Logistics system of information and marketing center

FIELD: computer science.

SUBSTANCE: sub-system has two registers, block for identification of administration of transport service, block for selecting transport service documents, block for identification of treaties of transport service, block for transferring data to clients, block for selecting addresses of treaties documentations, block for forming database control signals, block for identification of client notifications, block for selecting addresses for documenting payment and delivery of load.

EFFECT: higher reliability.

9 dwg

The invention relates to computing, and in particular to a system logistics information and marketing centre.

In our day logistics of scientists and experts is considered as a developing economy and a new scientific direction. When building a logistics system approach is reflected in the consolidation of the processes of procurement, production, transport, distribution and consumption. Logistics proclaims the priority of the consumer before all the other actors of the logistics system.

Essentially, logistics is the science of planning, managing and monitoring the movement of material, information and financial resources in various systems.

Logistics contributes to the prosperity of the organization, providing consumers with products in a timely manner and in strict accordance with the requests. In this sense, the key question: who is the consumer.

For logistics consumer is anyone who made deliveries to any destination. The destination can be a private house, and a retail store and a wholesale company, and the factory warehouse and specialized warehousing. Often in the role of the consumer is one of the enterprises of the company or its business partner belonging to a different link of the logistics chain. Regardless of the motives and C is lei supplies customer service - a key factor shaping the needs of logistics.

Thus, logistics is theory and practice of managing material and information flows in the process of distribution.

Technical base logistics is a modern science and computer engineering. In the implementation of the principles of logistics hidden huge potential for increasing economic efficiency and transport. An essential element of logistics depends on the reliable functioning of the entire logistics system is the transport logistics. The movement of material flows brings together the processes of procurement, production and consumption into a single system.

Logistics helps to minimize inventories, and in some cases, to opt out of their use, can significantly reduce the time of delivery of the goods, accelerates the process of obtaining information, increases the level of service. Activities in the field of logistics varied. It includes transportation management, warehousing, inventory, personnel, organization, information systems, commercial activities, etc.

In the midst of an ongoing struggle to improve the performance of the business has come a long way in overcoming the difficulties arising, while improving logistics. Despite the fact that many of these and the changes have affected the supply chain management and distribution, the main objective of logistics remained the same: organization highest quality customer service with the lowest cost.

As the global economy, the goal of transnational corporations is to maximize the efficiency of the delivery process of goods and services to the consumer, whether a private buyer or another Corporation. Therefore, despite the huge progress that companies, and entire countries have managed to achieve in the development of logistics, there remains considerable scope for further optimization of these processes.

The traditional supply chain of goods to the buyer consists of five parts: supplier, manufacturer, distributor, retailer and end consumer. In some industries, e-Commerce, coupled with information technology makes possible direct interaction of the supplier or the producer with the consumer. Those businesses that want to survive in the competition and stay on the market, you should focus your efforts on improving the quality of logistics in three areas: processing orders, shipping and warehouse management.

The cycle of consumer customers order information and marketing centre lasts from the moment of the order and until receipt by the buyer of the goods. This cycle includes the receipt, validation is atusa order and change message status to the buyer, preparation of necessary documents and the delivery of ordered goods to the buyer.

In addition, this series includes checking the availability of goods in the warehouse, checking the solvency of the buyer (in case of payment by credit card or through an electronic payment system), billing and collection.

Today, computers, email and the Internet can significantly reduce the cycle of order and, simultaneously, create continuous process without the use of paper documentation, convenient for the consumer and for the company, which is implemented in information and marketing center. Feedback from this process is so great, that provides a significant competitive advantage through better customer service and to minimize the execution time of the order.

Known systems that could be used to solve the task [1, 2].

The first of the known systems contains blocks receiving and storing data, connected to the control blocks and data blocks search and selection, connected to the blocks of the data storage and display, the clock inputs are connected to outputs of control unit [1].

A significant disadvantage of this system is that you cannot solve the problem of updating data transactions stored in memory in the form of compliance is adequate contracts, simultaneously with the solution of the issue of the content of these treaties users in real time.

Known and other system containing blocks of data reception, the outputs of which are connected with the memory unit and data processing unit, the block selection time intervals, the outputs of which are connected to the unit receiving data, the block receiving user requests to the memory unit and the data processing unit, the outputs of which are connected to one inputs of the switching unit channel data output, the other input of which is connected to the block selection intervals, and outputs are the outputs of the system [2].

The last of the above technical solutions closest to being described.

Its disadvantage is the low reliability of financial payments, due to the fact that the payment of money for transport services is not bound to deliver the goods to the buyer, which dramatically increases the risks of loss and money, and goods.

The purpose of the invention is to enhance reliability of financial payments for the provision of transportation services to clients of the EMC by eliminating the potential financial losses from both clients and the administration of the transport service e-Commerce of the EMC.

The goal of DOS is ikaetsya fact, in a known system, containing the first register, information and clock inputs of which are the first information and the clock inputs of the system, the second register, information and clock inputs of which are the second information and the clock inputs of the system, the block selection document transport service, the first information input of which is connected to one output of the first register, the second information input connected to the output of the second register and the first clock input unit connected to the second clock input of the system, the information output unit is an information output system clock output block is the first synchronizing system output, and outputs group outputs block are the first group of information outputs of the system, the block of data to clients, outputs group outputs which are the second group of information outputs of the system, and the signal database management, information output of which is the address of the system output and the clock output is the second clock output system, the entered identification block contracts, transport services, information and clock inputs of which are the third information the district and the clock inputs of the system, the first information output unit is connected with the third information input unit selection document transport services and with a single information input unit of data transmission customers, the second information output unit is connected to another information input unit of data transmission customers, the clock input connected to the first clock output unit identification treaties transport service, the second clock input of which is connected to the second clock input unit selection document transport services, the unit identification client, one of the information and the clock inputs of which are the fourth information and the clock inputs of the system, another information input is connected with the second information output unit identification treaties transportation, and the information output unit is connected to the fourth information input unit selection document transport service, the block selection address of documents contracts, the clock input connected to the second clock output unit identification treaties transportation, installation input connected to the second clock output unit identification of the client, the information output is connected to one information input signal database management, the clock output is connected to a single clock input signal database management, the block selection address documents of payment and delivery of goods, information input connected with the second information output unit identification treaties transportation, the clock input connected to the first clock output unit identification notification clients installation input is connected with the second clock output unit identification of the client, the information output is connected to another information input signal database management, and word clock output connected to another clock input signal database management, and the identification block administration transportation, information whose input is connected to another output of the first register, a clock input connected to the first clock input of the system, installation input is connected with the second clock output unit identification notification clients, one output connected to the address input of the block selection document transport service, and the other output connected to the third clock input block selection document transport service, the ri second clock output unit identification notification clients is the third synchronizing system output and is connected with the installation of the inputs of the first and second registers, the identification block contracts transportation, the signal database management and unit selection document transport service.

The invention is illustrated by drawings, where figure 1 shows the block diagram of the system, figure 2 presents an example of a specific structural embodiment of the identification block administration transportation, figure 3 - example of a specific structural embodiment of the block selection document transport service figure 4 - example of a specific structural embodiment of the identification block contracts transportation, figure 5 - example of a specific structural embodiment of the block of data to customers, figure 6 - example of a specific structural embodiment of the block selection address documentation of contracts, 7 - example of a specific structural embodiment of the signal database management, pig is an example of a specific structural embodiment of the identification block notification of clients figure 9 - example of a specific structural embodiment of the block selection address documentation of payment and delivery of goods.

The system (figure 1) contains the first 1 and second 2 registers, block 3 identification administration transportation, unit 4 selection of documents is offering transport services, unit 5 identification of contracts for transport services, unit 6, data transmission customers, block 7 selection addresses documentation of contracts, unit 8 forming control signals database, block 9 identification of the client, block 10 selection addresses documentation of payment and delivery.

Figure 1 also shows the first 15, second 16, third 17 and 18 fourth information input system, the first 19, the second 20, the third 21 and 22 fourth clock inputs of the system, as well as information 25 system output, the address 26 the system output, the first from 27 to 29 and the second 30-32 group of information outputs of the system, the first 33 and second 34 and third 35 synchronizing the outputs of the system.

Unit 3 identify the transport administration customer service (figure 2) contains the element 42 delay, the decoder 43, the memory unit 44, made in the form of a persistent storage device, the register 45, the element 46 OR elements 47, 48 of the delay elements 49-1, 49-2, 49-3 I. In the drawing also shows the inputs 50-52 and outputs 53-54.

Unit 4 selection of documents of transport services (figure 3) contains a counter 55, a decoder 56, a decoder 57, the trigger 58, the group 59-65 elements And element 68 OR element 69 delay.

The drawing also shows the inputs 70-76, 78, 79 and outputs 25, 27-29, 33.

Unit 5 identification of contracts for transportation service customers (figure 4) which contains the register 80, the trigger 81, the elements 82, 83 And the element 84 OR elements 85-87 delay. The drawing shows the inputs 17, 21 88 and outputs 89-92.

Block 6 data customers (6) contains the decoder 95 and groups 96-98 elements And. the drawing also shows the inputs 99-101 and outputs 30-32.

Unit 7 selection addresses documenting agreements (6) contains the memory block 105, made in the form of a persistent storage device in a fixed memory which stored reference address zone server memory allocated for the storage of contracts, register 106, the counter 107, the adder 108 and the elements 109-111 delay. The drawing shows the inputs 112, 113 and outputs 114, 115.

Unit 8 signal conditioning database management (7) contains a register 120, the trigger 121, group 122, 123 elements And group 124 elements OR element 126 And element 127 OR element 129 delay. The drawing also shows the inputs 130-134 and outputs 26, 34.

Unit 9 receive notifications of clients (Fig) contains the register 135, the comparator 136, the trigger 137, elements 138, 139 And elements 140, 141 OR elements 142, 143 delay. The drawing shows the inputs 145-147, and outputs 150, 152, 153.

Unit 10 selection addresses documentation of payment and delivery of goods to customers contains the block 155 memory, made in the form of a persistent storage device, the decoder 156, the counter 157, trigger 158, items 159-163, elements 164-166 OR elements 167-169 delay. the and the drawing shows the inputs 170-172 and outputs 173-174.

The algorithm of functioning of the logistics system of the EMC can be represented as follows.

The logistics system of the EMC begins with receipt of an input of codogram trade deal concluded between the relevant users of the EMC. Structure codogram trading transactions is as follows:

When sending codogram trade deals at the entrance of the logistics system of the latter is accompanied by the identifier of the administration of transportation services (ATO) and takes the following structure:

This codogram trade deals through the entrance 15 of the system is supplied to the information input of the register 1 and is recorded in sync with the inlet 19.

After entry in the register 1 all contents of codogram trade deals with output register 41 is given to the input 70 of the block 4, and the code ID ATU output 40 of the register 1 is supplied through the inlet 50 of the block 3 to the input of the decoder 43.

The decoder 43 decodes the ID code ATO and opens one input corresponding to the address of ATO items 49-1 - 49-3 And. For definiteness, let us assume that the open item 49-1 And, at the other input of which the input block 51 receives the clock signal input 19. This signal is delayed by element 42 delays at the time of entry of codogram trades in register and operation of the decoder 43 and then passes through the opened item 49-1 And as input to read the fixed memory ROM 44, and through the element 46 OR to the input element 47 delay.

In fixed-cell in the ROM 44 stores the code of the address of the workplace ATO. After reading the contents of the fixed memory ROM 44, which is supplied to the information input of the register 45, the same sinhroneziruyu the pulse from the output element 49-1, detainees at the time of reading element 47 of the delay is entered in the register 45, the output 54 which is supplied to the address input 74 of the block 4.

Input 74 of block 4 code address workplace ATO to the input of the decoder 57, which decodes address code and opens to one input of one of the groups 63-65 elements And. For definiteness we will assume that this group is 65 items I.

In parallel with this process ID codogram trade entry 70 unit 4 is supplied to the inputs of the elements 59 And groups, open another input high potential from the first output of the decoder 56. The state of the decoder 56 is determined by the state of the counter 55, which to this point in time is in original condition. When the initial state of the counter 55 to the first output of the decoder 56 is formed of a high potential, which supports open on one input elements 59 And groups.

Code codogram trade entry 70 unit 4 passes through the elements 59 And group elements 66 OR of the group as at the output 25 of the system and through the elements 65 And groups to the output 29 of the system and then to the workstation administration transportation services.

In addition, after a delay clock pulse from the output of item 47 item 48 delay on the transmission of codogram deals to output the s 25 and 29 of this system pulse output 53 unit 3 is fed to the input 78 of the block 4, and then passes through the open high potential with inverted output of the trigger element 58 67 And an output 33 of the system, and to the input of the element 69 delay.

Output 33 of the system, this clock pulse is fed to the input of the first interrupt server database and starts the routine survey of codogram trading exit 25 of the system and calculate the tariff the cost of transportation of the goods specified in codogram the sales transaction from the supplier's warehouse to the buyer's warehouse, physical addresses are also listed in codogram trading transactions.

Item 69 delay delays the clock pulse on time, pulse width and comes on a single input trigger 58, setting it in one state and blocking re-issue of the pulses at the output 33 of the system.

After calculation of the tariff the cost of delivery of the goods from the supplier's warehouse to the warehouse of the buyer, the calculation result is issued by the database server through the entrance 16 of the system information to the input register 2, where payroll data recorded clock pulse input 20 system.

Simultaneously with entering code calculation data in register 2 clock pulse input system 20 is fed to the input 75 of the block 4, and then passes through the element 68 OR at the counting input of the counter 55, the locking counter in the first unit. The decoder 56 now generates a high potential at its second output opening on one input element is 60 and groups, And thereby connecting the input 71 of the block 4 to the outputs 25 and 29 of the system.

Data tariff cost of delivery of the goods from the output of the register 2 through the inlet 71 of the act as to the output 25 of the system and workstation ATO output 29 of the system.

The administration of the transport service on its automated workplace (Armagh) electronically prepares contract transport service buyer, the structure of which is as follows:

After drawing up of the Treaty on the transport service buyer he is certified by the digital signature of the head of the ATU EMC and workstation ATO through the entrance 17 of the system is supplied to the information input of the register 80 unit 5, which is inserted synchronizing pulse from the input 21 of the system.

When this output 89 of the register 80 unit 5 is given the code all the code is grams Treaty transport service buyer to the input 72 of the block 4 and to the input 99 of the block 6, and from the output 90 of the register 80 unit 5 identifier code of the buyer is issued to the input 100 of the block 6.

In parallel, the clock pulse from the input 21 of the system is delayed element 85 delay unit 5 at the time of entry of codogram in the register 80 and then passes through the element 83 And the input element 87, delaying the pulse on time pulse duration.

The element 83 And holds high potential with inverted output of the trigger 81, which is in the initial state. With the output element 87 of the delay clock pulse, first, sets the trigger 81 in one state, and, secondly, through the exit 91 unit 5 receives as input 101 unit 6.

ID code of the buyer is decoded by the decoder 95 block 6, which opens on one input elements And one of the groups 96-98 elements And corresponding to the address of the buyer, to the other input of which the input 99 is served code codogram Treaty shipping service.

With the input unit 101 6 clock pulse from the output 91 of the block 5 elements And the corresponding group 96-98 elements And open and codogram Treaty shipping service via the corresponding output groups outputs 30-32 is sent to the buyer for review and approval of the contract by the buyer of the goods.

After receiving about the KTA Treaty transport service buyer approves the content of their electronic digital signature and sends the signed contract on the commodity-transport service ATU EMC. The structure of the contract takes the following form:

Signed by both parties to the contract dispatch services through the entrance 17 of the system is again sent to the information input of the register 80 unit 5, which is inserted synchronizing pulse from the input 21 of the system.

When this output 89 of the register 80 unit 5 is given the entire codogram Treaty transport service buyer to the input 72 of the block 4 and to the input 99 of the block 6, and the output 90 of the register 80 unit 5 identifier code of the buyer is issued to the input 100 of the block 6.

In parallel, the clock pulse from the input 21 of the system passes through the element 85 delay unit 5, check the pulse at the time of entry of codogram in the register 80 and then passes now through the element 82 And outdoor high potential with direct access trigger 81 located in a single state, to the input element 86, delaying the pulse the pulse on time pulse duration. With the output element 86 delays the clock pulse, first, through the element 84 OR resets the trigger 81 in its original state, and, secondly, through the exit 92 unit 5 receives as input 112 unit 7 and to the input 76 of the block 4.

Unit 7 is designed to provide solutions to the task of documenting agreement on shipping service and entry its contents with the output 25 of the system in the database of contracts.

With this purpose, the clock pulse input 112 unit 7 receives as input reading in the fixed memory ROM 105, and the input of the delay element 109. In the fixed cell ROM stores a reference address zone the memory of the database server allocated for the storage of all the contracts on the dispatch service.

After reading the contents of the fixed memory ROM 105, which is supplied to the information input of the register 106, the same clock pulse input 112, the detainees element 109 at the time of reading is logged in register, whence it is supplied to one data input of the adder 108. On the other informational input of the adder 108 is fed code from the output of counter 107, which is now housed in its original state, and therefore, his testimony at this point in time is equal to zero.

On the clock pulse from the output of the element 109,the detainee element 110 at the time of entering code in the register 106, the adder 108 adds the codes of the register 106 and the counter 107 and forms thereby the output 114 of the block 7 to the address of record of the content of the concluded agreement to the database server. In addition, the same synchronizing pulse from the output element 110 is delayed element 111 at the time of actuation of the adder 108, and then is given as to the counting input of the counter 107, recording the first unit, and through the outlet 115 of the block 7 to the input 132 of the block 8.

Address code output 114 unit 7 is fed to the input 130 of the block 8, and then passes through the open this time the elements 123 And group elements 124 OR group on the information input register 120, which is inserted synchronizing pulse input 132 of block 8 flowing through the element 127 OR the word clock input of the register 120. The generated code address output register 120 unit 8 is issued for the address output 26 of the system.

Simultaneously, the same clock pulse from the output element 127 OR delayed element 129 delay time entry code address register and forth, first passes through the element 126 And outdoor high potential with inverted output trigger 121, a single input trigger 121, setting it in one state. Moving in one state, the trigger 121 closes the elements 123 And groups and opens the elements 122 And groups, thus preparing the circuit per the cottage code address input 131 of block 8 on the information input register 120 for the next step of the operation of the system.

Secondly, the clock pulse from the output element 129 delay available at the output 34 of the system, whence it is fed to the input of the second channel interrupt server database. On this signal, the server goes to the subroutine entry codogram the contract with the output 25 of the system at the address generated at the output 26 of the system.

To this point in time, codogram the contract with the output 89 of the block 5 through the inlet 72 unit 4 passes through the elements 61 And groups and elements 66 OR group to the output 25 of the system and through the elements 65 And groups to the output 29 of the system, where it enters the workplace ATO.

In addition, the clock pulse from the output 92 of the block 5 passes to the input 76 of the block 4 and then through the element 68 OR at the counting input of the counter 55, increasing its readings on the unit. As a result, the decoder 56 will open the last group of 62 elements And element 143 And preparing the chain of transmission of the code through these items at the next step of the operation of the system.

After signing the contract and sending it to the administrator of the transportation service of the EMC customer on the basis of a legally binding Treaty shipping service pays for the wage costs of shipping services ATO recognized by transferring the funds to the Bank account of the EMC - Escrow" in the Bank of the EMC and gets confirmed the payment in the payment order from Bank of the EMC. The Bank of the EMC will block the money of the buyer on the settlement account of the EMC - Escrow" in the Bank of the EMC and sends an email notification to the buyer about the blocking of funds on the settlement account "of the EMC - Escrow" in the form of codogram the following structure:

Upon receiving this message from the Bank of the EMC, the buyer shall notify the ATO of the EMC on payment of wage costs of shipping services by sending this codogram to the input 18 of the system, whence it through the inlet 146 of the block 9 is supplied to the information input of the register 135, in which code codogram and recorded clock pulse input 22 of the system through the input 147 of the block 9.

ID code of the buyer received codogram from the first output register 135 is supplied to one input of the comparator 136, the other input 145 whose output 90 unit 5 is fed ID code of the buyer, as recorded in the contract made.

On the clock pulse input 147 of block 9, delayed by the delay element 142 at the time of entering the code in register, the comparator 16 compares the input ID codes.

If the ID codes of the buyer match, then the output of comparator 136 is formed impulse, which passes through the element 138 And opened by the second input high potential with inverted output trigger 137, located in the initial state, and, first, through the element 141 OR and the output 152 of the block 9 is fed to the input 171 of the block 10. Secondly, the clock pulse from the output element 138 OR also fed to a single input trigger 137 and sets it in one state, in which the element 138 is closed, and the element 139 is open.

Output 150 unit 9 code codogram notification about payment shipping services received at the input 73 of unit 4, where it passes through the open this time the elements 62 And groups and elements 66 OR group to the output 25 of the system and, additionally, through the elements 65 and groups, And the output 29 of the system is given on the administrator's workstation transport services is recognized as the signal to start the execution of the contract.

The unit 10 is designed to provide documentation of all Bank accounts that received funds of customers for the payment of transport services, as well as all notifications from customers about obtaining their products from suppliers.

With this aim code ID of the buyer from the outlet 90 of the block 5 through the inlet 170 of the block 10 to the input of the decoder 16.

The decoder 156 decodes the ID code of the buyer and gives the corresponding element 159-161 And. For definiteness, let us assume that such an element is the element 160 I.

With the advent of the input 171 of the block 10 clock pulse from the output 152 of the block 9 it passes through the element 162 And opened by the second input high potential with inverted output of the trigger 158, which is in the initial state, and goes on to survey the state of the elements 159-161 I.

Given the fact that open on one input will be only element 160 And then passing this element, the sync pulse arrives, firstly, to the input of the read fixed memory permanent storage device 155 that stores a reference address memory areas for storing all accounts, and reads its contents to the input of the counter 157.

In parallel, the same pulse reading, passing the element 164 OR delayed element 167 delay time read the contents of a fixed cell ROM and then supplied to the clock input of the counter 157, recording therein the address of the first memory cell intended to record the first settlement account.

Simultaneously with the output of the delay element 167 synchronizing pulse is fed to a single input trigger 158 and sets it in one state, in which high sweaty what Yalom with a single trigger output element 158 163 And will be opened, and element 162 And closed.

In addition, the pulse from the output element 167 passes through the element 165 OR delay element 168 at the time of entering the code in the counter 157 and then exit 173 to the input 133 unit 8, to the input 131 which receives address code writing output 174 of the block 10.

This address input 131 unit 8 passes through the open this time the elements 122 And group elements 124 OR group on the information input register 120, which is inserted synchronizing pulse input 133 unit 8 through the element 127 OR.

The generated code address output register 120 unit 8 is issued for the address output 26 of the system.

Simultaneously, the same clock pulse from the output element 127 OR delayed element 129 delay time entry code address register 120 and then available at the output 34 of the system, whence it is fed to the input of the second channel interrupt server database. On this signal, the server goes to the subroutine entry codogram payment notification from the output 25 of the system at the address generated at the output 26 of the system.

After receiving notification of the buyer on payment of shipping services administration transportation maintenance of the EMC organizes the allocation of transport, the shipment of goods from the warehouse of the supplier of the goods and the delivery of the goods at the buyer's warehouse.

After pickup is and goods at the warehouse, the buyer sends a notification to the ATU EMC regarding the completion of the transport service in the form of codogram the following structure

This codogram again fed to the input 18 of the system and then input 146 is supplied to the information input of the register 135 unit 11, which is inserted synchronizing pulse input 22 of the system.

ID code of the buyer received codogram from the first output register 135 is supplied to one input of the comparator 136, the other input 145 whose output 90 unit 5 is fed ID code of the buyer, as recorded in the contract made.

On the clock pulse input 147 of block 9, delayed by the delay element 142 at the time of entering code in the register 135, the comparator 136 compares the input ID codes.

If the ID codes of the buyer match, then the output of comparator 136 is formed impulse, which now passes through the element 139 And open on a second input a high potential with a single trigger output 137, located in a single state, the stroke element 141 OR. With the output element 141 OR the clock pulse passes to the output 152 of the block 9 and then fed to the input of 171 unit 10.

Output 150 unit 9 code codogram notice of termination of commercial services is received at the input 73 of unit 4, where it passes through the open this time the elements 62 And groups and elements 66 OR group to the output 25 of the system and, additionally, through the elements 65 and groups, And the output 29 of the system is given on the administrator's workstation transport services recognized as a signal of the end of the execution of the contract.

To document completion of the agreement on the implementation of transport services ID code of the buyer from the output 90 of the block 5 through the inlet 170 unit 10 is fed to the input of decoder 156.

The decoder 156 decodes the ID code of the buyer and gives the corresponding element 160 I. With the advent of the input 171 of the block 10 clock pulse from the output 152 of the block 9 and he now passes not through the element 162, And through the element 163 And opened by the second input high potential with direct access trigger 158 located in a single state.

The clock pulse from the output element 163 And, first, is supplied to the counting input of the counter 157, increasing his testimony on the unit and forming thereby a next address memory database, which should be zapisovatelne notification.

Output 174 of the block 10 code address entry via the input unit 131 8 passes elements 122 And groups, 124 OR group and is supplied to the information input of the register 120, which is inserted synchronizing pulse input 133 unit 8 through the element 127 OR. The specified pulse arrives at the input 173 of the block 10, in which it is formed by passing a pulse from the output element 163 And through the element 165 OR after a delay element 168 at the time of actuation of the counter 157.

The generated code address output register 120 unit 8 is issued for the address output 26 of the system.

Simultaneously, the same clock pulse from the output element 127 OR delayed element 129 delay time entry code address register 120 and then available at the output 34 of the system, whence it is fed to the input of the second channel interrupt server database. On this signal, the server goes to the subroutine entry codogram notice of termination of the contract with the output 25 of the system at the address generated at the output 26 of the system.

In addition, the clock pulse from the output element 139 And the block 9 is delayed element 143 at the time of documenting codogram notice of termination of the contract of transport service and then through the exit 153 unit 9, first served on the installation log trigger 137 and through the element 140 OR the and the installation log register 135 unit 9, as well as on the installation of the inputs of the registers 1, 2, blocks 4, 5, 7, 8, 9, 10, setting to their original state, and secondly, it is issued at the output 35 of the system.

Output 35 of the synchronizing pulse is fed to the input of the third channel interrupts database server, where the server goes to the subroutine of the message to the Bank of the EMC and unblocking of the funds in the settlement account "of the EMC - Escrow" in the Bank of the EMC, and the transfer of funds to the account ATO the EMC.

Thus, the introduction of new units and new constructive relationships will significantly improve the reliability of financial payment shipping customer service of the EMC implemented under the information and marketing center, and provide the following benefits for suppliers and buyers:

- Reducing the risk of providing transport services insolvent buyer;

- Eliminating the risk of delayed payments for transport services;

- Money back guarantee listed as prepayment, in the case of non-receipt or receipt poor transport services;

- Termination of the contract in case of breach of the provision of transport services for the period;

- Reduction of expenses on transfer agreements the s of transport services;

- Reduction of terms of contracts of shipping services to 1 day, regardless of the remoteness of the counterparties.

Sources of information

1. U.S. patent No. 5455947 And 03.10.95.

2. U.S. patent No. 5713014 And 27.01.98 (prototype).

System logistics information and marketing centre, containing the first register, information and clock inputs of which are the first information and the clock inputs of the system, the second register, information and clock inputs of which are the second information and the clock inputs of the system, the block selection document transport service, the first information input of which is connected to one output of the first register, the second information input connected to the output of the second register and the first clock input unit connected to the second clock input of the system, the information output unit is an information output system clock output block is the first synchronizing system output, and the outputs of the group outputs of the block are the first group of information outputs of the system, the block of data to clients, outputs group outputs which are the second group of information outputs of the system, and the signal database management, information vyhodnotila is the address of the system output, and the clock output is the second clock output system, characterized in that it contains the block identification contracts, transport services, information and clock inputs of which are the third information and the clock inputs of the system, the first information output unit is connected with the third information input unit selection document transport services and with a single information input unit of data transmission customers, the second information output unit is connected to another information input unit of data transmission customers, the clock input connected to the first clock output unit identification treaties transport service, the second clock input of which is connected to the second clock input unit selection document transport service the identification block client, one of the information and the clock inputs of which are the fourth information and the clock inputs of the system, another information input is connected with the second information output unit identification treaties transport service, and the information output unit is connected to the fourth information input unit selection document transport service, the POC selection addresses of documents contracts, clock input connected to the second clock output unit identification treaties transportation, installation input connected to the second clock output unit identification of the client, the information output is connected to one information input signal database management, word clock output is connected to a single clock input signal database management, the block selection address documents of payment and delivery of goods, information input connected with the second information output unit identification treaties transportation, the clock input connected to the first clock output unit identification notification clients installation input is connected with the second clock output unit identification notification clients information output is connected to another information input signal database management, and word clock output connected to another clock input signal database management, and the identification block administration transportation, information input connected to another output of the first register, the clock input connection is to the first clock input of the system, installation input is connected with the second clock output unit identification notification clients, one output connected to the address input of the block selection document transport service, and the other output connected to the third clock input block selection document transport service, while the second clock output unit identification notification clients is the third synchronizing system output and is connected with the installation of the inputs of the first and second registers, identification block contracts transportation, the signal database management and unit selection document transport service.