1000, CBM 2000 Star MicronixTSP 600, Barcode M-mini FR-K, or card readers, models Magtek IS 320, Sankyo ICT3K5.
  • the interested consumer In case of initiating a purchase or order, from the consumer’s side using the consumer’s terminal, the interested consumer enters the sales obligation identification code obtained from the sale offer, for example, a sequence of characters unique to this type of obligation, consisting, for example, of a digital or alphanumeric -digital combination, in your terminal or mobile device, for example a mobile radiotelephone or a portable personal computer with appropriate communication functions, equipped with emom, including mobile radio.
  • An identifier, a machine-readable marker of a sale obligation, including a machine-readable order marker can also be received using the specified mobile device or using another consumer terminal by subscribing to the corresponding messages from the respective seller or from the center of obligations.
  • any available communication channels are used, including mobile radio channels, for example, GSM or UMTS networks, transmitting and / or receiving a data stream through, for example, SMS, MMS messages, using short message services.
  • SMS short message services
  • These short messages are transmitted from the consumer terminal to the center of obligations or transmitted from the center of obligations and are received at the consumer terminal.
  • this data is processed, for example, by the SIC AP method described in patent EP 689368, or a similar method, or based on the WAP wireless communication protocol, in a multimedia messaging service (MMS).
  • MMS multimedia messaging service
  • This service provides the transmission of multimedia objects of various types, for example, images, audio, video information.
  • Processed data is stored in appropriate databases. When you enter or receive the appropriate message with the appropriate identifier or marker, the information can be encoded or decoded using the appropriate software to bring the identification code into the corresponding machine-readable marker.
  • the consumer In the case of the initiation of an order and purchase, on the part of the consumer using a non-rewritable or rewritable medium, the consumer, using the appropriate medium containing a marker of the sale obligation, makes an order and payment for the corresponding product and / or service at the payment terminal.
  • a consumer orders an appropriate product and / or service, it is read out with a scanner of a payment terminal from a terminal or information carrier presented by a scanner, a machine-readable marker of a sale obligation.
  • the consumer receives a machine-readable order marker in response to his order.
  • the consumer pays for the ordered goods and / or services from the terminal presented by the consumer, in the case when the consumer has already made an order and received a machine-readable marker on his terminal, or from a storage medium, for example, from a paper medium issued by a payment terminal, it is read out by the scanner of the payment terminal , machine readable order marker.
  • a check is printed on the payment terminal containing at least a machine-readable payment marker, for example, in the form of a bar code, the Check may also contain the corresponding machine-readable sale obligation marker and / or order marker .
  • the consumer making the order is sent a refusal of execution with appropriate justification.
  • the absence of goods may be due, for example, to the expiration of the offer of goods for sale, by the time of ordering the corresponding goods.
  • the offer may be withdrawn by the seller and / or the terms of delivery, such as the price or availability of the goods offered, may have changed. In these cases, the consumer is denied the execution of his order with the appropriate justification.
  • the consumer will be sent a machine-readable marker of the order of the corresponding goods and / or services.
  • the preparatory part in the methods, offers for sale and placing orders, sales of goods and / or services in accordance with the architecture shown in FIG. 3.4 it is that at first sellers offer goods and / or services offered to consumers by means of various corresponding identification of offers, for example, using digital codes, generating identifiers of sales obligations and storing this information in their databases of sellers' terminals 1.
  • Each identification The offer obligation for the sale contains the identification of the goods and / or services and the respective seller.
  • the data of the formed obligations are transmitted via communication channels from the terminals sellers 1 to the center of obligations 25, in which this information is received and recorded in its database, and this information, in addition to the database of the center of obligations, can be additionally recorded on the medium.
  • a single database of non-repeating markers of sale obligations 2 is formed, each of which is a machine-readable identifier of the goods and / or services and the corresponding seller, if necessary, contains the cost of the goods and / or services, for example: barcode relevant standard, which is formed on the basis of the corresponding obligation received from each seller to sell the goods and / or services.
  • the cash register is an active system cash register.
  • each respective payment terminal 7 the specified data is received via the communication channel, recorded in the database of goods and / or services that are not currently available at the given point of sale, but which can be ordered and paid at the cash node of the payment terminal 30, s using an operator, or in an autonomous payment terminal 8, independently. Additionally, they can duplicate this information by writing it to media.
  • Offers for sale begins with an advertising and informational part.
  • the orders of the center of obligations 25 create various advertising and information products with machine-readable markers of obligations of sale 2, formed in the center of obligations 25 (Fig.3,4).
  • an advertising and information booklet on paper containing, in addition to advertising the product and / or service itself, a machine-readable sales obligation marker 2, represented, for example, by a bar code or radio chip with encoded information about the product and / or service, seller, manufacturer, cost .
  • Machine-readable markers of sale obligations 2 can be performed along with advertising information on booklets or on pages magazines or other print media, on invoices or receipts.
  • machine-readable markers of obligations of sale 2 can be made in the form of an image, for example, a bar code and / or digital code and can be placed on an advertising information page on the Internet, or placed in an advertising information message, including a television one. Also, machine-readable markers of sale obligations 2 can be made in the form of a digital code, the digits of which can be reproduced in a sound broadcasting message. Also, markers of sale obligations 2 can be received at consumer terminal 6 (Fig. 3.4) by subscribing to their newsletter.
  • the terminal can be a personal computer, laptop, mobile phone, other device, for example, a PDA communicator, each of which can receive, encode, decode, generate, machine-readable identification markers, transmit to devices, including printing devices or media machine readable identification tokens.
  • PDA communicator each of which can receive, encode, decode, generate, machine-readable identification markers, transmit to devices, including printing devices or media machine readable identification tokens.
  • a part of receiving and placing orders in accordance with the architecture of FIG. 3, begins with the fact that interested consumers, using the information received containing the sales commitment marker 2, make orders.
  • Orders can be single, for example: an order for the delivery of air tickets to a specific address, and in this case, separate prepayment for an order and a separate one for an air ticket can be made, thus, in case of deferred payment for an air ticket, the seller will be sure to pay for the work done by him in the form of advance payment for the order. In this case, the order may take a certain, limited amount of time, the consumer is informed about this by sending him a corresponding message.
  • Consumers can also make multiple orders, for example: an order for delivery to a specific address, at a certain time and on certain days, with a certain frequency or without it, for example, medicines, food or magazines.
  • Multiple orders can also be characterized for the supply of, for example, information on utility bills, for the consumption of electric energy, water, as well as orders for the delivery of information on the payment of these services, containing, according to the invention, machine-readable payment tokens 4 (Fig. 4) of the corresponding goods and / or services, including their value.
  • Orders for goods and / or services can be made by sending the corresponding messages containing information about orders to the commitment center 25.
  • Consumers can place an order using non-rewritable media 5 with machine-readable markers of sale obligations 2, for example, a barcode on paper or by transferring from consumer terminals 6, including mobile, through communication channels, to the center of the obligations of relevant messages, including those generated at consumer terminals containing codes or machine-readable markers of sale commitments 2.
  • machine-readable markers of sale obligations for example, a barcode on paper or by transferring from consumer terminals 6, including mobile, through communication channels, to the center of the obligations of relevant messages, including those generated at consumer terminals containing codes or machine-readable markers of sale commitments 2.
  • Consumers receive the digits of the number of the coded sale obligation from advertising information messages and enter them into their terminals to generate machine-readable markers of sale obligations 2 from them, in this case in the form of bar codes.
  • a certain product and / or service is advertised on the radio or in a television program, while it is voiced in a radio message or voiced and shown in a television message a digital code of the obligation of the advertised product and / or service.
  • This digital code the interested consumer writes, enters into his terminal 6, in this case, into a mobile phone, the processor of which generates a machine-readable marker of the sale obligation from the entered digits, in this case in the form of a bar code.
  • the order is made directly by the consumer by presenting, in this case, a mobile phone containing the generated machine-readable marker of the obligation to sell 2, at the organized point of receiving orders at the payment terminal 8.30 (Fig. 1.2).
  • the scanner 23 At the payment terminal 8.30 (FIG. 1.2), from the mobile phone containing the generated machine-readable marker of the obligation to sell 2, represented in this case by a bar code, the scanner 23 (FIG. 6) reads the information about the product and / or service contained therein, seller, manufacturer, value.
  • a scanner 23 (Fig.6) reads information about the product and / or service, seller, manufacturer, value.
  • the read information is transmitted from the payment terminal via the communication channel to the center of obligations 25.
  • the center of obligations 25 I receive and store information.
  • the obligation center 25 transfers to the consumer terminal 6 or to the payment terminal 8.30 (Fig. 1.2), a machine-readable identification marker of the order 3 (Fig. 3.4), generated earlier or generated immediately after receipt from payment terminal 8.30 (Fig. 1.2) or from any terminal of consumer 6, information containing the identifier of the obligation to sell 2. Then, it is printed out using the printer 16 (Fig. 6) of the payment terminal and issued to the consumer, in this case, on paper for example, on a check tape, machine readable brand order number 3 (Fig. 3.4).
  • a machine-readable order marker ⁇ (Fig. ⁇ , 4) is printed in two copies indicating the cost of the order and separately the cost of the goods, and the consumer signs it in one copy, it remains the place of receipt of the order, and the second remains with the consumer, as a confirmation of the done and paid order and for presentation upon payment and receipt of the order.
  • a machine-readable order marker 3 (Fig. 3.4) can be obtained on the consumer terminal 6, for example, on a stationary personal computer and printed on a printer, including the printer of the recipient. The machine-readable order marker 3 (Fig. 3.4) is presented by the consumer when paying for the ordered goods and / or services at the payment terminal 8.30 (Fig. 1.2).
  • Points of receipt of orders can be organized and presented by payment terminals 8.30 (Fig. 1.2), including stand-alone 8 (Fig. 1), at the center of obligations 25, at the seller, at any point of sale, trustworthy and having contractual obligations with the organizers of the system of orders and sales of goods and / or services.
  • the functions of the terminals for receiving orders and paying for goods and / or services can be performed either by separately manufactured and formed terminals for receiving orders and paying for goods and / or services, as well as additionally modified, existing ones, for example, cash terminals 30 (Fig. 2) of any trading enterprises equipped with means for reading machine-readable markers, if none exist, and also containing at least one server having devices for receiving, processing, transmitting, storing, information, including databases of ordered goods ov.
  • the functions of terminals for receiving orders and paying for goods and / or services can be performed by modified ones equipped with means for reading machine-readable markers, in the absence of such, for example, ATMs that also have functions for receiving money and entering payment information or autonomous terminals for paying for services, for example for mobile services.
  • SMS short message service
  • MMS multimedia messaging service
  • the consumer can do this by sending an appropriate application to the system’s website or by sending an SMS to a specific number, thereby the subscriber declares that he wants to install this application on the phone.
  • the application is accepted.
  • Subscriber an SMS offer is sent, where it is notified of the amount and SMS code, for example, SMS with the number 100, to send SMS confirmation back.
  • SMS code for example, SMS with the number 100
  • Confirmation is also necessary to inform the subscriber about the impossibility of installing the J2MEE application on this phone model.
  • the set amount is removed and an SMS is sent with the address of the J2MEE application for downloading to a mobile phone of this model. It is possible to install the JAVA application on a mobile phone for free.
  • the code for the barcode generator can be "wired" in the program itself.
  • the path to the site is indicated taking into account the code of the barcode generator, for example, www.viva.ru/star/9059551800/generator.ean.
  • This program generator when it is downloaded to the phone at startup, automatically displays one single barcode that is flashed in it: 9059551800. A day after downloading, this program is deleted from the site so that others cannot download it by simply enumerating the numbers in the address.
  • the term for uninstalling a program can be shortened.
  • a consumer receives MMS messages with a finished picture, a barcode on his mobile phone. If the user has MMS configured, then he can send an SMS request to a specific number. In response, he receives an SMS-offer with a code word or a message about the impossibility of installing the correct barcode on this phone. If it is possible to install the correct barcode on the phone, the subscriber responds with SMS confirmation. In response, the subscriber receives either an SMS message with a link to download the picture or a full MMS, which will download the picture.
  • a variant is possible when a consumer, a subscriber of a mobile communication network, receives SMS messages with a link to a barcode picture. This one is simpler than the previous one, since an MMS server is not required and you can simply send a link to download a barcode picture for this phone model. The consumer subscriber will download and save it.
  • the consumer enters, for example, in a mobile phone an identification code, for example, digital, of a sales obligation marker 2.
  • Each interested consumer receives the digits of the number of the encoded sale obligation 2 from advertising and information messages and enters them into his terminal 6, in this case, into a mobile phone. Forms and sends a message to the specified number containing the entered code of the marker of the obligation to sell 2, making this your order.
  • a certain product and / or service is advertised on the radio or in a television program, while it is voiced in a radio message or voiced and shown in a television message a digital code of the obligation to sell the advertised goods and / or service.
  • This digital code the interested consumer writes, enters into his terminal 6, including mobile and transmits via the communication channels to the center of obligations 25, thereby making an order for the corresponding product and / or service.
  • the message is sent to the number of the commitment center 25, received earlier from the advertising and information message.
  • a message is received.
  • machine-readable markers of sale obligations are formed in the center of obligations, this is a group of identification codes that contain identifiers of potential consumers and identifiers of potential orders.
  • Machine-readable markers of sale obligations are included in a single database of identification codes other than identifiers of goods and / or services received from sellers.
  • Also in the center of obligations form machine-readable order markers, in which there are consumer identifiers and order identifiers.
  • a potential order identifier is a part of a machine-readable code of a sales obligation marker that encodes a sign of a potential order, that is, an order that has not yet taken place, but may take place in the future.
  • a potential consumer’s identifier is a part of a machine-readable code of a sale obligation marker that encodes a tag of a potential consumer, that is, a consumer who has not yet used the order of goods and / or services, but who can use it in the future.
  • the identifiers of potential customers and potential orders in the machine-readable code of the marker of the obligation to sell are necessary in order to thus record, identify the potential customer and record, identify the potential order.
  • the identifiers of potential consumers and potential orders included in the machine-readable code of the marker of sale obligations allow you to create an unlimited number of machine-readable markers of sale obligations that can be transferred to an unlimited number of consumer terminals to an unlimited number of potential consumers. Those potential consumers who want to place an order first are among the consumers, since there are a limited number of goods and / or services.
  • This code consists of 13 digits and the strokes corresponding to these digits, for example: 1,2,3,4,5,6,7,8,9,0,10,11,12 (numbers are taken arbitrarily). These numbers are encoded, for example, in the first three - 1.2.3 - the country of manufacture, in the next three - 4.5.6 - the manufacturer, in the next three-7.8.9-product, and so on, the last the figure in EAN-13 is the control.
  • the machine-readable code of the marker of the obligation to sell it is encoded, for example, in the first three digits 1, 2,3 - the order principle is encoded, and for example, the last digit from this group, digit 3 - indicates a sign of potential order.
  • the consumer transfers to the center of obligations, via communication channels, a machine-readable marker of the obligation to sell.
  • they accept this marker and remove the signs of potentiality, compare the code of the machine-readable marker of the obligation to sell with the code generated by the machine-readable order marker and, if the code matches, form a message for the consumer about the order made containing the machine-readable order marker.
  • the response center 25 In response to the order placed, the response center 25 generates and sends a response message to the consumer terminal 6, including the consumer’s mobile phone, using the consumer’s e-mail or phone number received from him when sending the order message.
  • the message contains a machine-readable order marker 3, formed earlier in the center of obligations 25.
  • a machine-readable order marker 3 is represented by at least one barcode containing the identifier of the ordered product and / or service ordered, with information about the seller, manufacturer, cost, consumer identifier and order id.
  • the consumer receives on his terminal 6, in this case, a machine-readable order marker 3 which is stored on a mobile phone, or he receives it on the terminal of consumer 6 and writes it on the medium, then presents the corresponding machine-readable order marker 3 on the payment terminal 8.30 (FIG. 1,2). It is possible, as already mentioned, the option of obtaining an order marker 3 on the payment terminal 8.30 (Fig. 1.2), for example: in the form of a bar code recorded on a medium, for example: on paper, with a receipt tape. Each interested consumer saves order marker 3.
  • All order data is transmitted via communication channels from the center of obligations 25 to the corresponding terminals of sellers 1, in which the data are received and recorded in their databases, moreover, in the database of the center of obligations 25, in the database of the corresponding terminal of the seller 1 and in the database the corresponding payment terminal 8.30 (Fig. 1.2) on which the order is placed reduce the information about the quantity of goods and / or services offered for the order.
  • a preferred embodiment of transmitting non-repeatable machine-readable markers of sale obligations 2, orders 3, payments 4 (FIG. 4), to the payment terminal 8.30 (FIG. 1.2) is provided.
  • the corresponding obligation obligation markers 2, the machine-readable order markers 3, the consumer and order identifiers with the machine-readable payment markers 4, and the data generated in the obligation center 25 are grouped together via communication channels to the corresponding payment terminals 8.30 (Fig. 1.2) in which this data is received, written into its database and issued to consumers, for example, printed, in the form of bar codes on a receipt tape, respectively, when ordering, machine-readable order markers 3, and when paying, machine-readable My pay tokens 4.
  • the part for receiving payment and processing sales of goods and / or services begins with the fact that each interested consumer uses the received order marker 3, which presents at the payment terminal 8.30 (Fig. 1.2) for reading from him the information necessary for entering, by the operator or directly by the consumer, into the database, information about the ordered product and / or the ordered service, information about the seller, manufacturer, cost, information identifying the consumer and identifying his order. This information is entered in order to accept payment and arrange for the sale of the corresponding goods and / or services. Each interested consumer pays for the selected and ordered product and / or service. Making payment and processing purchase, he receives a payment receipt with information about the transaction in accordance with the requirements of the fiscal authorities, such as a check.
  • the received payment receipt contains payment marker 4, which is a machine-readable identifier and contains information about the purchased goods and / or the ordered service, their cost and the corresponding seller, manufacturer, buyer who made the order and purchase.
  • a machine readable payment token 4 may be represented, for example, by at least one barcode.
  • the consumer contacts the seller in any convenient way out of the above and agrees on the options for delivery and / or receipt of the goods and / or services, for example, makes a call using the seller’s phone number specified in the information received by the consumer and agrees on the receipt or delivery of the goods and / or services, determine the time and date, etc.
  • each interested consumer Upon receipt of the goods and / or services, each interested consumer presents a receipt of payment of the obligation to the seller who generated the specified obligation or his representative to compare the receipt data of the obligation made by the consumer with the data of the obligation formed earlier and stored in the seller’s terminal database and the data of common identification markers obtained from center of obligations, each of which is a machine-readable identifier of the ordered goods and / or ordered th service and the appropriate vendor, customer ID and the order ID. If they coincide, they give the buyer the goods and / or provide the service.
  • the information on the execution of the order and the cancellation of the check is transmitted to the service for receiving orders and making payments, and the manager for the delivery of the goods, upon transfer to the consumer, cancels the validity of the check by tearing it or marking it on the check about fulfilling the order and receiving the goods.

Abstract

L'invention concerne des moyens de commande et de vente de produits et/ou de services, et peut être utilisée dans le domaine de l'automatisation de transactions commerciales dans le domaine des services, du commerce, de la consommation et du paiement après consommation. Le résultat technique consiste en un accroissement des capacités fonctionnelles pour la vente et le passation de commandes, en une diminution de la quantité d'erreurs lors de la saisie d'informations, et en une meilleure sécurité lorsque l'on effectue des paiements. Le système comprend un centre d'obligations, M terminaux de vendeurs, K terminaux de paiement, H supports d'informations réinscriptibles ou non réinscriptibles avec des marqueurs d'identification lisibles par machine, et T terminaux d'acheteurs qui reçoivent, codent, décodent, génèrent et transmettent les marqueurs d'identification lisibles par machine. Le procédé consiste à identifier les produits et/ou les services, à stocker ces informations dans des bases de données propres, et à transmettre ces informations au centre d'obligations dans lequel on génère une base unique de marqueurs d'obligations lisibles par machine. En utilisant ces marqueurs sur des supports d'informations et/ou des terminaux d'utilisateurs, y compris mobiles, il est possible de transmettre et de prendre des commandes et, sur des terminaux de paiement, il est également possible de prendre des commandes et d'effectuer la vente de produits et/ou de services.
PCT/RU2009/000725 2009-12-25 2009-12-25 Système de commande et d'achat de produits et de services (variantes), procédé de mise à la vente et de passage de commande, et procédé de vente de produits et de services WO2011078723A1 (fr)

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PCT/RU2009/000725 WO2011078723A1 (fr) 2009-12-25 2009-12-25 Système de commande et d'achat de produits et de services (variantes), procédé de mise à la vente et de passage de commande, et procédé de vente de produits et de services

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
PCT/RU2009/000725 WO2011078723A1 (fr) 2009-12-25 2009-12-25 Système de commande et d'achat de produits et de services (variantes), procédé de mise à la vente et de passage de commande, et procédé de vente de produits et de services

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CN112258266A (zh) * 2020-10-10 2021-01-22 同程网络科技股份有限公司 分布式订单处理方法、装置、设备及存储介质
RU2788299C1 (ru) * 2022-02-07 2023-01-17 Владимир Васильевич Романченко Система продажи товаров и/или услуг

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RU2788299C9 (ru) * 2022-02-07 2023-02-22 Владимир Васильевич Романченко Система продажи товаров и/или услуг

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