UA111150U - METHOD OF AUTOMATED RECEIVING AND PROCESSING OF DATA ABOUT THE LEVEL OF AT LEAST ONE TYPE OF OBJECT IN THE SALE OF GOODS - Google Patents

Abstract

The method of automated acquisition and processing of data on the residuals of at least one type of object at the point of sale is a process of automatic remote monitoring of the remains of objects at the point of sale of goods with the ability to freely set the frequency of receipt of data and timely automated information to suppliers about the need for additional replenishment of these residues in the form of a specific order to the supplier, indicating the object and its quantitative indicators. EFFECT: method has the possibility of application for both one trade establishment and a large trading network with many points of sale of goods, irrespective of the amount of trade equipment and the number of types of objects distributed at the points of sale of goods, as well as the possibility of simultaneous application for many of the specified trading points networks of relatively identical or different objects.

Description

The declared technical solution belongs to data processing processes specially adapted for administrative, commercial, financial, management, observation or forecasting purposes, in particular to methods of automatic control of the balance of objects distributed at the points of sale of goods and notification of the need to replenish stocks of the specified objects This technical solution is a method of automated acquisition and processing of data on the remains of at least one type of object at the points of sale of goods.

The claimed method can be applied in the field of trade or in the case of free distribution of objects, that is, things that are not goods, especially in places or institutions of retail and wholesale trade, which can be combined into a trade network (shops, cafes, pharmacies, bars, etc.).

Suppliers, that is, enterprises that produce and sell consumer goods (food, household chemicals, medicines, etc.), are aware of the need to organize control of residues at the places of sale of goods and the need for timely delivery of their products to the places of sale of goods, that is, to places of retail and wholesale trade , which can be combined in a network of establishments for the sale of goods. These points of sale can be part of a network of establishments for the sale of goods, which includes tens to hundreds of thousands of independent points of sale. Goods or certain things that are distributed free of charge and therefore are not goods that are sold at the specified points of sale are objects of accounting both for the trading establishment or the point of sale, and for the enterprise that manufactures or wholesales these objects through the above independent points of sale, i.e. the supplier. As a result, there is a problem of constant operational acquisition and processing of data regarding the balance of at least one type of object in at least one point of sale of goods and organization of effective control in terms of material and time costs for all points of sale of goods.

Currently, this problem is solved by organizational measures, in particular, by periodically visiting each point of sale of goods by a sales representative of the supplier, counting the balances and forming a notification about the feasibility of the next supply of at least one object.

This method has a number of disadvantages, which, in particular, is expressed in the need to keep the numerical

From the number of sales representatives in the supplier's staff, which significantly increases the costs of implementing the above objects, given the need to pay salaries to the entire staff of representatives and taking into account additional transportation costs. In addition, the question of the efficiency of obtaining information about the necessity and reliability of data on the volumes of the necessary replenishment of the remaining objects at the point of sale is generally questioned, which is connected with the constant movement of the supplier's representative between different points of sale of goods, the possibility of his frequent stay in one point of sale, the difference in time between the moment of the need for additional supply and the moment of arrival and receipt by the representative of the supplier of data on the remaining objects, as well as the difference in time with the moment of transmission of data regarding additional supply directly to the supplier.

The indicated significant time delays in obtaining data on the balance of objects at the point of sale of goods lead to downtime of the trading point and additional financial losses both on the part of the supplier and on the part of the owner of the point of sale of goods.

In order to speed up the process of realization of objects through the points of sale of goods, as well as to reduce the costs of control of the supply process, outsourcing companies are usually involved, which, in particular, perform the same actions as the above representatives of the supplier.

However, the involvement of outsourcing companies absolutely does not eliminate the above-described shortcomings.

However, in this way, the quality of supply control is lost, because outsourcing companies take on the responsibilities of supplying the facilities of several suppliers at the same time, and therefore the attention given to each individual supplier is reduced. In addition, an additional problem arises regarding the control of the outsourcing company itself, for example, checking the actual number of points of sale of goods visited by a representative of the outsourcing company during a certain period of time. In addition, the presence of a human factor and a low level of automation increases the risk of an error in placing a supply order.

Thus, taking into account the above, there is an urgent need to create an automatic process of periodic or permanent remote monitoring of the balances of the above-mentioned objects at the points of sale of goods and timely informing suppliers of the need for additional replenishment of these balances, which would provide the possibility of application both for one retail establishment and for a large trade network with many points of sale of goods, regardless of the number of trade equipment and the number of types of objects 60 distributed in the points of sale of goods, as well as the possibility of simultaneous application for many of the specified trade networks with respect to the same or different objects, that is, provided the possibility of application by the final retailer, a retail or wholesale intermediary, an outsourcing company, and a wholesale supplier or manufacturer.

In this case, the automatic process of periodic or continuous remote monitoring means the process that provides the possibility of freely setting the frequency of automatic acquisition of data on the remaining objects. At the same time, a significant role in such a process should be played by the automation of the periodic recording of data on the quantitative indicators of the remains of objects subject to monitoring, in the form of the number of units or mass, and the receipt of such data in electronic form relative to a different number of types of objects and a different number of their locations location in places of distribution.

Among the technical solutions designed to ensure the accounting of at least one object, remnants, etc., in particular, there is a well-known display case for products (patent of Ukraine for a utility model OA 62533, published on August 25, 2011, Bull. Mo 16), which contains an upper and lower base , which are made in the form of parallelepipeds and assembled from vertically and horizontally interconnected transparent plates, which are connected by gluing. The upper and lower bases are made with the possibility of separation, the upper base contains a lid, which in the closed state closely adjoins the walls of this base around the perimeter, and the front wall of the upper base is made of two parts, the upper of which is immovably fixed to the side walls of this base, and the lower made in the form of a hinged cover, which opens outwards at an angle of up to 90", and is fixed with the help of an axis installed in the side walls of this base, and a weighing device is placed on the bottom of the lower base, which is made without a front wall.

Such a showcase does not involve the connection of any means of remote transmission of information. And therefore, the design of the showcase does not allow remote monitoring of the balance of at least one object on the shelves. The presence of a weighing device does not solve the problem of determining the number of at least one object in the display case, since this technical solution is aimed at reducing the area of the display case itself and making it easier to retrieve and weigh the goods. Such a showcase can only be applied to products that have a different weight per unit or that are sold by weight, and does not provide the ability to automatically control the amount of artificial products. The use of such a showcase does not provide the opportunity to create and

From sending a message about the need to renew the balance of goods.

From the technical level, the patent of Ukraine for the invention is also known (ША 96722 С2, publ. 25.11.2011, bull. Mo 22), which provides for a system containing a device for displaying goods in a store, a data management device that manages data about the mentioned goods, and a portable processing terminal which is carried by personnel traveling between the distributor and said store and is used to collect data relating to the merchandise display scheme and to register the data on said data management device. The portable processing terminal includes an identification receiving unit that receives the product identification data and the position identification data, and a display holding unit that holds the received product identification data and said received correlated position identification data. The data management device includes a display receiving unit that receives said product identification data and said position identification data that are collected from said product display device through said portable processing terminal, a warning memory unit that stores a product display warning , relating to a product display scheme, together with at least a portion of said product identification data, and an alert provision unit that provides product display alerts to said portable processing terminal through which said product identification data and said position identification data are received, together with said data product identification.

This system is intended to help the staff of the company-supplier of the goods, to ensure a simple and correct demonstration of specific goods at specific points of sale.

However, such a technical solution does not allow to remotely automatically receive data on quantitative indicators regarding the remaining product, taking into account its location and different types of product.

Patent CM1979100 is also known, which discloses the method of the system of dynamic evaluation of goods stocks, which contains the identification equipment KRIO (Kadio Egediepsu Idepiyisakiop), intended for recognition and placement in this system of objects with the appropriate content of electronic marks, equipment for measuring weight, for holding products on scales, as well as computing devices that are connected to the weighing devices of the above-mentioned KRIO identification equipment (electronic marks). The specified computing device determines the entire mass, in addition, evaluates and registers, depending on the location of the data and objects, the actual weight of the product, obtained according to and after weighing, and the weight obtained with the help of identification equipment КРИО (electronic marks) as a result of recognition electronic marks. According to one version of the implementation, the method of the system of dynamic assessment of commodity stocks includes the following procedure: checking the modification of the amount of gross weight loaded on the above-mentioned measuring equipment; further verification of the presence of changes in the content of electronic marks of commodity elements of the system to the side of increase or decrease as a result of a change in the value of the gross weight, which includes the following procedure: in the event of the appearance of new electronic marks with a greater value, an analysis of the compliance of the new electronic marks with recently added elements to the system is carried out , the list of commodity items changes, and the additional weight of each commodity item is evaluated separately. In the case of a decrease in the number of electronic marks, an analysis of the correspondence of the removed electronic marks to the removed product elements of the system is carried out, the removed product elements are removed from the list. If the total number of electronic marks has not changed, then the weight of a specific category is changed.

The described technical solution is aimed at creating a quick and convenient inventory system, which makes it possible to have up-to-date information on the volume of merchandise stocks for each item to determine the need to purchase one or another type of merchandise. At the same time, the reduction of the time spent and labor force is achieved.

However, this technical solution is intended for use only within one trading floor. For the system of measuring equipment, the possibility of transmitting data about measurement results to the outside is not provided at all.

From the level of technology, the application for obtaining a patent CA 2829535 A1, which was publ. 04/10/2015, which discloses an inventory management system that includes one or more scales, a portable electronic device, electronic data transmission means from the scales to the portable electronic device. Also, in the materials of this application, a cabinet for controlling and weighing a set of objects is described, consisting of the following elements: a base with a place for the location of objects; a weighing device, which is installed under the appropriate place for placing the object and measures the mass of this object; a portable electronic device that provides data about the object and the results of measuring the mass of the object. At the same time, the weighing device can be made with built-in location data

From the object at its location. And the described cabinet itself can contain the main control unit with a memory device for storing the corresponding values, which contains data about the object and about its location. The main control unit receives the results of measurements, as well as data about the object and its position to obtain the corresponding value. The cabinet can also be made with the specified control unit with a memory device to save matching values. The main control unit uses the information about the object stored in the memory to ensure that the data about the object and the measurement results match the next time for the purpose of calculating the costs of the object.

As indicated in the application materials, the described inventory management system is intended for use in relation to one specific location of facilities, and in the case of using several weighing devices in this location of facilities, all these devices are directly connected to one main control unit, which has a memory device and stores and processes data about objects. That is, processing and storage of all data is carried out by a device that is structurally connected to one or more weighing devices located in one specific location of objects. At the same time, the initial data about the objects, which include data on mass, volume, the very fact of the presence of the object or the expiration date of the object, are entered into the specified device for data processing and storage by the user through a special computer software application and displayed by means of this application in the user's portable electronic computing device. And obtaining data related to the mass or balance of objects is carried out at the request of the user through the specified portable electronic computing device.

As you can see, the described technical solution has a number of disadvantages. In particular, it does not provide an automatic notification about the need to replenish the balance of the object, the user receives information about the mass of the balance of the object (goods) only after launching the software application. In the materials of the mentioned patent application, only examples of receiving an automatic notification by the user about the complete absence of the object or the end of its expiration date are given, while the mechanism of formation and transmission of such notifications is not disclosed. Also, only the application example mentions the possibility of obtaining data on the number of objects (goods), however, the mechanism for obtaining such an indicator is not disclosed, it is only mentioned that to calculate the amount through the mass indicator, it is necessary to use a separate computer software application installed on a separate electronic computing device. In accordance with the described technical solution of the inventory management system, data on the objects is received precisely on the user's portable electronic device, and all data processing is carried out only in the main control unit with a memory device, which is installed exactly at the location of the objects.

The described technical solution of the inventory management system discloses a method of obtaining data on the balance of objects in one specific location of these objects using only a weighing device, with processing and storage of all data in the main device, which is constructively connected to the weighing device , where data on the remaining objects can be obtained by the user on request through a special computer software application that is installed in the user's portable device. That is, such a technical solution is specifically intended for use only in relation to one specific location of the objects, it can be applied only within the limits of one specific trade establishment in the interests of its owner and only for obtaining information about the state of the remaining objects (goods) at the moment request of the owner, without taking into account the procedure of ordering an additional number of objects from the supplier to replenish the balance at the point of sale.

As you can see, the described technical solution of the stock management system has a very narrow scope of application and does not provide the possibility of implementing an automatic process of remote monitoring of object balances at the points of sale of goods and timely automated informing of suppliers about the need for additional replenishment of these balances with the possibility of freely setting the periodicity of receiving data , which would provide the possibility of application both for one trading institution and for a large trade network with many points of sale of goods, regardless of the number of trading equipment and the number of types of objects distributed in the points of sale of goods, as well as the possibility of simultaneous application for many of the specified trade networks relative to the same or different objects. The described technical solution does not provide the possibility of its simultaneous application by the final retail seller, retail or wholesale intermediary, outsourcing company and wholesale supplier or manufacturer.

Co.) As the closest analogue to the technical solution that is claimed, the method of automated acquisition and processing of data regarding the remains of at least one type of object in the places of sale of goods, the essential features of which are disclosed in the above-mentioned materials of the patent application CA 2829535 A1, which was published on 04/10/2015.

The common essential features of the claimed technical solution and the closest analogue are: the use of demonstration trade equipment located at the point of sale of goods, which has at least one basis for the location of objects and contains at least one measuring device, thanks to which periodic reception at the entrance is carried out electronically - a computing device of electronic data, which provides the possibility of their interpretation as quantitative indicators for the above-mentioned objects.

None of the above-mentioned separate or several combined technical solutions is characterized by a set of essential features that fully coincides with the features of the claimed method of automated data acquisition and processing regarding the remains of at least one type of object in at least one point of sale of goods. The features of the claimed method, which are common to the features of the above-mentioned technical solutions, allow the specialist to establish the degree of improvement, which ensures compliance with such conditions of patentability as novelty and non-obviousness of the technical solution, as well as industrial suitability. The further description of the claimed method demonstrates obvious differences for a specialist from the above technical solutions known from the state of the art.

The task of the proposed solution is to create a universal method of automated acquisition and processing of data regarding the remains of at least one type of object at the points of sale of goods, which is a process of automatic remote monitoring of the remains of objects at the points of sale of goods with the possibility of freely setting the periodicity of receiving data and timely automated informing of suppliers about the need for additional replenishment of these balances in the form of a specific supply order specifying the object and its necessary quantitative indicators, which provides the possibility of application both for one retail establishment and for a large retail network with many points of sale of goods, regardless from the number of trade equipment and the number of types of objects distributed at the points of sale of goods, as well as the possibility of simultaneous application for many of the specified trade networks with respect to the same or different objects, i.e.

provides the possibility of application by the final retailer, retail or wholesale intermediary, outsourcing company and wholesale supplier or manufacturer.

The task is solved as follows.

In the method of automated acquisition and processing of data regarding the balance of at least one type of object at the point of sale of goods, the demonstration trade equipment located at the point of sale of goods, which has at least one basis for the location of the objects, is used. And the specified demonstration trade equipment contains at least one measuring device, thanks to which electronic data is periodically received at the input of the electronic computing device, which makes it possible to interpret them as quantitative indicators for the above-mentioned objects.

According to the stated technical solution, the method uses the above-mentioned demonstration trade equipment, which contains at least one sensor, made with the possibility of receiving its output signals, which provide the possibility of their further interpretation as quantitative indicators for the above-mentioned objects. This demonstration trading equipment includes at least one control device configured to convert the output signals of said at least one sensor and generate messages. And it also contains a transceiver connected to the specified device for control, made with the possibility of transmitting messages generated by the device for control.

At the same time, the above-mentioned at least one sensor is made with the possibility of supplying to the specified device for controlling output signals corresponding to the mass or quantity or a static image of the objects that are located on the base for the location of the objects of the demonstration trade equipment or are located on/in this demonstration trade equipment.

The specified device for control is made with the possibility of converting the signals of the specified sensor for the periodic formation of messages and with the possibility of periodic transmission of these messages through the above-mentioned receiving-transmitting device, as well as with the possibility of storing such messages until receiving through this receiving-transmitting device a message confirming receipt.

In addition, the specified messages generated by the control device contain data on the mass or quantity of the specified objects and/or contain a static image of these objects, which are located in the corresponding point of sale and/or on/in the corresponding demonstration equipment , and/or on the appropriate basis for the location of the demonstration trade equipment objects, and contain the time indication and the corresponding identifier of the place of sale and/or the identifier of the demonstration trade equipment, and/or the identifier of the basis for the location of the objects of the demonstration trade equipment, and/or contain the relevant identifier of the object located at the relevant point of sale and/or on/in the relevant demonstration trade equipment, and/or on a suitable basis for the location of the objects of the demonstration trade equipment.

In addition, this method uses an electronic control system designed to perform this method according to a predetermined algorithm, designed to periodically receive messages in electronic form containing data related to the remaining time of at least one type of object , located at the relevant point of sale and/or on/in the relevant demonstration equipment, and/or on a suitable basis for the location of the objects of the demonstration trade equipment. This electronic management system is also intended for the processing and storage of this data and for the generation and transmission of messages in electronic form about the need to supply certain of the above-mentioned objects to a certain point of sale of goods and/or display of such data.

The specified electronic control system is a hardware and software complex based on at least one electronic computing device, made with the possibility of connecting to at least one communication network for receiving and sending messages containing data on the above objects, and for providing access to such data stored in this electronic management system.

This electronic control system in particular includes a server software application recorded in a storage device, which is designed to process input data, control the selection of output data based on input data, control the processes of recording, sampling, reading and playback of data from at least one database located in the electronic management system, and which is formed and managed by the database management system. The specified database is intended for the accumulation, systematization, storage and extraction of data.

According to this method, using the above-mentioned server software application of the electronic control system, the above-mentioned at least one database is formed. Such a database, as a minimum, contains data on at least one supplier of the above objects, data on at least one point of sale of goods where the objects are placed, data on at least one type of objects.

At the same time, the specified data about the provider of objects includes an array of interconnected data, which at least includes the provider's identifier and contact details of the provider. And the provider's contact information is at least one telephone number or at least one e-mail address, and/or at least one instant messaging network address, and/or at least one network account address, and/or at least one network address with which to communicate the associated electronic computing device with the provider's client software application and/or the provider's client interface identifier.

Said point of sale data includes an array of interconnected data, which at least includes the identifier of the corresponding point of sale and/or the identifier of the corresponding demonstration equipment, and/or the identifier of the corresponding basis for the location of the objects of the demonstration sales equipment, as well as contact data points of sale Such point of sale contact details are at least one telephone number or at least one e-mail address, and/or at least one instant messaging network address, and/or at least one network account address, and/or at least one network address with which the connected electronic computing device with the seller's client software application and/or the seller's client interface identifier.

The above-mentioned data about the above-mentioned object includes an array of interrelated data, which at least includes the identifier of this object associated with the point of sale and/or demonstration trade equipment, and/or the basis for the location of these objects of the demonstration trade equipment. At the same time, the specified identifier is also associated with at least one supplier. The item data also includes the quantity or mass of that item and/or a time-stamped static image, as well as the minimum value and the value of the required additional quantity or mass of that item for the applicable point of sale and/or display merchandising equipment, and /or the basis for the location of these objects of demonstration trade equipment.

According to this method, when receiving at the input of the electronic control system a message that was formed by the above-mentioned device for control and sent through the above-mentioned receiving-transmitting device, and which contains data on the mass or number of the above-mentioned objects and/or contains a static image of these objects objects that are located in the relevant point of sale and/or on/in the relevant demonstration equipment, and/or on a suitable basis for the location of the objects of the demonstration trade equipment, and contains the time and the corresponding identifier of the point of sale and/or the identifier of the demonstration trade equipment, and/or the identifier of the basis for the location of the objects of the demonstration trade equipment, and/or contains the corresponding identifier of the object located at the corresponding point of sale and/or on/in the corresponding demonstration trade equipment, and/or on the corresponding basis for the location of objects of demonstration trade equipment, according to this method here there is a comparison of the specified received data with the data of the above-described database about the object with the same identifier associated with the corresponding point of sale and/or demonstration trade equipment, and/or the basis for the location of these objects of demonstration trade equipment. If it is necessary to obtain an indicator of the number of objects, based on the received indicator of mass, the calculation of the indicator of quantity is carried out according to the given algorithm, based on the mass of one unit of the object. And if it is necessary to obtain an indicator of quantity or an indicator of mass, based on the obtained static image, according to a given algorithm for recognizing graphic spatial images, objects are identified and the indicator of quantity or mass is calculated.

The received or calculated indicator of the mass or quantity of the object, with the help of the above server software application, is compared with the corresponding value of the minimum quantity or mass of this object entered in the database.

At the same time, the above-described data, which at least include the indication of time and, for objects accounted for by mass - mass or mass and a static image of the object, and for objects accounted for by quantity - quantity or quantity and a static image of objects are added, with preservation of previous data or by changing previous data, to the data of the above database about objects with the same identifier associated with the relevant point of sale and/or demonstration trade equipment, and/or the basis for the location of these objects of demonstration trade equipment, or delete this data.

In the event that the received or calculated indicator of the object's mass or quantity is less than or equal to the corresponding value of the minimum quantity or mass of this object entered in the database, a preliminary notification is generated using the server software application about the need to supply the above-mentioned objects.

Such preliminary notice shall at least contain the identifier of this object and/or the identifier of the relevant point of sale, and/or the identifier of the relevant demonstration equipment, and/or the identifier of the relevant basis for the location of the objects of the demonstration trade equipment. This message also contains the corresponding value of the required additional quantity or mass of the corresponding object entered into the database.

The formed preliminary notification about the need to supply the above-mentioned objects is sent to the relevant contact data of the point of sale entered in the database, which is at least one telephone number and/or at least one e-mail address, and/or at least one address of the instant messaging network system, iMabo at least one network account address, and/or at least one network address to which the electronic computing device is associated with the seller's client software application, for confirmation or for correction and confirmation and/or display such data through the corresponding seller's client interface in accordance with the identifier of this interface entered in the database of the electronic management system.

After receiving confirmation of the above-described data in the form of a message in electronic form or through the corresponding client interface of the seller, using a server software application, a final notification is made about the need to supply the above-mentioned objects.

Such final notification shall at least contain the identifier of this object and/or the identifier of the relevant point of sale, and/or the identifier of the relevant demonstration equipment, and/or the identifier of the relevant basis for the location of the objects of the demonstration trade equipment, and also contain entered into the database the relevant the value of the required additional quantity or mass of the corresponding object.

З The formed final notification about the need to supply the above-mentioned objects is sent to the relevant contact data of the supplier entered in the database, which is at least one telephone number and/or at least one e-mail address, and/or at least one address of a network system of instant messaging, or at least one address of a network account, and/or at least one network address with which the electronic computing device is associated with the client software application of the provider, and/or display this data through the corresponding client interface of the provider according to the identifier of this interface entered in the database data of the electronic control system.

In addition, in certain cases of implementation of the declared method of automated acquisition and processing of data regarding the balance of at least one type of object in the places of sale of goods, the above-mentioned demonstration trade equipment can be used, which contains the above-mentioned at least one sensor, which is a strain gauge sensor or an optoelectronic sensor, or an electromechanical a sensor, or a radio tag signal receiver, and includes a primary signal converter.

This demonstration commercial equipment may also include the above at least one control device, which is a microcontroller, and include the above transceiver, which is a radio transceiver configured to connect to a mobile network.

The above-mentioned electronic control system can also be used in the method, which is a hardware and software complex based on at least one electronic computing device, made with the possibility of direct or indirect connection with the Internet and/or with radio transceivers of the mobile network "link"

In addition, the transmission of the above-described messages between the above-mentioned receiving and transmitting device of the demonstration trading equipment and the electronic control system can be carried out according to the data transfer protocol, which provides for automatic confirmation of their receipt.

Given that the claimed technical solution may be modified and have alternative implementations, the following detailed description of the method is not intended 60 to be limited to the given individual embodiments, but on the contrary, includes all modifications,

equivalents and alternatives that fall under the essence and scope of patent protection, which is set forth in the attached formula of the technical decision.

The method of automated acquisition and processing of data regarding the balance of at least one type of object in the places of sale of goods can be applied both to objects subject to sale and to objects that are distributed free of charge. At the same time, it is clear to the expert that the claimed method, with certain changes, can be used to ensure the timely removal of at least one object, for example, when collecting products or goods as aid to orphanages, hospitals, and other needs.

The applied concept "object" deserves a special explanation. The object, in this case, is a product or thing, which may be a commodity sold for money, or may not be a commodity because it is distributed free of charge. The object can be a package, box, bundle, bag or other container, it can be artificial, which is distributed individually. At the same time, the general property of the object is the determined mass of its unit. At the same time, the object can be either bulk or bulk, for example, sugar, cereals, vegetables, drinks on tap or others, which are not packaged in a container, but are distributed by units of mass or volume.

The place of sale of goods means a trade organization, a premises or a place of sale or distribution of objects related to a trade organization.

The place of sale of the goods can be any public institutions in which the sale of goods or the provision of services has been established. Such places are mainly, but not exclusively, shops, pharmacies, bars, cafes, shopping and entertainment centers, paid medical care facilities, etc.

In the claimed method, demonstration trade equipment is used, i.e. equipment intended for display, storage and sale or distribution of goods or objects, it can be specialized furniture, refrigerators or other equipment that provides the possibility of temporary storage and demonstration of goods or objects , which are distributed.

Such equipment is located in at least one point of sale of goods. That is, the declared method provides for monitoring the remains of objects not only in one, but in many places of sale of goods.

З This equipment has at least one base for the location of objects, which provides for the possibility of placing a separate type of object in the required amount on each indicated base.

Such a base can be a shelf, bracket, rack, etc., on which objects of the same type are supported, hung or otherwise held.

The specified demonstration trade equipment contains at least one measuring device, thanks to which electronic data is periodically received at the input of the electronic computing device, which makes it possible to interpret them as quantitative indicators for the above-mentioned objects.

The applied above demonstration commercial equipment has at least one sensor as the specified at least one measuring means. The sensor in this case means a device that includes both a sensitive element and a device for primary signal conversion of the sensitive element. The indicated at least one sensor is made with the possibility of receiving such output signals, which provide the possibility of their further interpretation as quantitative indicators in relation to the above-mentioned objects. That is, the output signals from the sensor provide the possibility of their transformation in devices for control into electronic data that directly display quantitative indicators about objects or provide the possibility of their transformation in devices for control into electronic data that provide their further transformation in another electronic computing a means of electronic data that directly reflect quantitative indicators for objects.

The above-mentioned demonstration trading equipment includes at least one device for control, which is made with the possibility of converting the output signals of the specified at least one sensor and generating messages. Preferably, the control device is made in the form of a microcontroller, which has a memory device, which can be built-in or external. Depending on the type of demonstration trading equipment, one or more of the above sensors located on one unit of this trading equipment can be associated with one control device. Alternatively, one or more such sensors associated with one of several object location bases may be associated with a single control device. That is, each base for the location of objects can have its own control device, or such a control device can be the only one for one or more units of the demonstration trade equipment.

The demonstration trading equipment also includes a transceiver connected to said control device, configured to transmit messages generated by the control device. That is, said transceiver can be connected to one or more devices for controlling one unit of vending equipment or several units of demonstration vending equipment. This transceiver is intended for connection to a wired or wireless communication network. Preferably, the method uses a radio-transmitting device made with the possibility of connecting to a mobile network.

As already indicated, the demonstration commercial equipment includes the above at least one sensor. That is, one or more sensors of different types can be associated with one or more bases for the location of objects.

At the same time, the indicated at least one sensor is made with the possibility of supplying to the above-mentioned device for controlling output signals corresponding to the mass or quantity or a static image of the objects that are located on the base for the location of the objects of the demonstration trade equipment or are located on/in this trade equipment .

That is, as already mentioned, the method includes the ability to convert signals into electronic data both in the control device and in another electronic computing device. Including the following multiple conversion of electronic data is possible, in particular, the conversion of the output signals of the photo sensor into electronic data of a static image in the control device for further recognition of graphic images and calculation of the number or mass of objects. And a static image can be used not only to calculate the amount or mass, but also as such for control. At the same time, a static image can be used simultaneously both for control and for calculating the number or mass of objects. Preferably, the method uses the above demonstration commercial equipment, which contains the above at least one sensor, which is a strain gauge sensor or an optoelectronic sensor, or an electromechanical sensor, or a radio tag signal receiver, and includes a primary signal converter. A strain gauge can be used to measure weight, and an optoelectronic sensor can be used for receiving

From a static image. An electromechanical sensor can be used to measure a distance, for example, the distance of a movable bracket, the position of which depends on the number of stacked objects, when such a bracket rests on the outermost object in the stack. This principle of using an electromechanical sensor can be used in retail equipment, in particular, for placing packs of cigarettes. And the specified radio tag signal receiver can be made, in particular, in the form of a KRIUO (Kadio Egediepsu Idepiyisayop) identification equipment receiver for calculating the number of objects due to the number of KEIO tags installed on them.

In addition, the above-described control device is made with the possibility of converting the signals of the specified sensor precisely for the periodic formation of messages and with the possibility of periodic transmission of these messages through the above-mentioned receiving and transmitting device. That is, the claimed method provides for the possibility of ensuring the periodicity of the fixation of the remaining objects by setting a time period in the device for control both directly and remotely through an electronic control system. At the same time, this period can be changed remotely, or the periodicity can be ensured by periodic requests from the electronic control system used in this method. In addition, the indicated device for control is made with the possibility of storing such messages until receiving a message confirming receipt through the transceiver.

The notification of confirmation of receipt can be an automatically generated return message from the equipment of the mobile communication network, the Internet or the specified electronic control system. In this method, the transmission of messages between the specified transceiver of the demonstration trading equipment and the electronic control system is mainly carried out according to the data transmission protocol, which provides for automatic confirmation of their receipt. Thus, in the event of a communication breakdown between the above-mentioned receiving-transmitting device of the demonstration trading equipment ")" and the above-mentioned electronic control system, temporary storage of data on the remaining objects is provided, indicating the time of receiving this data before the connection is established.

The specified messages generated by the control device contain data on the mass or quantity of the specified objects and/or contain a static image of these objects, which are located in the corresponding point of sale and/or on/in the corresponding demonstration equipment, and/or on 60 appropriate basis for the location of objects of demonstration trade equipment. Such messages contain quantity data in the case of calculating the number of objects based on the total mass and the mass of one unit of the object in the control device itself, or in the case of calculation by the control device when receiving signals or data received from an electromechanical sensor or radio tag signal receiver. These messages may contain data on the mass or quantity and/or a static image of the objects on each basis, on/in each unit of sales equipment or in the point of sale as a whole. In addition, these messages contain a time indication, it can be the time of receiving the signal of the corresponding sensor or the time of formation of the message by the control device. They shall also contain the corresponding identifier of the point of sale and/or the identifier of the demonstration trading equipment, and/or the identifier of the basis for the location of the objects of the demonstration trading equipment, and/or the corresponding identifier of the object located at the corresponding point of sale and/or at/in relevant demonstration trade equipment, and/or on a suitable basis for the location of objects of demonstration trade equipment. That is, this method provides that quantitative parameters and/or a static image in the message can be associated with a specific location of objects (without indicating the type of objects itself) and/or with an indication of the type of objects, and the identifier can be be both a conditional code and a name.

Object identification can be carried out both by its type and only by its location. Hereinafter, the term "identifier" means a designation for identification, which may be an original set of symbols, including in the form of a name or designation as a sociolinguistic unit, while this designation is in any case a set of machine-readable symbols.

As mentioned above, this method uses an electronic control system designed to perform this method according to a predetermined algorithm. This system is designed to periodically receive messages in electronic form containing data that are related to the balance for a certain time of at least one type of object located at the corresponding point of sale and/or on/in the corresponding demonstration equipment, and/or on appropriate basis for the location of objects of demonstration trade equipment. Also, the system is designed for processing and storing this data and for generating and transmitting messages in electronic form about the need to supply certain of the above-mentioned objects

From a certain point of sale of goods and/or display of such data. The specified display of such data can be carried out in the electronic management system itself, both for the one who manages it, and for the seller and/or supplier through the corresponding user interfaces with limited access. The specified display of data and access to them can be used, in particular, for data correction, as well as for periodic reconciliation of general quantitative indicators for objects received by the seller in separate batches in certain periods from the supplier, etc.

The specified electronic control system is a hardware and software complex based on at least one electronic computing device, made with the possibility of connecting to at least one communication network for receiving and sending messages containing data on the above-mentioned objects, and for providing access to such data stored in this electronic management system. Said communication network may be a wired or wireless network, or a combination of such networks, including global networks such as the Internet, or local area networks. This provision of access to such data provides for possible third-party limited access, including limited access through the client interface on the part of the seller and/or supplier. Preferably, in the claimed method, the specified electronic control system is used, which is a hardware and software complex based on at least one electronic computing device, made with the possibility of direct or indirect connection with the Internet and/or with radio-transmitting devices of the mobile network connection

This electronic control system, in particular, contains a server software application recorded in a storage device. The term "server" is used conditionally, taking into account part of the functions of this software application exclusively in relation to the formed "client-server" network architecture and the function of this software application in this system - the performance of service (maintenance) functions at the request of the "client" or client software application, and giving him access to certain resources or services. At the same time, this server software application is not limited to the specified function and purpose, but also has other functions and purposes, which are disclosed further in the description of the technical solution of this manual.

The specified server software application is designed to process input data, control the selection of output data based on input data, control the processes of writing, retrieving, reading and reproducing data from at least one database located in an electronic control system, and which is formed and controlled by the database management system data and is intended for the accumulation, systematization, storage and extraction of data.

According to this method, with the help of the above-mentioned server software application of the electronic management system, the above-mentioned at least one database is formed, which at least contains data about at least one supplier of objects. In this case, the term "supplier" means an organization that supplies objects and/or a set of warehouses where objects are stored, and/or a specific warehouse, and in the context of the technical solution of the method - the equipment used in this method and related to them. The database also contains data on at least one place of sale of goods, where objects are distributed, data on at least one type of objects.

Object provider data includes an array of interrelated data that includes, at a minimum, a provider identifier and provider contact information. Hereinafter, the term "Identifier" means a designation for identification, which can be an original set of machine-readable characters or a specific name.

The specified contact details of the provider are at least one telephone number or at least one e-mail address, and/or at least one address of a network instant messaging system ("messenger"), and/or at least one network account address, or at least one network address, with how the electronic computing device is associated with the provider's client software application and/or the provider's client interface identifier.

The phone number can be used to send and receive 5M5 or MM5 messages. The address of a network account means accounts of social or other networks and services, for example, ZKure or Mireg. The term "network address" means any device identifier in a computer network that provides addressing in global or local networks, including domain addressing.

In this case, the above term "client software application" is applied conditionally, taking into account the main function of this software application exclusively in relation to the formed "client-server" network architecture and the function of this software application in this system - making requests and receiving data from the above-mentioned server software application,

That is, obtaining access to certain resources or services. At the same time, the client software application may not be limited to the specified function and purpose, but may also have other functions and purposes, in particular, those disclosed below in the description of this method. And the indication of "provider" additionally reveals the function of this client software application.

The term "provider client interface" in this case means a user interface that provides limited access to certain, specially designated, data or resources of the electronic management system, which are intended for a specific provider. And the interface itself is implemented by the provider's access to the system through communication networks from the provider's electronic computing device. At the same time, the identifier of this interface means the identification of a certain space for displaying data, which is intended specifically for a certain provider, for example, "user page" or "personal account".

And the aforementioned point of sale data includes an array of interconnected data, which at least includes the identifier of the corresponding point of sale and/or the identifier of the corresponding display equipment, and/or the identifier of the corresponding basis for the location of the objects of the demonstration sales equipment, as well as contact point of sale data.

Point of sale contact details are at least one telephone number and/or at least one e-mail address, and/or at least one instant messaging network address, and/or at least one network account address, and/or at least one network address with which the associated electronic computing device with the merchant's client software application and/or the merchant's client interface identifier. Here, the meaning of the term "seller's client software application" is similar to the meaning of the term "supplier's client software application", however, the term "seller" means the same as the term "point of sale" explained above, and in the context of the technical solution of the method under the "seller" means the equipment that is used in this method and associated with it.

The aforementioned object data includes an array of interrelated data, which at least includes the identifier of this object associated with the point of sale and/or demonstration trade equipment, and/or the basis for the location of these objects because the demonstration of retail equipment and associated with at least one supplier, and include the quantity or weight of this item and/or a static image with time indication, as well as the value of the minimum and the value of the required additional quantity or weight of this item for the relevant point of sale and/or demonstration trade equipment, and/or the basis for the location of these objects of demonstration trade equipment.

The application in this case of the quantity or mass of the object allows accounting of objects by their quantity or mass - for objects, the remainder of which cannot be calculated individually, for example, for bulk objects. The specified value of the minimum quantity of the object is the minimum or critical quantity or mass of the object, which determines the moment when additional supply of this object is necessary. And the value of the required additional quantity or mass of this object is the quantity or mass of the object that is necessary in case of additional supply of this object to replenish its balance. As can be seen, the claimed method allows for the adjustment of the value of the minimum and the value of the required additional quantity or mass of the object both from the seller's side and from the supplier's side, for example, in view of the pace of distribution and the time required for the supply of the object or in view of on the mode of operation of the seller or supplier.

According to this method, when receiving a message at the input of the electronic control system, which was generated by the above-mentioned control device and sent through the above-mentioned transceiver, the specified received data are compared with the data of the above-described database about the object with the same identifier that is associated with the corresponding point of sale and/or demonstration trade equipment and/or the basis for the location of these objects of demonstration trade equipment.

Said message received contains data on the mass or quantity of the above-mentioned objects and/or contains a static image of these objects located at the relevant iMabo point of sale on/in the relevant demonstration equipment and/or on a suitable basis for the location of the objects of the demonstration sales equipment , and contains the time indication and the corresponding identifier of the place of sale and/or the identifier of the demonstration trading equipment, and/or the identifier of the basis for the location of the objects of the demonstration trading equipment, and/or contains the corresponding identifier of the object located in the corresponding

From the point of sale and/or on/in the relevant demonstration trade equipment, and/or on a suitable basis for the location of the objects of the demonstration trade equipment.

At the same time, if it is necessary to obtain an indicator of the number of objects, based on the received indicator of mass, according to the given algorithm, the calculation of the indicator of quantity is carried out, based on the mass of one unit of the object. If it is necessary to obtain an indicator of quantity or an indicator of mass, based on the obtained static image, according to a given algorithm for recognizing graphic spatial images, identify objects and calculate an indicator of quantity or mass.

The obtained or calculated indicator of the mass or quantity of the object, with the help of the above-mentioned server software application, is compared with the corresponding value of the minimum quantity or mass of this object entered in the database.

At the same time, the above-described data, which at least include the indication of time and, for objects accounted for by mass - mass or mass and a static image of the object, and for objects accounted for by quantity - quantity or quantity and a static image of objects are added, with the preservation of previous data or by changing previous data, to the data of the above database about objects with the same identifier associated with the relevant point of sale and/or demonstration trade equipment, and/or the basis for the location of these objects objects of demonstration trade equipment, or delete this data. That is, the claimed method provides for the possibility of saving data on the remainder of the object received through each or individual messages, indicating the time of their fixation for obtaining general statistical data on the realization of objects or deleting these data in order to save resources of the electronic control system.

In the event that the received or calculated indicator of the mass or quantity of the object is less than or equal to the corresponding value of the minimum quantity or mass of this object entered in the database, a preliminary notification is formed using the server software application about the need to supply the above-mentioned objects.

Such advance notification of the need for the supply of objects shall at least contain the identifier of this object and/or the identifier of the relevant point of sale, and/or the identifier of the relevant demonstration equipment, and/or the identifier of the relevant basis for the location of the objects of demonstration sales equipment, and also contains the corresponding value of the necessary additional amount or mass of the corresponding object is entered into the 60 database.

The generated preliminary notification about the need to supply objects is sent to the corresponding contact data of the point of sale entered in the database. And point of sale contact details are at least one telephone number and/or at least one e-mail address, and/or at least one instant messaging network address, and/or at least one network account address, (and/or at least one network address, with which the electronic computing device is associated with the client software application of the seller, for confirmation or for correction and confirmation and/or display such data through the corresponding client interface of the seller according to the identifier of this interface entered in the database of the electronic management system.

The preliminary notification of the need to supply objects may also contain other data, including details, in particular the name, address, bank details of the supplier's point of sale, the names of responsible persons from the point of sale and the supplier, and take the form of an order form or invoice in electronic form.

Further, after receiving confirmation of the above-described data in the form of a message in electronic form or through the appropriate client interface of the seller, using a server software application, form a final message about the need to supply the above-mentioned objects. In this case, confirmation of the above-described data can be a notification of their accuracy or a return of the above-described previous notification about the need to supply objects, including a corrected one. Taking into account that the preliminary notification of the need to supply objects may contain data that, in particular, form the form of an order form or invoice in electronic form, the confirmation of the data may be an electronic signature from the point of sale.

The final notice of the need to supply the above objects shall at least contain the identifier of the object and/or the identifier of the relevant point of sale, and/or the identifier of the relevant demonstration equipment, and/or the identifier of the relevant basis for the location of the objects of the demonstration trade equipment, and also contain the entered to the database the corresponding value of the required additional quantity or mass of the corresponding object. This final notification of the need to supply objects may also contain other data, which in particular form the form of an order form or invoice in electronic form, which may contain an electronic signature from the point of sale.

The formed final notification about the need to supply objects is sent to the relevant contact data of the supplier entered in the database, which is at least one phone number and/or at least one e-mail address, and/or at least one address of a network system of instant messaging, (and/ or at least one network account address, and/or at least one network address to which the electronic computing device is associated with the provider's client software application, and/or display this data through the provider's corresponding client interface according to the interface identifier entered in the database of the electronic management system.

As you can see, the above-described method of automated acquisition and processing of data regarding the remains of at least one type of object in the places of sale of goods is a universal automated process of automatic remote monitoring of the remains of objects in the places of sale of goods with the possibility of freely setting the periodicity of receiving data and timely automated informing suppliers about the need for additional replenishment of these balances in the form of a specific order to the supplier specifying the object and its necessary quantitative indicators. The described set of essential features of this method provides the possibility of its application both for one retail establishment and for a large retail network with many points of sale of goods, regardless of the number of trading equipment and the number of types of objects distributed in the points of sale of goods, as well as the possibility of simultaneous application for many specified trade networks with respect to the same or different objects, i.e., provides the possibility of application by a final retailer, a retail or wholesale intermediary, an outsourcing company and a wholesale supplier or manufacturer.

Claims (2)

USEFUL MODEL FORMULA 1. The method of automated acquisition and processing of data regarding the balance of at least one type of object at the points of sale of goods, in which the demonstration trade equipment located at the point of sale of goods is used, which has at least one basis for the location of objects, while the specified demonstration trade the equipment contains at least one measuring means, thanks to which electronic data is periodically received at the input of the electronic computing device, which makes it possible to interpret them as quantitative indicators for the above objects, which is characterized by the fact that the above demonstration trade equipment is used, which is located in at least one point of sale of goods and contains at least one sensor, made with the possibility of receiving such output signals, which provide the possibility of their further interpretation as quantitative indicators in relation to the above objects, contains at least one control device, made of possible by converting the output signals of the specified at least one sensor and generating messages, and also contains a receiving-transmitting device connected to the specified device for control, made with the possibility of transmitting the messages formed by the device for control, while the above-mentioned at least one sensor is made with the possibility of feeding to the specified device for controlling output signals corresponding to mass or quantity or a static image of objects located on a base for locating objects of the display trading equipment or located on/in this display trading equipment, and said control device is configured to convert signals of the specified sensor for the periodic formation of messages and with the possibility of periodic transmission of these messages through the above-mentioned transceiver, as well as with the possibility of storing such messages until they are received through this transceiver confirmation of receipt, in addition, the specified messages generated by the control device contain data on the mass or quantity of the specified objects or contain a static image of these objects, which are located at the corresponding point of sale of iMabo on/in the corresponding demonstration equipment , and/or on the appropriate basis for the location of the objects of the demonstration trade equipment, and contain the time indication and the corresponding identifier of the place of sale and/or the identifier of the demonstration trade equipment, and/or the identifier of the basis for the location of the objects of the demonstration trade equipment and/or contain the corresponding identifier of the object located in the corresponding point of sale and/or on/in the corresponding demonstration trade equipment, and/or on the appropriate basis for the location of objects of the demonstration trade equipment, in addition, in this method, an electronic management system is used, which designed to perform this method according to the preset algorithm, intended for periodic receipt of messages in electronic form containing data related to the remaining for a certain time of at least one type of object located in the corresponding point of sale and/or on/in the corresponding demonstration equipment, and/or on on the appropriate basis for the location of objects of demonstration trade equipment, for processing and storage of this data and for the formation and transmission of messages in electronic form about the need to supply certain of the above-mentioned objects to a certain place of sale of goods and/or display of such data, while the specified electronic the control system is a hardware and software complex based on at least one electronic computing device, made with the ability to connect to at least one communication network for receiving and sending messages containing data on the above-mentioned objects, and for providing access to such data , stored in this electronic management system, this electronic the control system, in particular, includes a server software application recorded in a storage device, which is designed to process input data, control the selection of output data based on input data, control the processes of recording, sampling, reading and reproduction of data from at least one database located in an electronic management system, and which is formed and managed by the database management system and is intended for the accumulation, systematization, storage and extraction of data, while in this way, with the help of the above-mentioned server software application of the electronic management system, the above-mentioned at least one database is formed, which at least contains data on at least one supplier of the above-mentioned objects, data on at least one place of sale of goods where the objects are located, data on at least one type of objects, moreover, data on the object supplier includes an array of interconnected data, which at least includes the provider's identifier and provider contact details, where the provider contact details are at least one telephone number and/or at least one e-mail address, and/or at least one instant messaging network address, and/or at least one network account address, or at least one network address, with which the electronic computing device is associated with the vendor's client software application and/or the vendor's client interface identifier, and the point of sale data includes an array of related data that at least includes the identifier of the corresponding point of sale and/or the identifier of the relevant demonstration equipment, and/or the identifier of the relevant basis for the location of the objects of the demonstration trade equipment, as well as the contact details of the point of sale, where the contact details of the point of sale are at least one telephone number and/or at least one e-mail address, and/or at least one network system address instant messaging, and/or at least one network account address, and/or at least one network address to which the electronic computing device with the seller's client software application and/or the seller's client interface identifier is associated, and data about the above-mentioned object include an array of interconnected data, which at least include the identifier of this object associated with the point of sale and/or demonstration trade equipment, and/or the basis for the location of these objects of demonstration trade equipment and associated with at least one by the supplier, and include the quantity or weight of that item and/or a time-stamped static image, as well as the value of the minimum and the value of the required additional quantity or weight of that item for the relevant point of sale and/or display merchandising equipment, and/or the basis for the location of these objects of demonstration trade equipment, while following this method, when receiving at the input of the electronic control system a message that was formed by the above-mentioned device for control and sent through the above-mentioned receiving-transmitting device and which contains data on the mass or number of the above-mentioned objects and/or contains a static image of these objects, which located at the relevant point of sale and/or on/in the relevant display equipment, and/or on a suitable basis for the location of the objects of the display trading equipment, and containing the time and the relevant identification of the point of sale and/or the identifier of the demonstration trading equipment, and/or the identifier of the basis for the location of the objects of the demonstration trade equipment and/or contains the corresponding identifier of the object located at the corresponding point of sale and/or on/in the corresponding demonstration trade equipment, and/or on the corresponding basis for the location of the objects of the demonstration trade equipment is carried out in this way comparison of the specified received data with the data of the above-described database about the object with the same identifier associated with the relevant point of sale and/or demonstration trade equipment, and/or the basis for the location of these objects of demonstration trade equipment, and, in the case if it is necessary to obtain an indicator of the number of objects, based on the obtained mass indicator, according to the specified algorithm, the calculation of the quantity indicator is carried out based on the mass of one unit of the object, and, in the case of the need to obtain an indicator of the quantity or an indicator of mass, based on the received static image, according to the specified objects are identified by the graphic spatial image recognition algorithm and the quantity or mass index is calculated, and the obtained or calculated mass or quantity index of the object is compared with the corresponding value of the minimum quantity or mass of this object entered into the database using the above server software application , at the same time in the above-described data, which at least include the indication of time and, for objects accounted for by mass - mass or mass and a static image of the object, and for objects accounted for by quantity - quantity or quantity and a static image of the object objects, are added, with the preservation of previous data or by changing previous data, to the data of the above database about objects with the same identifier associated with the relevant point of sale and/or demonstration trade equipment, and/or the basis for the location of these objects objects of demonstration trade equipment, or delete this data, and, in the case when the received or calculated specified indicator of the mass or quantity of the object is less than or equal to the corresponding value of the minimum quantity or mass of this object entered in the database, using server software annex, form a preliminary notification about the need to supply the above-mentioned objects, which at least contains the identifier of this object and/or identities the identifier of the relevant point of sale, and/or the identifier of the relevant demonstration equipment, and/or the identifier of the relevant base for the location of the objects of the demonstration trade equipment, and also contains the corresponding value entered into the database of the required additional quantity or mass of the relevant object, and direct it messages to the corresponding contact details of the point of sale entered in the database, which are at least one telephone number and/or at least one e-mail address, and/or at least one address of a network instant messaging system, and/or at least one address of a network account, ( and/or because at least one network address to which the electronic computing device is associated with the seller's client software application for confirmation or for correction and confirmation and/or display such data through the corresponding seller's client interface in accordance with the identifier of this interface entered in database e electronic control system, and after receiving confirmation of the above-described data in the form of a message in electronic form or through the appropriate client interface of the seller, using a server software application, form a final message about the need to supply the above objects, which at least contains the identifier of this object and/ or the identifier of the relevant point of sale, and/or the identifier of the relevant demonstration equipment, and/or the identifier of the relevant basis for the location of the objects of the demonstration trade equipment, and also contains the corresponding value entered into the database of the required additional quantity or mass of the relevant object, and direct this is a message to the relevant contact details of the provider entered into the database, which are at least one telephone number and/or at least one e-mail address, and/or at least one instant messaging network address, or at least one network address account, or at least one network address with which the electronic computing device is associated with the client software application of the provider and/or display this data through the corresponding client interface of the provider according to the identifier of this interface entered in the database of the electronic management system. 2. The method according to claim 1, which is characterized by the fact that the above demonstration commercial equipment is used, which contains the above at least one sensor, which is a strain gauge sensor or an optoelectronic sensor, or an electromechanical sensor, or a radio tag signal receiver, and includes a primary signal converter, to well, this demonstration commercial equipment includes the above-mentioned at least one control device, which is a microcontroller, and includes the above-mentioned transceiver, which is a radio transceiver, made with the possibility of connecting to a mobile communication network. C. The method according to claim 1, which is characterized by the fact that the above-mentioned electronic control system is used, which is a hardware and software complex based on at least one electronic computing device, made with the possibility of direct or indirect connection to the Internet and /or with radio-transmitting devices of the mobile network, and the transmission of the above-described messages between the above-mentioned receiving-transmitting device of the demonstration trade equipment and the electronic control system is carried out according to the data transmission protocol, which provides for automatic confirmation of their receipt.