RU69495U1 - SYSTEM OF DELIVERY OF GOODS FROM MANUFACTURERS TO CUSTOMERS - Google Patents

Abstract

The proposed security system allows us to solve the issue of delivery of goods from manufacturers to customers with the least time and material costs for interacting parties. One of the main links of the proposed system is a warehouse-store, which includes a warehouse equipped with racks and production compartments. The racks have several floors and are arranged in parallel rows with the formation of passages between them, having a width sufficient to ensure loading and unloading operations when servicing the racks. The supporting base of each floor of the shelving is formed by parallel rows of rails located at a distance from each other. The racks are divided into cells by vertical racks located in parallel rows in mutually perpendicular vertical planes. The rails of the support bases are attached at both ends to the couplings covering the uprights, with the possibility of adjusting the position of the rails in the vertical direction. On the front surfaces of the extreme rails facing the aisles, in the area of each cell, an identification means is applied corresponding to the identification means deposited on the product stored in this cell. Shelves for storage of dusty materials, as well as shelves for storing toxic goods and goods with a specific smell, are allocated in a separate group and are equipped with an exhaust system. Shelves of the warehouse intended for storage of goods that are moisture-absorbing and / or susceptible to decay are allocated in a separate group and are equipped with a ventilation system that provides air with a given temperature and humidity, creating the necessary storage conditions for such goods. Production compartments include a compartment for receiving goods from

manufacturers, a storage compartment for waste products received from the customer, a compartment for preparing and stacking goods for shipment to the customer. The main component for ensuring the interaction between the customer, the warehouse store and the supplier is the central information and computer system, which includes a server platform connected via telecommunications to the server platform of the customer and the server platform of the manufacturer, and contains a database for storing, in the appropriate cells, data about all customers and manufacturers, data received from each customer, about the need for certain types of goods and about the required quantity of each type of goods Ara for a certain period, data received from each manufacturer, on the types of goods manufactured by him, on the price of each type of goods produced by him, on the availability of stocks worked out by the customer at the warehouse store, but on repairable products, and on inventory data for the warehouse store. 5 cp f-ly, 3 ill.

Description

The utility model relates to the field of ensuring the delivery of goods from manufacturers to customers using the warehouse-store system in the logistics of enterprises (customers).

With the retirement of the Gossnab distribution and distribution system, enterprises had the need to establish their own procurement and sales of material and technical resources. Moreover, the effectiveness of the selected one or another distribution scheme directly affects the cost of production. When establishing a system for supplying their own services, the costs of enterprises for the purchase, delivery and processing of material and technical resources exceed 25% of their value, investments in inventories often exceed 40% of the consumption.

There is a known system for the sale of goods, namely clothing, including a warehouse that can transmit information about the goods in it by means of a computer network to at least one premises, which is also the point of delivery for purchases. The system provides for the use of several cash registers with barcode scanners for reading data from labels on goods. The point of delivery of purchases is equipped with a place intended for determining the size of the buyer, video equipment for viewing and selecting goods, a warehouse area for storing pre-ordered goods (see RU 2001116834 A, 2003). The specified system has a limited scope, because intended to provide goods only

clothing buyers and is designed specifically for this particular application.

Known electronic system for automated accounting and reporting of information on the availability and movement of goods at the place of storage and their implementation. The system contains the enterprise’s network itself, consisting of a server in the memory of which a central database with a monitor and keyboard is stored, the required number of stationary network workstations, various subsystems with their own monitors, keyboards, printers, scanners, network equipment, as well as the necessary number of mobile work places. All information about a commodity transaction that needs to be carried out is received at a warehouse from a networked automated accounting system using an electronic card on which a digital copy of the contents of the primary medium of information about a commodity transaction is entered (RU 2003124588 A, 2005). The indicated system allows only to obtain information on the availability and movement of goods in the warehouse for their subsequent selection for the purpose of sale, i.e. Her possibilities are extremely limited.

The inventive utility model is aimed at solving the problem of creating such a system of material and technical supply of large enterprises (customers), which guarantees an uninterrupted supply of enterprises (customers) with material and technical resources necessary to ensure their production activities.

The technical result that can be achieved by using the claimed utility model is to expand the field of use of the system for ensuring the delivery of goods from manufacturers to customers, to ensure uninterrupted receipt of goods by customers at the right time, in the right place and in the required quantity and condition, in a significant reduction in time and material costs both on the part of the customer and on the part of the manufacturer of the goods in the provision process, in eliminating the problem

“Grafts” between the supplier and the customer and the problems of “illiquid assets” for the customer, in the possibility of providing the customer with real optimization of production processes.

To achieve the specified technical result, a system of providing customers - manufacturing enterprises with goods delivered from manufacturers and forming the material and technical resources necessary to ensure the production activities of the customer - manufacturing enterprise is proposed. The support system includes a warehouse store including those located in a single building having inlet and outlet gates formed in the same wall of the building or in opposite walls of the building or in adjacent walls of the building, a warehouse equipped with the ability to store all types of goods necessary for uninterrupted operation customers, office space, utility rooms and production compartments. The warehouse is equipped with racks installed on the floor of this room, having several floors and located in parallel rows with the formation of passages between them, having a width sufficient to ensure loading and unloading when servicing the racks. The supporting base of each floor of the shelving is formed by parallel rows of rails located at a distance from each other. The racks are divided into cells by vertical racks located in parallel rows in mutually perpendicular vertical planes. Some of the shelving cells have pallets for placing goods when they are stored in cells, made with the possibility of installation on the supporting bases of the shelving floors. The warehouse is equipped in such a way that the racks with cells designed to store goods with a higher sales rating are closer to the inlet and outlet gates than the racks with cells designed to store goods with a lower sales rating. Reiki support bases

connected at both ends to couplings enclosing the uprights, with the possibility of adjusting the position of the racks in the vertical direction. The vertical racks of the racks in each row, located in the plane perpendicular to the rails, are paired together by rod spacers. On the front surfaces of the extreme rails facing the aisles, in the area of each cell, an identification means is applied corresponding to the identification means deposited on the product stored in this cell. Vertical racks are equipped with corner supports for attaching to the floor of the warehouse. Shelves for storage of dusty materials, as well as shelves for storing toxic goods and goods with a specific smell, are allocated in a separate group and are equipped with an exhaust system. Shelves of the warehouse intended for storage of goods that are moisture-absorbing and / or susceptible to decay are allocated in a separate group and are equipped with a ventilation system that provides air with a given temperature and humidity, creating the necessary storage conditions for such goods. The production compartments used in the system include: a compartment for receiving goods from manufacturers, including a point for checking the quality of goods received, equipped with instrumentation, a sorting center for goods according to storage conditions, a storage compartment for used products received from the customer, and a sorting area for used goods products with the identification of non-repairable products and ranking them by type of materials, and maintainable units and parts ranked by manufacturers, ranilische for non-repairable product having a storage cell for production of this type of material compartment not repairable processing waste products, in which the equipment for dismantling of individual types of waste products,

equipment for grinding certain types of waste products and there is a section for packaging waste products for shipment for further disposal, and a repository for storing used but repairable components and parts until they are sent to manufacturers, having cells for each manufacturer with identification tools of that manufacturer applied to them , as well as a compartment for preparing and stacking goods for shipment to the customer. The proposed support system also contains a central information-computer system, including a server platform, connected via telecommunications to the server platform of the customer and the server platform of the manufacturer, respectively, and containing a database for storing, in the appropriate cells, data about all customers and manufacturers that interact through Warehouse store and authorized on the Web server, on the basis of which the personal segment of each order is opened in the database Chika and each consumer, data received from each customer, about the need for certain types of goods and about the required quantity of each type of goods for a certain period, data received from each manufacturer, about the types of goods they produce, about the price for each type of goods they produce , data on the availability in the warehouse-store of spent by the customer, but maintainable products, by type and quantity of each type and data on stocks in the warehouse-store, namely: data on the consumption of goods for each type for a certain period , data on the amount of stock in the warehouse-store for each type of product, and data on customers purchasing this type of product through a warehouse-store. In addition, the proposed support system contains an information-computer system of a warehouse - a store, containing a database of the location of specific types of goods in the appropriate cells of the racks, a controller-unit for identifying the goods, and a scanning device for scanning identification tools affixed

the manufacturer on the goods supplied to him, having communication with the controller-unit for identifying the goods.

Mostly the warehouse further includes a compartment for receiving and storing bulky goods located in the area between the inlet and outlet gates during the formation of the latter in one wall of the building.

Pallets for placing goods in shelving cells are made in the form of gratings.

In the compartment receiving goods provides automatic scales for weighing goods.

The sorting station can be equipped with lifting means and / or movable platforms on rolling bearings, which simplify the handling of goods during the sorting process.

The essence of the claimed utility model is illustrated by drawings, where

- figure 1 schematically shows a view in plan of a warehouse store;

- figure 2 is a fragment of shelving;

- figure 3 is a diagram of the interaction of the supplier, warehouse store and customer.

The proposed system includes a warehouse store 1, a central information-computer system 2 and an information-computer system 3 of a warehouse-store.

Warehouse store 1 is located in a single building 4, which has an inlet gate 5 and an outlet gate 6. Gate 5 and gate 6 can be formed in one wall 7 of building 4 (as shown in Fig. 1) or in opposite walls 7 and 8 of the building 4, or in adjacent (i.e., adjacent, adjacent to one another) walls 7 and 9 or 7 and 10 of this building.

Warehouse store 1 contains a storage room 11, at least one service room 12, at least one utility room 13 and production compartments.

Warehouse 11 is equipped in such a way that it provides the ability to store all types of goods necessary for the smooth operation of customers. This room is equipped with 14 racks 15 installed on its floor. The racks 15 are arranged in parallel rows. Between the rows of racks 15, passages 16 are formed, which have a width sufficient to provide loading and unloading operations when servicing the racks. Supporting rails designed to move racks 15 along them can be fixed on the floor 14 of the storage room 11, and to ensure such movement the racks 15 are provided with rolling bearings. On the side walls of the shelves 15 in their upper part, rollers 19 can be fixed, and guides 22, with which the rollers 19 interact, are suspended from the ceiling of the storage room 11 by means of consoles 21.

Each rack 15 has several floors 23. The support base of each floor 23 of the shelves 15 is formed by parallel rows of horizontally spaced rails 24, which are separated from each other at a certain distance, selected from the condition of the stable position of the goods (including goods placed in the packaging) on the supporting the bases of floors 23 when storing them on shelves 15.

The racks 15 are divided into cells 25 by vertical racks 26, which are arranged in parallel rows in mutually perpendicular vertical planes. Vertical racks 26 are equipped with corner supports 27 for attaching racks to the floor 14 of the storage room 11.

Warehouse 11 is equipped in such a way that racks 15 with cells designed to store goods with a higher sales rating are closer to the inlet and outlet gates than shelves 15 with cells designed to store goods with a lower sales rating .

The rails 24 of the support bases are connected from their two ends to the couplings 28, which cover the vertical struts 26 with the possibility of

moving along these racks to provide, if necessary, adjust the position of the rails 24 in the vertical direction. The vertical struts 26 in each row, located in the plane perpendicular to the rails 24, are paired together by rod spacer elements 29. The spacer elements 29, connecting pairs of vertical struts 26, can be located within the plane of the corresponding pair of vertical struts 26 either in a zigzag shape or under right angle to the uprights, or parallel to each other, but at an angle to the uprights, different from the straight, or in combination from the number of their listed positions within the specified plane.

On the front surfaces of the extreme rails 24 facing the passages 16, in the area of each cell 25, identification means 30 (barcode, label) is applied, which corresponds to the identification means applied to the product (barcode, label) stored in this cell,

Shelves 15 of the storage room 11, which are designed to store dusty materials, such as cement, as well as shelves designed to store toxic products and goods with a specific smell, are allocated in a separate group and equipped with an exhaust system (not shown). The exhaust system can be branched, depending on the location and number of cells 25, designed to store dusty materials.

Shelves 15 of warehouse 11, designed to store goods that are moisture-absorbing (hygroscopic) and / or susceptible to decay, are allocated to a separate group and equipped with a ventilation system (not shown) that provides air with a given temperature and humidity under which the necessary conditions are created storage for such goods. The ventilation system may be branched, depending on the location and number of cells 25, designed to store these goods.

The proposed support system may provide for the use of pallets that are designed to place goods when stored in shelving cells 15. Such pallets are made with the possibility of installing them on the supporting bases of floors 23 of racks 15, This, in particular, can be pallets in the form of grates, on which are small items. When storing such goods in the cells of racks on trellised pallets, the possibility of some goods falling between the rails 24 is excluded.

Warehouse 11 further includes a compartment 31 for receiving and storing bulky goods. This compartment is located in the area between the intake gate 5 and the exhaust gate 6.

The production compartments of the proposed support system include: a compartment 32 for receiving goods from manufacturers, a storage compartment 33 for finished products received from the customer, and a compartment 34 for preparing and stacking goods for shipment to the customer

Compartment 32 for receiving goods from manufacturers includes paragraph 35 of the quality control and paragraph 36, where goods are sorted into groups according to storage conditions. Point 35 is equipped with such control and measuring equipment that can be used to check the quality of goods that arrive at the warehouse store from manufacturers and are stored in this warehouse until they are sent to customers. In the same compartment, automatic scales can be installed for control weighing of goods.

The sorting station 36 is equipped with lifting means and / or movable platforms on rolling bearings, which facilitate the handling of goods during the sorting process.

Warehouse compartment 33 is designed for temporary storage of waste products. By mutual agreement, the customer can return the finished products to the warehouse store, i.e. products that he received at the time from the warehouse store and after it

use or operation by the customer either requires repair, or disposal if it is not fit for repair. These products, with the coordination of all interactions between the manufacturer, the customer and the warehouse store, are delivered by the customer to the warehouse in exchange for new goods. Such an interaction system is beneficial for all participants in the support system. Thus, the customer is freed from the need to independently resolve the issues of restoring repairable products and disposing of non-repairable products, and at the same time receives certain benefits when receiving new products from manufacturers. At the same time, in the computer system of the manufacturers there are cells where information from the warehouse store about the maintainability of individual units and parts of waste products received from the customer is received.

The manufacturer, receiving from the customers centrally (i.e. through the warehouse) the finished but maintainable products from the customers, can plan in advance on a long-term basis their actions for the restoration of these products (organization of repair shops, planning of capital investments for repairs, etc.). At the same time, the manufacturer can be sure that the units and parts repaired by him are guaranteed to find demand, because this function will be taken over by the warehouse store, which has an agreement with the customer on the return to him of repaired products.

Warehouse compartment 33 has a section 37 for sorting waste products, a storage 38 for non-repairable products, a compartment 39 for processing non-repairable spent products. Storage 38 has cells for storing waste and non-repairable products by type of material. In compartment 39, designed for processing non-repairable waste products, equipment for the dismantling of certain types of waste products, as well as equipment for grinding (crushing) of certain types of waste

products (for example, hammer or rotor or roller crusher, etc.). In addition, in compartment 39 there is a packaging area for waste products to be sent for further disposal.

The proposed security system contains a central information and computer system, to which all participants of the proposed security system have access: manufacturers, customers and a warehouse store. This system includes a server platform 40, connected through telecommunications, respectively, to the server platform 41 of the customer’s information and computer system and the server platform 42 of the information and computer system of the manufacturer. Server platform 40 contains a database for storing, in appropriate cells (memory blocks) the following data:

data on all customers and manufacturers interacting through a warehouse store and authorized on a Web server, on the basis of which a personal segment of each customer and each consumer is opened in the database,

data received from each customer about the need for certain types of goods and about the required quantity of each type of product for a certain period,

data received from each producer, on the types of goods manufactured by him, on the price set by this manufacturer for each type of goods produced by him,

data on the availability in the warehouse store worked out by the customer, but maintainable products and

data on stocks in a warehouse-store, namely: data on the consumption of goods for each type for a certain period, data on the amount of stock in a warehouse-store for each type of goods, and data on a group of customers purchasing this type of goods through a warehouse-store.

In addition, the proposed support system contains an information-computer system 3 of a warehouse-store, which

contains a database of the location of specific types of goods in the appropriate cells of the racks, a controller-unit for identifying goods and a scanning device for scanning identification tools affixed by the manufacturer on the goods supplied to it, having a connection with the controller-unit for identifying goods.

The proposed collateral system also includes an accounting system that ensures the transfer of funds from the customer to the manufacturer through the warehouse store after the transaction is completed. The accounting system is a software and hardware tool that reflects the transactions carried out in the system in order to ensure accounting and tax accounting in the manner established in the Russian Federation, as well as support for management accounting (management decisions). Advantageously, a system using the accounting program “1C Accounting” can be applied.

The proposed security system is used as follows.

All manufacturers 44 and customers 45, who have concluded a service agreement with the warehouse store using the proposed support system, are authorized on the Web server. On the basis of authorization, the personal segment of each manufacturer 44 and customer 45 is opened in the database of the server platform 40 of the central information-computer system. When authorizing, each manufacturer provides information on the types of goods produced by him, the price of each product, and the actual volumes the supply of goods by type in a certain period. In accordance with the requests of customers for the supply of certain types of goods in a certain quantity and for a certain period, the corresponding data are entered into the database of the server platform 40 by the operator of the central information-computer system. Based on the data entered into the system, the operator determines for each customer the circle of suppliers that can guarantee the satisfaction of needs

customer in goods at a reasonable price for the customer. Next, the operator assumes all the functions of logistics support for the delivery of the necessary goods from the supplier to its own warehouse store.

The warehouse store is adapted for receiving from the supplier, storage and subsequent sending to the customer several hundred items of goods, for example, auto parts, work clothing, building materials, instrumentation, devices, non-ferrous metals, rubber products, electrical equipment, fuels and lubricants and paints and so on. d. The proposed support system is universal and its possibilities are not limited, since it allows the interaction of suppliers and customers of various industries, while both production and trading enterprises can act as customers.

Goods delivered from suppliers to the warehouse store arrive in compartment 32, where goods are received in quantity and quality, and the scanning device reads them from the corresponding bar code affixed by the supplier when sending goods to the warehouse store. The information received from the reader is sent to the controller-unit for identifying the goods of the information-computer system of the warehouse-store. Based on the information received, the position of cell 25 in the racks 15 of the warehouse intended for storage of this type of goods is determined. Goods passing through compartment 32 by means of loading and unloading means are delivered through passages 16 between racks 15 to cells 25 intended for storage of this type of goods and are stored in cells. In this case, at the place of storage by the scanning device, the correspondence of the barcode on the product and the barcode on the section of the rail 24, limited to this cell, is checked. Oversized goods, which due to their volume and weight cannot be placed in shelving units, are placed in compartment 31, where the quality of these goods is checked.

The goods stored for storage (material and technical resources) are stored in the warehouse of the warehouse-store until they become demanded by the customer (in this case, the customer is notified in advance of the receipt of the required goods to the warehouse-store). As required by the structural units of the customer, goods are transported from the warehouse store to these units. In this case, transportation of goods to the customer is provided by the warehouse store. Only after confirmation of acceptance of goods by the customer’s structural unit, i.e., in fact, after the receipt of material and technical resources in actual production, does the warehouse store receive payment from the customer for the services provided. Moreover, the operator of the central information and computer system provides the customer through this system with all the information about the movement of material and technical resources from the initial order to the transfer of goods to the structural units of the customer.

The proposed support system also allows you to free the customer from the need to resolve issues related to the restoration or processing of waste material and technical resources. To do this, the warehouse compartment 33 has a storage compartment 33, where waste products are delivered from the customer by the warehouse store. At section 37 of the storage compartment, the spent non-repairable products received from the customer are sorted by type of material. Temporary storage of this pre-sorted product by type is carried out in storage cells 38. In compartment 39, non-repairable waste products are processed. In this case, equipment installed in this compartment is used. Such equipment includes, for example, hammer, rotor or roller crushers, on which the spent products are crushed from rubber, wood, plastic, etc. The crushed material is packaged in a container in the packaging section of compartment 39 and then sent for disposal. Those kinds of assemblies and parts obtained

from the customer after use, which are to be repaired, are sent to the appropriate manufacturer for their restoration and subsequent putting into circulation.

In the proposed security system, the warehouse-store has all the functions and risks associated with the organization of deliveries (primarily financial and industrial relations with manufacturers), which are as follows:

without advance payment from the customer, the goods (material and technical resources) are delivered by the warehouse-store to their own warehouse, processed (if necessary, a complaint is carried out with suppliers of goods), placed in storage and made available to the customer’s structural units for demand in production;

as claimed by the customer’s structural units, the goods stored in the cells of the warehouse shelves, the warehouse store on its transport delivers to the structural units;

only after confirmation of acceptance of the goods by the structural units of the customer, the warehouse store receives payment for it.

The principles for implementing the proposed support system include:

reconstruction, modernization and optimization of the customer’s warehouse space for further use by the warehouse store (on the basis of a lease agreement);

maximum use of the customer’s transport and logistics flows with the use of dependent or own vehicles;

creation of our own information system, accessible for use by the customer and integrated as much as possible with the customer’s own information system and allowing to track the actual execution of the order at all stages (order - contracting -

shipment from the supplier - receipt at the warehouse store - implementation by the structural unit of the customer - invoicing for payment - payment); The invoice issued to the customer for payment includes both the amount set by the supplier and the cost of warehouse and store services.

Logistic functions that are non-core for the main production are also assigned to the warehouse store:

joint (at the request of the customer) formation of a procurement plan of material and technical resources;

creation and maintenance of a single classifier of material and technical resources (a single directory of goods);

contracting at prices agreed with the customer;

transport logistics;

warehouse Logistics;

distribution of material and technical resources by structural units of the customer;

reclamation work;

service and warranty service.

Description of the concept of interaction:

in accordance with the procedure established by the customer, an annual procurement plan is formed, in which material and technical resources are allocated for delivery through the warehouse store;

the approved procurement plan is assessed at the parent organization, for which price lists are issued;

On the basis of the approved price lists, order-orders for the warehouse-store are formed, which in essence are specifications, appendices to the contract of sale and are an integral part of it. In the order, the following shall be indicated: item number of the goods (according to the classification adopted by the customer), name, brand, technical specification, unit of measure, quantity declared for delivery, price (including VAT), cost (including . VAT), the date of formation of the order,

the required implementation period for the final consumer with a resolution of a month or a quarter at the request of the customer, the final consumer of the goods. The price in the work order is defined as the price according to the price list, multiplied by the coefficient of the warehouse store, which includes the standard for transport and procurement expenses, the standard for warehouse costs and the rate of profitability. An order-order is issued to a warehouse-store, while it is possible to adjust the implementation period taking into account the production time of material and technical resources;

from the moment of signing the order, the warehouse-store independently delivers the necessary goods to its own warehouse, determines the transport and warehouse logistics, accepts the quantity and quality, warehouse processing and delivery to the customer;

upon receipt of the ordered goods to the warehouse store and after its posting, the customer is notified of the goods;

based on the information received from the warehouse store on the receipt of goods, the customer distributes them among their structural divisions, which the warehouse store informs about;

on the basis of the distribution, the warehouse-store agrees with the structural divisions of the terms and conditions of delivery and with its own transport with forwarding ensures the delivery of goods to structural divisions;

Payment to the warehouse store for the delivered material and technical resources is made by the customer on the basis of the invoice and invoice.

Logistics using the proposed support system has the following features:

the absence of a “re-grading” problem (a warehouse store deals with suppliers of material and technical resources to solve these problems at the stage of goods delivery and in the process of their warehouse processing);

at the same time, the customer’s structural units are issued only the goods in demand in container standards convenient for the customer);

the customer’s money is not diverted to pay for goods that are on the way or in storage; Payment is made only after the actual input of material and technical resources into production (after proper acceptance by the customer’s structural units);

without diverting funds to the creation of stocks, the customer (in the person of its structural divisions) has, nevertheless, the ability to choose the necessary products in the warehouse store that the sweet store stores based on existing stock standards;

lack of a problem of "illiquid assets" for the customer; the customer does not invest money in the warehouse balances of the warehouse store (the main principle of working with a warehouse store is payment only after acceptance of material and technical resources into production); at the same time, the warehouse-store is placed in conditions when it does not have the opportunity to have illiquid warehouse balances (since in this case it is its direct losses), as a result, the warehouse-store is “forced” to optimize its warehouse production capacities and constantly improve the system of interaction with suppliers and by customers;

the opportunity for the customer to remove most of the buildings, premises and territories from the warehouse, reduce the number of people employed in the supply sector and, as a result, reduce the cost of maintenance, major repairs, etc., i.e. there is a real optimization of production processes.

At the same time, the customer gets the opportunity:

focus exclusively on core business;

pay only for resources actually received in real production; while the costs of maintaining inventory are entirely at the warehouse store;

receive reliable information from a warehouse store due to the sharing of a central information and computer system, while significantly reducing their own supply structures;

get a full range of services from one company, whose activities are easier to control in comparison with dozens of suppliers; reduce your own storage facilities.

In addition to fulfilling the main task of ensuring uninterrupted supply of the customer with high-quality material and technical resources, the warehouse store can take on additional functions to increase the efficiency of its work:

the organization of a service department, the purpose of which is to process the received material resources into a commodity form that is closest for direct use at the customer enterprise, for example, installation of the material and technical equipment received in transport equipment in additional special compartments of the warehouse-store into products that are most ready for use in production ;

the use of a warehouse store not only in the chain "supplier - warehouse - enterprise-customer", but also in the chain "enterprise - warehouse - consumers of customer products".

Advantages of using the proposed support system with the involvement of a warehouse store:

transfer of the most labor-intensive in the warehouse processing of the range of goods under the control of the warehouse store;

elimination of the need for the customer to conduct claims work with manufacturers and suppliers according to the nomenclature transferred to the warehouse store;

a significant reduction in the risk of losses due to unscrupulous suppliers;

the eradication of the “re-grape” problem;

the customer’s money is not diverted to pay for material and technical resources that are on the way;

the customer’s money is not diverted to create stocks;

receipt of ordered goods directly at the gate of the final consumer;

obtaining timely reliable information on the movement of goods flows from the supplier to the customer through the sharing of modern information technologies;

lack of need for large investments in the development of the customer’s own warehouse facilities;

the opportunity for the customer to concentrate his efforts exclusively on the core business.

Claims (5)

1. The system for providing customers - production enterprises with goods delivered from manufacturers and forming the material and technical resources necessary to ensure the production activities of the customer - a manufacturing enterprise, containing a warehouse store, including those located in a single building with inlet and outlet gates formed in one the wall of the building or in opposite walls of the building or in adjacent walls of the building, a warehouse equipped with the ability to store all types of goods, At least one service room, at least one utility room and production compartments necessary for the smooth operation of customers, the storage room is equipped with racks installed on the floor of this room, having several floors and parallel rows with the formation of passages between them, having a width sufficient to ensure loading and unloading operations when servicing the racks, the supporting base of each floor of the racks is formed by parallel rows of racks, located at a distance from each other, the racks are divided into cells by vertical racks located in parallel rows in mutually perpendicular vertical planes, some of the shelving cells have pallets for storing goods when they are stored in cells, made with the possibility of installing on the supporting bases of the shelving floors, the warehouse is equipped so that the racks with cells designed to store goods with a higher sales rating are closer to the inlet and outlet gates than racks with cells designed to store goods with a lower sales rating, support base rails are attached at both ends to couplings covering vertical racks, with the possibility of adjusting the position of the racks in the vertical direction, vertical racks of racks in each row located in a plane perpendicular to the rails, are connected in pairs by rod spacer elements, on the front surfaces of the extreme rails facing the aisles, means are applied in the area of each cell on identification, corresponding to the identification means marked on the product stored in this cell, vertical racks are equipped with corner supports for attaching to the floor of the warehouse, racks of the warehouse intended for storage of dusty materials, as well as racks intended for storage of toxic goods and goods, having a specific odor, allocated in a separate group and equipped with an exhaust system, the shelves of the warehouse, designed to store goods, well absorbing their moisture and / or rotting, separated into a separate group and equipped with a ventilation system that provides air with a given temperature and humidity, creating the necessary storage conditions for such goods, production compartments include: a compartment for receiving goods from manufacturers, including a quality control point goods received, equipped with instrumentation, a point for sorting goods into groups according to storage conditions, a storage compartment of waste products received from a metering unit having a site for sorting waste products with identification of non-repairable products and ranking them by type of materials, and maintainable assemblies and parts ranked by manufacturers, a store for non-repairable products, having cells for storing these products by types of materials, a compartment for processing non-repairable used products, in which installed equipment for the dismantling of certain types of waste products, equipment for grinding certain types of waste products and there is a section for packaging used products for shipping with a view to further disposal, and a storehouse for storing used but maintainable components and parts until they are sent to manufacturers, which has cells for each manufacturer with identification tools (barcode, label) of that manufacturer compartment for the preparation and stacking of goods for shipment to the customer, while the support system also includes a central information-computer system, including a server platform connected via cut telecommunication connections, respectively, with the customer’s server platform and the manufacturer’s server platform, and containing a database for storing in appropriate cells data about all customers and manufacturers interacting through the warehouse store and authorized on the Web server, on the basis of which the database is opened personal segment of each customer and each consumer, data received from each customer, on the need for certain types of goods and on the required quantity of each type of goods for a certain period, data received from each manufacturer, about the types of goods produced by him, about the price for each type of goods produced by him, data on the availability of products worked out by the customer at the warehouse store, but maintainable products by type and quantity of each type and data on stocks in a warehouse-store, namely: data on the consumption of goods for each type for a certain period, data on the amount of stock in a warehouse-store for each type of goods, and data on a group of customers purchasing this type of goods through warehouse-stores m, and, in addition, contains an information-computer system of a warehouse-store containing a database of the location of specific types of goods in the corresponding cells of the shelves, a controller - an item identification unit and a scanning device for scanning identification tools affixed by the manufacturer on the goods supplied to it, having communication with the controller - product identification unit. 2. The system according to claim 1, characterized in that the warehouse further includes a compartment for receiving and storing bulky goods located on the site between the inlet and outlet gates when the latter are formed in one wall of the building. 3. The system according to claim 1, characterized in that the pallets are made in the form of gratings. 4. The system according to claim 1, characterized in that in the compartment for receiving goods provides automatic scales for weighing goods. 5. The system according to claim 1, characterized in that the sorting station is equipped with lifting means and / or movable platforms on rolling bearings, which simplify the manipulation of goods in the sorting process.