RU114802U1 - REMOTE SALES SYSTEM - Google Patents

Abstract

1. The system of remote sale of goods, including enterprises, a distribution center (RC), having communication means for transmitting and receiving information about customer orders, means of communication of buyers, while the enterprises are made with the possibility of ensuring the delivery of ordered goods from enterprises to the distribution center, and the distribution center the center is designed with the ability to store and ensure the delivery of goods from the distribution center to customers, characterized in that each of the enterprises is equipped with means of electronic collection and transmission of information about the goods to the manufacturer's own server (SP), which ensures that the buyer receives information about the selected product in real time, and the customer's communication means is a remote terminal (DT), while the distribution center of the system is equipped with a server (SRC) containing a database and connected to the servers of manufacturers and remote terminals of customers, and the goods are provided with electronic marking. ! 2. The system of remote sale of goods according to claim 1, characterized in that the electronic marking contains information about the location of the goods, the conditions of its storage and content. ! 3. The system of remote sale of goods according to claim 1, characterized in that the electronic marking is an electronic tag containing a sensor of the enterprise's product identifiers, fixed on the product. ! 4. The system of distance selling of goods according to claim 1, characterized in that the electronic tag is a smart tag. ! 5. The system of remote sale of goods according to claim 1, characterized in that, as electronic means of collecting and transmitting information,

Description

The utility model relates to the field of trade, mainly to retail and wholesale trade in consumer goods, and is intended for the remote sale of goods and quality control.

For consumers, an increasingly important issue is information regarding the quality of the goods they are going to buy, i.e. where did the products come from and how were they made. Of great importance to the consumer are the methods and traditions of growing and processing crops and animals used as food products. This is associated with the risks of eating foods resulting from unsatisfactory methods of raising livestock, poultry, fish, etc. and their general poor content.

A known system for managing and authenticating quality and origin (RF patent No. 2301433) [1] by electronic marking, electronic surveillance and determining the position of livestock, meat and meat products through networks for data and telecommunications, as well as a means of determining the position. The system according to the invention comprises: an electronic tag, which is supplied to the animal at birth, containing communication means and an identification code, at least one receiver of an identification code that starts recording time and location records, a database connected to a network in which a specific address is represented as code, and the database address is updated wirelessly from the tag through the receiver, which registers the incoming information about the animal in a specific database address, each the additional label contains a code and a means of communication connected to the database address, which records information about the time and position of the meat through a receiver, and for scanning and removing marks from cut pieces of meat when processing meat into packaged products, each packaged product being subsequently provided with a replacement label containing a code and a means of communication connected to at least one address of the database, recording through the receiver information about the time and determining the position of m ca and to obtain continuous information about the time and the determination of the position, together with the additional information providing traceability and the ability to control the quality and place of origin of animals, meat and meat products.

However, this system, which provides essentially comprehensive information about the product, does not provide for the remote sale of goods to the consumer.

A device for offering goods and services is known (patent for utility model No. 34774) [2], characterized in that it contains a block for the supply of goods and services, consisting of a monitor that provides its overview from different points of the premises, a block of advertising materials about goods and services , a block of information about goods and services, including information about the list of goods and services, a block of reference information about goods and services, including characteristics of the latter, including cost, manufacturer, warranty, high-quality characteristics, a block of photo and video information about the product or service to visually familiarize the consumer with the product or service, including the operation of the selected product, an information output unit for the consumer, including a monitor and providing information on the product or service, a consumer input unit information about the selected product or service, a unit for modeling the use of goods, which provides, in particular, modeling the placement of the selected product in a particular room, taking into account the overall dimensions of both, and t kzhe modeling fitting the selected item on the user is also given the anthropometric characteristics of the user, the transfer unit of interest to the consumer information on the carrier, and so forth.

However, the known device [2] shows simulated product information and is not intended to track product information in real time.

Currently, the buyer, through a computer with access to the Internet and equipped with a program for rendering pages of Internet sites (the so-called browser), visits the website of the store selling the required goods, selects the goods from the electronic catalog on this website (if necessary, the buyer uses the search system in this directory) and “puts” this product in the so-called order basket. Having formed a basket, the buyer fills out an electronic order form, which indicates his details, as a rule: last name, first name, phone number, email address, delivery address. Here, the buyer chooses one of the payment methods offered by the store. It applies both advance payment of the goods (and their delivery), and payment upon delivery. Advance payment is made, as a rule, either during the process of placing an order (for example, using a bank card through the store’s website) or during the time period agreed upon by the seller after placing the order (for example, by bank transfer based on the invoice issued by the seller). In the case of payment for goods after placing the order, the store, as a rule, does not deliver until the required amount of payment is received in the seller’s bank account. Payment upon delivery is made upon delivery of the goods by the courier to the buyer at the address specified in the order, while payment is made in cash or by credit card (since, as indicated above, the payment method is selected in advance, the courier will bring an imprinter or a mobile terminal).

After completing the order, the buyer means the site confirms all the data entered. Next, the store checks the ability to complete this order (for example, check the availability of the ordered goods in stock). After that, an email containing the confirmation of the acceptance of the order by the store, as well as the composition and unique identifier of the order, is sent to the email address indicated in the order. A little later, the store employee contacts the buyer by the phone number specified in the order and agrees with the buyer on the date and time of delivery of the goods.

Many modern online stores practice the registration of their customers, namely: the buyer placing the order on the store’s website is invited (or the buyer is even obligated to this) to choose an identifier and password and enter them in a specific area of this website. After that, at each subsequent authorization of the buyer (i.e., correctly entering his identifier and password), he gets to his personal page on which he can track the progress of his unfinished orders, view the full history of his orders in this store, make a new order etc. Accordingly, all information about orders is stored in the store, if possible, for an unlimited time.

In recent years, placing orders through specialized Internet sites - the so-called Internet portals - has become increasingly widespread. In particular, Internet portals are known on which they provide customers with the opportunity to order goods offered by many stores in one place, while customers are provided with an electronic catalog that includes the entire set of goods from these stores (see, for example, the Internet portal http: // www.shopping.ru). Each product in this catalog is associated with a link to the corresponding store, while some of the products can be presented in the catalog more than once with links to different stores. These stores can offer their products through the Internet portal, regardless of whether these stores have their own sites on the Internet or not. Accordingly, if any of the indicated stores has an Internet site, then the address of this website is used as the mentioned link in the commodity item, and if desired, the buyer instead of placing an order using this portal goes directly to the store’s website and places an order there. If the store does not have an Internet site, then the phone number of such a store is used as the appropriate link, in which case the buyer contacts the store and places an order by phone. The procedure for placing an order on the website of the Internet portal is completely similar to the procedure for placing an order on the website of the online store, except that after the buyer confirms his order, all information received on the portal about this order is automatically sent to the electronic system of the corresponding store, which provides subsequent maintenance of this order.

After accepting the customer’s order using one of the above methods, in the store that implements the first remote method, the order is completed, and then the goods are delivered to the buyer. Today, delivery is most often carried out by truck or courier. A lorry is used mainly for the delivery of bulky goods (large household appliances and electronics, furniture and interior items, spare parts for cars, etc.) or relatively large consignments. The crew of a truck, as a rule, consists of two to three people. In turn, the courier delivers relatively small goods (small household appliances and electronics, spare parts for them, audio and video products, books, stationery, toys, cosmetics, food, medicines and other inexpensive goods with a small size and weight ) The amount of goods transported by the courier during one flight is limited by the technical capabilities of the vehicle used (for example, the volume of the trunk of a car or motorcycle), as well as by the physical strength of the courier.

The acquisition and delivery of goods is as follows. The store employee who accepted this order for execution informs the order picking unit and the delivery service dispatcher of the order, as well as the date and time of delivery. The dispatcher, in addition, is informed of the delivery address. While the order picking unit is completing this order, the dispatcher in advance (most often on the eve of the delivery day ordered by the buyer), based on information about all orders to be delivered on the specified day, selects the delivery transport (by truck or courier) and plans the optimal delivery route. The route and time of departure of the delivery vehicle is planned so that delivery to the address indicated by the buyer is carried out at about the time ordered by the buyer. On the day of delivery, the delivery crew (or courier) loads the completed goods into the appropriate vehicle, receives documents stipulated by the store’s rules for processing this trade transaction (invoice, warranty card, etc.), drawn up in the name of the buyer, and at the corresponding time of departure leaves on the route chosen by the dispatcher. If an unforeseen situation arises on the route that noticeably changes the planned delivery schedule (traffic jam, accident or breakdown of the delivery vehicle, etc.), the delivery crew (courier) promptly (for example, via mobile communications) agrees with the dispatcher to change the delivery route. If, as a result, the delivery of goods at an acceptable time interval relative to the delivery time ordered by the buyer cannot be made, the dispatcher notifies the employee who accepted this order and the latter agrees with the buyer on the new date and time of delivery of the goods.

Having delivered the goods to the address indicated by the buyer, the delivery crew (courier) transfers the goods to the buyer, after making sure (for example, by looking at the buyer’s passport) that the buyer is the person in whose name the order was placed. The buyer accepts the received goods, i.e. checks the identity of the delivered goods to the ordered and the good condition of the goods. After successful completion of the acceptance of the goods, the delivery crew (courier) transfers the invoice and other required documents to the buyer, while the buyer signs a copy of the invoice returned to the seller. If the order provided for the payment of the goods upon delivery, the delivery crew (courier) accepts payment from the buyer in cash or by credit card.

If the goods have not been accepted (the goods turned out to be defective or damaged, the wrong goods were delivered, etc.), then the delivery crew (courier) immediately takes the goods back. In this case, the store employee agrees with the buyer on the parameters (date, time and address) of the repeated delivery of this product. In addition, if the buyer is an individual, then under Russian law he has the right to refuse to accept the delivered goods, and then the store must offer the buyer alternative goods or return the cost of the goods to him (possibly minus the cost of delivery).

The known method and system for the remote sale of goods (patent FROM No. 2268635; IPC: A47F 10/00, G06Q 30/00; published: 01/27/2006) [3]. The method is that the goods are sold through a trading system comprising stores, a distribution center and a network of trading terminals. At the same time, signals containing information about the goods ordered by customers are transmitted from the buyers ’communication means to the stores’ communications means, and signals containing information about the trading terminals chosen by the buyers are transmitted from the customers ’communication means to the stores’ and / or distribution center’s communications means. The stores prepare the ordered goods for dispatch and send them to the distribution center, and then from the distribution center the ordered goods are redirected to the trading terminals selected by the customers. Signals containing information about customer orders are also transmitted from the stores ’communications to the communications terminals of trading terminals, and / or information carriers with information about customer orders are transmitted to stores from trading stores, while goods are stored and issued to customers in trading terminals.

The system for the remote sale of goods contains stores, a distribution center and a network of trading terminals having communication means for transmitting and receiving signals containing information about customer orders, and the stores and / or distribution center are configured to ensure delivery of ordered goods from stores to the distribution center, the distribution center and / or trading terminals are configured to provide delivery of goods from the distribution center to the trading terminals, and the trading terminal We are made with the possibility of storage and delivery of goods to customers. The distribution center is configured to store goods.

After accepting the order, the online store delivers the ordered goods to the trading terminal selected by the buyer (or simply reserves the ordered goods in this terminal, if this product is already in stock) and notifies the buyer by phone and / or email address specified in the order, the readiness of the goods for delivery to the buyer. After that, the buyer comes to this terminal and receives the goods (i.e., accepts the goods). Moreover, payment for the order can be made by the buyer both in advance and upon receipt of the goods in the trading terminal selected by the buyer.

Since the online store determines the location of each trading terminal even at the stage of adding this terminal to the existing sales network of this online store, after which this location does not change, the dispatchers of this online store have the opportunity to prepare in advance for each trading terminal both the main and alternative (in case of traffic jams, etc.) routes of delivery vehicles not only from the place of picking orders to this trading terminal, but also from this term to other trading terminals (in case the vehicle will have to deliver goods to several trading terminals in one trip), as well as to familiarize delivery personnel with these routes, which eliminates the complexity and laboriousness of delivery scheduling. When goods are delivered to trading terminals, vehicle crews perform only the functions of a driver and, possibly, loaders, thereby eliminating the increased requirements for delivery crews (the rest of the above functions are assigned to the personnel of trading terminals). Further, since the delivery of goods to the trading terminal and the acceptance of the goods by the buyer in the general case are separated in time, in the case of returning the goods there is no need to immediately take them away from this terminal (in this case, however, another drawback appears, discussed below). Also, the buyer does not need to assign a specific delivery time (and the online store, accordingly, there is no need to deliver the goods at a specific time), since the buyer can receive the ordered goods at any time after delivery of this goods to the corresponding trading terminal, and, as mentioned above, the fact of delivery of the goods to the buyer is notified. And finally, since the buyer does not accept the goods at home, but in the trading terminal, the reasons for the buyer to feel uncomfortable are eliminated.

A disadvantage of the known system is also the lack for the buyer of information about the selected product, located not only in the store, but also at the manufacturer or along the route, in real time. By the totality of the features, the system for the remote sale of goods according to the patent for invention No. 2268635 is adopted as the closest analogue.

The technical task of the claimed utility model is to expand the arsenal of funds for the remote sale of goods.

The technical result consists in the implementation of the purpose of the system for the remote sale of goods, as well as in expanding the functionality of the system for the remote sale of goods by providing the ability to monitor the manufacture of goods at any stage in real time and select the product of interest to the buyer.

The essence of the utility model is illustrated by graphic materials:

Figure 1 - diagram of the information flow of the system.

Figure 2 - diagram of the flow of goods system.

Figure 3 is a structural diagram of the inventive system.

Figure 4 is a structural diagram of the collection and transmission of information in the enterprise.

Figure 5 - algorithm for the remote sale of goods by utility model

The technical result is achieved by the fact that in a system for the remote sale of goods, including enterprises, a distribution center (RC) having communication means for transmitting and receiving information about customer orders, customer communication means, the enterprises are configured to ensure delivery of ordered goods from enterprises to distribution center, and the distribution center is configured to store and ensure delivery of goods from the distribution center to customers, according to the utility model, each from enterprises it is equipped with electronic collection and transmission of product information to the manufacturer’s own server (SP), which ensures that the buyer receives information about the selected product in real time, and the buyer’s communication device is a remote terminal (DT), while the distribution center of the system is equipped with a server ( SSC). Containing a database, and associated with the servers of manufacturers and remote terminals of customers, and the goods are electronically marked.

In this case, the electronic marking contains information about the location of the goods, the conditions of their storage and maintenance.

In this case, the electronic marking is an electronic tag containing an enterprise product identifier sensor attached to the product.

In this case, the electronic tag is a smart tag. At the same time, video cameras are used as electronic means of collecting and transmitting information by enterprises in real time.

In this case, the enterprise is a factory or a farm, or a catering company, or a store, or an exhibition, or a warehouse.

Moreover, the system further comprises trading terminals. The system for the remote sale of goods (Figs. 1, 3) includes enterprises 1, which can be production enterprises 1.1, such as: factory 1.1.1, factory 1.1.2, farm 1.1.3, workshop or production site 1.1.4 , catering enterprises 1.1.5 (restaurants, cafes, canteens, etc.); trading enterprises 1.2, such as: store 1.2.1, warehouse 1.2.2, exhibition 1.2.3, other enterprises 1.3, offering goods for sale, and the distribution center of the system (RC) 2, with communication facilities for transmitting and receiving information about customer orders.

Distribution center 2 is a stationary structure (building, premises), which for the purpose of organizing the flow of goods is made with the possibility of:

- ensuring the delivery of goods, completed in accordance with the orders of customers, from enterprises 1 to RC 2.

- ensuring the delivery of goods to the trading terminals 6. The trading terminals are fully implemented with the ability to store and deliver goods to customers. Trading terminal 6 is a left-luggage office installed on the territory of a supermarket or gas station, not far from the buyer's place of residence.

The distribution center of the RC 2 system is equipped with a server (RRC) 8, containing a database of 9 about goods, enterprises and customers. Distribution center 2 of the system is connected to the servers of 13 manufacturers and remote terminals of 7 customers.

Enterprises 1 are equipped with means of 10.11 electronic monitoring, collection and transmission of product information to the own server 13 of enterprise 1 (Fig. 4), containing a database 12 and ensuring that the buyer receives information about the selected product in real time. Each customer registered in the system is equipped with an individual remote terminal (DT) 7, which can be used as a laptop with preinstalled software designed for implementing the inventive system, access to the RC 2 server and the ability to visually control the quality of product manufacturing at any stage production and selection of controlled goods in the enterprise 1.

Each unit of goods is accompanied by electronic marking containing a sensor 10 of the product identifiers of the enterprise, mounted on the product.

Marking can be done on a label indicating product information, for example, in the form of a barcode. For reading, transmitting and storing information on a product, enterprises are equipped with their own data collection terminals designed to quickly collect information about the product (arriving at the warehouse or debited from the warehouse, etc.), which is a small mobile computer equipped with a barcode scanner codes, keyboard (or touch screen) The data collection terminal can store read information for subsequent transmission to the enterprise server (via various interfaces: USB, infrared, Bluetooth, etc.).

In another example of the implementation of the utility model, the product can be equipped with an electronic tag, which is a sensor of product identifiers of the enterprise, mounted on the product.

The label may be attached to the product (eg, an animal or bird), the product, for example, a portion of meat, or the label is attached to the packaging of the product. An electronic tag is a smart tag, smart tag or smart nameplate using RFID (Radio Frequency Identification Device) technology, based on the identification of objects by using electromagnetic radiation from a radio wave (radio frequency) emitted by a response signal transmitter. A label (label, nameplate or tag) is equipped with a microcircuit and antenna, and if it belongs to the active type of devices of this kind, then it also has a compact power source. Working without direct contact, with the help of radio waves, with one or another object to be accounted for, such devices in their capabilities are far superior to conventional bar codes. They provide the technical ability to read and write information (usually 65-160 kilobytes) without any direct contact, including visual, at a distance of stable functioning of the order of 1.2-1.8 m. Such readers can scan information simultaneously from many sources, up to several hundred units. The use of such complexes of transmitters and readers makes it possible to widely integrate the data obtained by reading (writing, rewriting) logistic information into the distribution center of the system for registering goods and distributing (redistributing) goods flows to TOBapa warehouses and delivery vehicles (http: //www.ekotek .ru / ru_art4.htm. Use of “Advanced” Labels (Smart Labels) in Strategies to Protect Influential Brands of Consumer Products. A. Zagorsky, St. Petersburg, ECOTEC Group of Companies.

To implement the possibility of control and selection of goods, video cameras 11 are installed at the enterprise, which can be web-cameras.

For example, to control and select the animals or poultry to be raised, webcams 11 are installed on the farm or on the enclosure of the animal enclosure in the open air to provide an overview of it.

The remote terminal provides the buyer with the opportunity to monitor in real time the production of goods and select the goods of interest to him.

Remote terminal 7 allows the buyer through the database 9, located on the server 8 of the distribution center 2, to find the product he needs, get acquainted with its characteristics and observe one or more of his images, which in real time come to the server 8 of the distribution center from the server 13. GP 1.t enterprise producing the observed goods, and order the selected goods. In the database 9 of the distribution center, the selected product is marked as ordered. The distribution center server 8, through appropriate commands, ensures the transfer of the ordered goods to the warehouse to ensure delivery to the buyer or from the warehouse to the trading terminal for delivery to the buyer. At the same time, the remote terminal provides the buyer with the opportunity to observe the process of preparing the goods for movement and the movement itself.

The system is a secure system with limited access, and provides access to the distribution center server only to registered customers and system participants.

Enterprises 1 participating in the system according to this utility model, completing goods on the basis of customer orders, draw up relevant shipping documents. It is preferable to use a shipping document of a single format, which is executed and transmitted electronically, in which case the participants in this system are equipped with automatic means for compiling, signing, recording and processing shipping documents.

The system for the remote sale of goods according to this utility model is as follows

In the process of implementing the system according to the utility model, two types of flows of objects move: a commodity stream, consisting of acts of movement and delivery of goods ordered by customers, and an information stream, consisting of the transmission-reception of various information about the product and customer orders.

Goods are sold through a trading system containing enterprises 1, a distribution center 2, means 7 for communication of buyers 3 (Figs. 1, 3). The server 8 of the distribution center 2 is connected to the servers of 13 enterprises 1 (manufacturers or suppliers of products) and communication tools of customers 3, which are remote terminals 7.

Enterprise 1 in real time using electronic means collects information about the product (figure 4).

Information about the location of the goods, the conditions of their storage and maintenance is transmitted using electronic marking of the goods, containing sensors 10 identifiers of the goods of the enterprise. Gathering product information for an enterprise? (farm, production workshop, restaurant, etc.) is carried out using video cameras, for example, web-cameras 11, providing an overview of the goods from different points.

Information about the whereabouts of the goods, the conditions of their storage and maintenance is sent to the server 8 of the enterprise, to which the buyer 3 contacts the remote terminal 7 and selects the goods in real time.

Information about the selected product goes to the distribution center 2 for placing an order. In the distribution center, goods are stored and / or delivered to customers.

Using the remote terminal 7, the buyer 3 establishes a connection with the server 8 of the distribution center 2 through communication channels. As the remote terminal 7, a laptop with preinstalled software designed to implement the described method can be used. The remote terminal 7 provides the buyer 3 a company providing a service described in this way.

The database 9 of the server 8 of the distribution center 2 stores information about customers, enterprises, their products, prices, etc. After registration on the server 8 of the distribution center 2, each buyer 3 is assigned a personal identification number (PIN), and buyer 3 gets access to the information stored in the database 9.

The server 8 of the distribution center 2 has access to the server 13 of the enterprise 1 and the database 12 of the server 13 of the enterprise 1, therefore, the server 8 of the distribution center 2 can provide the buyer 3 with reliable and up-to-date information about the enterprises, their goods, prices, etc.

Buyer 3 has the opportunity to conduct real-time video surveillance of the production of goods and select the goods of interest to him.

The buyer, using the remote terminal 7, establishes a connection with the database 9 located on the server 8 of the distribution center 2. In the database 9, the buyer finds the goods he needs, gets acquainted with his characteristics and watches one or more of his images, which are sent to the server in real time 8 distribution center from the server 13.t of the enterprise 1.t, producing the observed goods. At the same time, the buyer can observe several goods of the same type, produced by one or more enterprises. Having opted for a specific product, the buyer reports this system. In the database 9 of the distribution center, the selected product is marked as ordered. Next, the server 8 of the distribution center sends a command to the appropriate services of the enterprise and the distribution center about the need to move the ordered goods to the warehouse to ensure delivery to the buyer or from the warehouse to the trading terminal for delivery to the buyer. In this case, the buyer can observe the process of preparing the goods for movement and the movement itself.

Through the server 2 of the company, the buyer can place an order and establish a connection with the server 13 of the manufacturer or supplier, the restaurant of interest to him, etc. By connecting to the server 13 of the enterprise 1, the buyer can monitor the process of making the order in real time, receive information about the product , the conditions of its storage and maintenance, and choose the specific product of interest to him.

Specific electronic tags are assigned specific sensor numbers 10 of product identifiers to facilitate identification of 3 products selected by the buyer. The sensor 10 of the product identifier can be performed, for example, in the form of a barcode, smart tag or smart tag.

The selected product from the manufacturer 1 enters the distribution center 2.

After placing the order, the main server 8 reports it to the distribution center 2, where the order is formed, sent to the warehouse of the distribution center and notify the buyer by phone and / or e-mail address specified in the order about the readiness of the goods for delivery to the buyer. From the distribution center, the goods are delivered to the buyer or sent to the trading terminal 6, selected by client 1 when placing the order. In the trading terminals, the goods are stored and issued to customers. The buyer picks up the goods from the trading terminal 6.

In this case, payment for the order can be made by the buyer both in advance and either upon receipt of the delivered goods or received by the buyer in the trading terminal.

The organization of the flow of goods is described in detail in the prototype. The operation of the claimed system for the remote sale of goods (figure 2, 5) includes the following sequence of actions:

- selection by the buyer of goods in real time through a remote terminal;

- delivery of ordered goods from the enterprise to RC 2.

- the acquisition of goods in accordance with orders of customers in RC 2;

- storage of goods in warehouse 5 of RC 2;

- delivery of goods to the buyer;

- delivery (return) of goods from RC 2 to the relevant enterprises 1.

- delivery of goods from RC2 to trading terminals 6. This option is an alternative to a similar opportunity to the distribution center of RC 2;

- storage in trading terminals 6 and delivery of the ordered goods to the buyer.

- delivery of goods not claimed or returned by customers from trading terminals 6 to RC 2.

Depending on the specific implementation of the system according to this utility model, the delivery of complete goods or the return of goods is carried out by technical means of the corresponding enterprises 1 and / or distribution center 2 - freight vehicles, and for goods of small volume, by courier. The buyer picks up the goods from the trading terminals.

INFORMATION SOURCES.

1. Patent No. 2301433 METHOD AND SYSTEM FOR MANAGING MEAT PRODUCTS. Published: June 20, 2007.

2. Patent for utility model No. 34774 A device for the offer of goods and services. Posted: 12/10/2003

3. Patent No. 2268635 Method for the remote sale of goods and a system for its implementation. Published: 01/27/2006 - the closest analogue.

Claims (7)

1. A system for the remote sale of goods, including enterprises, a distribution center (RC), having communication facilities for transmitting and receiving information about customer orders, customer communication facilities, while the enterprises are configured to ensure the delivery of ordered goods from enterprises to the distribution center, and the distribution the center is configured to store and ensure delivery of goods from the distribution center to customers, characterized in that each of the enterprises is equipped with electronic means collecting and transmitting information about the product to the manufacturer’s own server (SP), which ensures that the buyer receives information about the selected product in real time, and the buyer’s communication device is a remote terminal (DT), while the distribution center of the system is equipped with a server (SRC) containing a database and related to the servers of manufacturers and remote terminals of customers, and the goods are electronically marked. 2. The system for the remote sale of goods according to claim 1, characterized in that the electronic marking contains information about the location of the goods, the conditions of its storage and maintenance. 3. The system for the remote sale of goods according to claim 1, characterized in that the electronic marking is an electronic tag containing an enterprise product identifier sensor attached to the product. 4. The system for the remote sale of goods according to claim 1, characterized in that the electronic tag is a smart tag. 5. The system for the remote sale of goods according to claim 1, characterized in that as electronic means of collecting and transmitting information, enterprises in real time use video cameras. 6. The system for the remote sale of goods according to claim 1, characterized in that the enterprise is a factory or a farm, or a catering company, or a store, or an exhibition, or a warehouse. 7. The system for the remote sale of goods according to claim 1, characterized in that the system further comprises trading terminals.