System for controlling passage of documental information

FIELD: communications engineering, in particular, systems for controlling information exchange process in communication networks of industrial enterprises, in-plant networks and field communication units.

SUBSTANCE: system for controlling passage of documental information contains station for managing system for controlling information passage with operative-dispatching equipment, data transmission lines and phone communication connecting lines, station for controlling passage of documental information based on duty workplace for controlling passage of documental information and workplaces of two dispatchers, where each one of aforementioned workplaces is equipped with personal computer, containing system block, monitor, standard keyboard, "mouse" type graphical manipulator, printer and interface expander, block of adapters, block for connecting and distributing communication lines, client and connecting lines of service communications, service communications equipment, consisting of line commutation block and three control panels, one for each of aforementioned workplaces for controlling passage of documental information and of first and second dispatchers, n client stations for transferring documental information, each one of which contains group equipment block, four telegrapher panels and four end talking panels, data transmission lines and client phone communication lines, connected in a certain way.

EFFECT: increased trustworthiness of control over passage of documental information and increased quality of services, provided to consumers of aforementioned information.

2 cl, 2 dwg

 

The invention relates to communication technology, in particular to systems for controlling the exchange of information on communication networks of industrial enterprises, departmental networks and field nodes.

The quality of communication provided by the officials of industrial objects and control objects, is largely determined by and dependent on a well-established system of process control and tracking information at different levels.

The use of automated systems for process control the factors that determine the quality of communication is carried out through the implementation of major information-processing and control functions, providing management or quality control function of the facility automation of technological equipment, products and processes.

In the increasingly widespread introduction of computer technology in the management system at various levels for these purposes, control of communication networks using different technical systems and devices, including device tracking information.

Known automated control system includes a control subsystem for passing inform the tion, as well as a separate device for the collection and display of data on the passage of information in the control system [1, 2].

Closest to the technical essence is a technical control system having a structure that provides input information using sensors, data conversion using internal converters, data transmission by data transmission equipment, fixation data in memory devices, data processing devices or computer equipment and data output to the staff by means output and control [2].

However, in such systems is not ensured the accuracy of monitoring the passage of documentary information and issue-specific solutions to improve the efficiency of transmission document information.

The aim of the invention is to increase the reliability of monitoring the passage of documentary information and quality of services provided to consumers of the information.

This objective is achieved in that the control system for the passage of documentary information containing the control point control system for passing information with their maintenance equipment designed to collect data on the passage of information in the communication system and the Veda the Oia telephone conversations along the lines of communication with operators of managed objects put the point of monitoring the passage of documentary information, which is based on the working place of duty (Manager) to control the passage of documentary information, jobs first and second forwarders, and each of these jobs on duty, monitoring the passage of documentary information and forwarders contains a personal computer comprising a system unit, monitor, standard keyboard, a graphical pointing device, printer and extender interfaces, and entered the block adapters, power connection and distribution lines, subscriber and connectors intercom equipment intercom, consisting of the switching unit lines and three remotes management, one of which is installed on each of these jobs on duty, monitoring the passage of documentary information, the first and second forwarders, n subscriber transfer points of documentary information, each of which contains a block group equipment, four remote Telegraph and four terminal of the negotiating panel, the first, second, third, fourth and fifth inputs and outputs of the system unit of a personal computer workplace duty to control the passage of documentary information connected to the inputs-o the ladies respectively monitor, standard keyboard, a graphical pointing device, printer and extender interfaces, the first, second, third, fourth and fifth inputs and outputs of the system unit of a personal computer workplace first forwarder connected to the inputs-outputs, respectively, of the monitor, a standard keyboard, a graphical pointing device, printer and extender interfaces, the first, second, third, fourth and fifth inputs and outputs of the system unit of a personal computer workplace second forwarder connected to the inputs-outputs, respectively, of the monitor, a standard keyboard, a graphical pointing device, printer and extender interfaces, the second input-output expander interfaces personal computer workplace duty by monitoring the passage of documentary information, extender interfaces workplace first agent and extender interfaces workplace second forwarder connected respectively to first, second and third inputs-outputs of the block adapters, fourth inputs and outputs of which are connected with the first station inputs-outputs block connections and distribution lines, the second station inputs and outputs through which subscription and connection lines intercom connected to the line inputs-outputs of the switching unit lines in the occupied zone is atory intercom the inputs and outputs of the first, second and third control panels installed in the workplace duty to control the passage of documentary information on jobs first and second forwarders, connected respectively to first, second and third inputs-outputs of the switching unit lines, the first linear input-output sets of data lines of the block group equipment of the first subscriber point connected to the first line inputs-outputs block connections and distribution lines, the first linear input-output sets of data lines of the block group equipment of the second subscriber point connected to the second line inputs-outputs of the connection unit and distribution lines, and the first linear input-output sets of data lines of the block group equipment with the n-th subscriber point connected to the n-th line inputs-outputs block connections and distribution lines, the first, second and n-th linear input-output sets of subscriber lines telephone connection block connection and distribution lines connected to the second line inputs-outputs of the block group equipment respectively the first, second and n-th subscriber points, inputs and outputs of the first, second, third and fourth panels of telegraphers first abonents the point connected respectively to the first, the second, third and fourth stationary inputs-outputs of the block group equipment, inputs and outputs of the first, second, third and fourth panels of telegraphers second subscriber points connected respectively to first, second, third and fourth stationary inputs-outputs of the block group equipment, inputs and outputs of the first, second, third and fourth panels of the Telegraph operators of the n-th subscriber points connected respectively to first, second, third and fourth stationary inputs-outputs of the block group equipment, the fifth station inputs and outputs of the block group equipment of the first subscriber points are connected in parallel to the line inputs-outputs of the first the first , second, third and fourth terminal of the negotiating panel, the fifth station inputs and outputs of the block group equipment of the second subscriber points are connected in parallel to the line inputs-outputs of the first, second, third and fourth terminal of the negotiating panel, the fifth station inputs and outputs of the block group equipment with the n-th subscriber points are connected in parallel to the line inputs-outputs of the first, second, third and fourth terminal of the negotiating panel, the third linear input-output block group equipment of the first subscriber item by line interaction of soy is inany with third line inputs-outputs of the unit group of equipment of the second subscriber paragraph, the inputs and outputs of a set of data line control system for monitoring the passage of information connected with the third station inputs-outputs block connections and distribution lines, the fourth station inputs and outputs through which the connection lines of the telephone connected to the line inputs outputs control point control system for passing information.

This objective is achieved in that the system unit of each of the personal computers jobs on duty in the control passage and freight forwarders contains functional and application software provided on the disk drive hard disk drive (HDD), including Executive the Windows operating system and technological operating system MS-DOS, version 6.0, with the exchange of the data lines between these personal computers and customer items by the relevant files in the form of a standard Protocol via RS-232 with baud rate 1200 bits/s

Comparative analysis of the prototype shows that the proposed system of monitoring the passage of documentary information differs from the prototype of the new units and equipment: item tracking documentary information in the work is Gosta duty to control the passage of documentary information and jobs two forwarders, each of these jobs come with a personal computer containing the system unit, monitor, standard keyboard, a graphical pointing device type mouse, printer and extender interfaces, power adapters, power connection and distribution lines, subscriber and connecting lines intercom equipment intercom, consisting of the switching unit lines and three control panels, one of which is installed on each of these jobs on duty, monitoring the passage of documentary information, the first and second forwarders, n subscriber transfer points of documentary information, each of which contains a block group equipment four remote Telegraph and four terminal of the negotiating panel and edit relationships between famous blocks that helped to improve the reliability of monitoring the passage of documentary information and to improve the quality of services provided to consumers of the information.

Thus, the claimed control system for the passage of documentary information satisfies the criterion of "novelty".

Equipment jobs on duty, monitoring the passage of documentary information and jobs forwarders personal computers containing the system the lock, monitor, standard keyboard, a graphical pointing device, printer and extender interfaces, as well as having a built-in system unit functional and application software, the introduction of a system of data transmission and telephony devices on the progress of the exchange of documentary reports directly to jobs of telegraphers subscriber points led to the emergence of new system properties, such as clarity and objectivity control, contributed to the increase in the reliability of tracking information. This allows to conclude that the technical solutions according to the criterion of "significant differences".

Figure 1 shows the block diagram of the control system for the passage of documentary information, figure 2 shows the structural diagram of the switching unit lines and control panels equipment intercom.

The system of monitoring the passage of documentary information (figure 1) contains a point of monitoring the passage of documentary information in the workplace 1 duty to control the passage of documentary information, including a personal computer, comprising a system unit 2, a monitor 3, a standard keyboard 4, a graphical pointing device (mouse) 5, printer 6, and extender interfaces 7, workplace first 8 of the forwarder, localseo in a personal computer, consists of a system unit 9, display 10, a standard keyboard 11, a graphical pointing device (mouse) 12, a printer 13 and extender interfaces 14, workplace 15 second forwarder, which includes a personal computer comprising a system unit 16, a monitor 17, a standard keyboard 18, a graphical pointing device (mouse) 19, the printer 20 and the expander interfaces 21, block adapters 22, block 23 connections and distribution lines, subscriber and connecting line 24 intercom equipment intercom, consisting of the switching unit lines 25, the first 26, the second 27 and third 28 control panels, and also contains data line 29, subscriber telephone lines 30 (301-30n), the first 31 subscriber transfer point documentary information, which includes the block group equipment 32, four remote telegrapher 33 (331-334) and four remote negotiation target (CEA) 34 (341-344first, second, third and fourth of which are installed respectively on the first, second, third and fourth jobs Telegraph operators, line interaction between 35 subscriber points, 36 second subscriber transfer point documentary information, which includes the block group equipment 37, four remote control operator 38 (381-384and cityrealty negotiation of terminal 39 (39 1-394), the n-th (or, for example, the third, with their limited number) subscriber paragraph 40 of the transmission of documentary information, which includes the block group equipment 41, four remote telegrapher 42 (421-424) and four remote negotiation target (CEA) 43 (431-434), the data line 44, connecting telephone lines 45 and the control point 46 of the control system for passing information.

Switching unit lines 25 equipment intercom (figure 2) contains the connection unit panels 47, block switching fields 48, block uniform sets of subscriber and trunk lines of communication channels 49 and a control unit switching 50. It is intended for connecting and switching lines intercom at the organization of the transmission paths of voice information from each connected to three control panels 26, 27 and 28.

Each of the control panels 26, 27 and 28 equipment intercom contains (2) block 51 coordination, PA site (AGMS) in the composition of the microphone 52, amplifier transfer 53, an amplifier 54 and reception speaker 55, telephone node (MT) in the composition of the handset 56, microphone amplifier 57 and phone amplifier 58, block 59 control console, the controller 60 of the keyboard, the keyboard 61, the signal processing unit 62, a display unit 63 and the light is the first Board 64.

First, second, third, fourth and fifth inputs and outputs of the system unit 2 personal computer workplace 1 duty to control the passage of documentary information connected to the inputs-outputs, respectively, of the monitor 3, a standard keyboard 4, a graphical pointing device 5, a printer 6 and extender interfaces 7. First, second, third, fourth and fifth inputs and outputs of the system unit 9 personal computer workplace first 8 forwarder connected to the inputs-outputs, respectively, of the monitor 10, the standard keyboard 11, a graphical pointing device 12, the printer 13 and extender interfaces 14, and the first, second, third, fourth and fifth inputs and outputs of the system unit 16 of the personal computer workplace 15 second forwarder connected to the inputs-outputs, respectively, of the monitor 17, a standard keyboard 18, a graphical pointing device 19, the printer 20 and the expander interfaces 21.

The second input-output expander interfaces 7 personal computer workplace 1 duty to control the passage of documentary information, extender interfaces 14 workplace first 8 forwarder and extender interfaces 21 workplace 15 second forwarder connected respectively to first, second and third inputs-outputs unit adapter 22, the fourth input-output is vtorogo connected with the first station inputs-outputs of the block 23 connections and distribution lines, the second station inputs and outputs through which subscription and connection lines 24 intercom connected to the line inputs-outputs of the switching unit lines 25 equipment intercom. The inputs and outputs of the first 26 and second 27 and third 28 remotes that are installed in the workplace 1 duty to control the passage of documentary information on jobs first 8 and second 15 forwarders, connected respectively to first, second and third inputs-outputs of the switching block 25 lines.

The first linear input-output sets of lines 29 data block group 32 hardware first 31 subscriber point connected to the first linear input-output unit 23 connections and distribution lines, the first linear input-output sets of lines 29 data transfer unit 37 group equipment 36 of the second subscriber point connected to the second line inputs-outputs of the block 23 connections and distribution lines, and the first linear input-output sets of lines 29 data block 41 group equipment n 40 subscriber point connected to the n-th line inputs-outputs of the block 23 and connection distribution lines. The first, second and n-th linear input-output sets of subscriber lines 30 telephone communication unit 23 of the connection and distribution of linespace connected to the second line inputs-outputs of the block group equipment, respectively, the first 31, the second 36 and the n-th 40 subscriber points.

The inputs and outputs of the first, second, third and fourth panels of telegraphers 33 (331-334) connected respectively to the first, second, third and fourth stationary inputs-outputs of the block group 32 hardware first 31 subscriber paragraph; the inputs and outputs of the first, second, third and fourth panels of telegraphers 38 (381-384) connected respectively to the first, second, third and fourth stationary inputs-outputs of the block 37 group equipment 36 of the second subscriber station; the inputs and outputs of the first, second, third and fourth panels 42 (421-424of telegraphers connected respectively to the first, second, third and fourth stationary inputs-outputs of the block 41 group equipment n 40 subscriber item.

The fifth station input-output unit 32 group equipment first 31 subscriber points are connected in parallel to the line inputs-outputs of the first 341second 342third 343and fourth 344termination of the negotiation panel; the fifth station input-output unit 37 group equipment 36 of the second subscriber points are connected in parallel to the line inputs-outputs of the first 391the second 392third 393and fourth 394termination of negotiations pool is the same; the fifth station input-output unit 41 group equipment n 40 subscriber points are connected in parallel to the line inputs-outputs of the first 431the second 432third 433and fourth 434termination of the negotiation console (CEA). Third linear input-output unit 32 group equipment first 31 subscriber point through line 35 of interaction is connected with the third line inputs-outputs of the block 37 group equipment 36 of the second subscriber item.

The inputs and outputs of a set of line 44 data transfer control 46 system control information passage connected with the third station inputs-outputs of the block 23 connections and distribution lines, the fourth station inputs and outputs through which the connection lines 45 telephone connected to the line inputs-outputs of the control point 46 of the control system for passing information.

Personal computer workplace 1 duty to control the passage of documentary information in the system unit 2, display 3, a keyboard 4, a graphical pointing device 5, a printer 6 and extender interfaces 7 is designed for collecting, analyzing, and summarizing data on the passage of documentary information on the communication node or between interacting objects, adoption is right about the redistribution of loads in certain areas based on the analysis results and the issuance of consolidated data to the control unit 46 by the control system for passing information.

Personal computers jobs first 8 and second 15 forwarders in the composition of the system blocks 9 and 16 monitors 10 and 17, the keyboard 11 and 18, the graphic manipulators 12 and 19, printers, 13 and 20, extenders interfaces 14 and 21 are designed to receive from the Telegraph subscriber points of transmission document information data transmitted, received and detained Telegraph messages, training and formation of aggregated data on the passage of information displayed on the data monitor and transmit aggregated data to workspace 1 on duty, monitoring the passage of documentary information, the measures taken to eliminate delays in the transmission of information.

As the system blocks 2, 9 and 16 can be used produced by domestic industry system blocks from the composition of the basic set of electronic computing machines such as "Baguette-01" [3, 4] or system units, built-in portable computers.

For these purposes, can be used as a portable computer type laptop company "Toshiba", contains the system unit consisting of a CPU type Intel, system bus, the electronic modules of RAM and programmable permanent memory device, a standard keyboard, display, plasma screen systems the CSOs software and application software, supplied to the drive on your hard disk.

The software mentioned personal computers jobs on duty, monitoring the passage of documentary information and two forwarders calculated for actuating the Windows operating system and technological operating system MS-DOS, version 6.0.

As a monitor 3, 10 and 17 can be used with monochrome video monitor VGA, as well as a standard keyboard 4, 11 and 18 may be applied to a standard keyboard type IBM PC / AT [3, 4].

As a graphic manipulators 5, 12 and 19 can be used manipulators graphic information type "mouse".

Printers 6, 13 and 20 are designed to print accepted and processed information about the passage of documentary reports, and printing the received communications messages. As such blocks can be used as a matrix and ink jet, including laser printers, for example, small-sized printers company "Toshiba".

Unit adapter 22 is designed to provide mating system units 2, 9 and 16 personal computers with a dial paragraphs 31, 36 and 40 of the transmission of documentary information (objects and control) on the data lines 29, as well as the implementation of exchange control 46 sist is my tracking information through the connecting lines with a baud rate of 1200 bits/sec [3, 4].

Block 23 connections and distribution lines includes connecting and switching elements are made on the basis of microelectronics. It is designed for motocross and operational switching of subscriber and connecting lines intercom on the block switching lines 25 equipment intercom, data lines 29 and subscriber telephone lines per block adapters 22, block group equipment 32, 37 and 41 subscriber paragraphs 31, 36 and 40 of the transmission of documentary information, and connect the data lines 44 and connecting lines 45 telephone connection from the control point 46 of the control system for passing information to the communication node.

As block 23 can be used cordless device cross switching of channels made in accordance with the Russian patent for invention №2214067 [5].

Equipment intercom in the first 26 and second 27, 28 third control panels and switching block 25 connected to the subscriber and connecting 24 lines service communication is intended for the organization of the transmission paths of voice messages and telephone negotiations between the operators point of control over the passage of documentary information, subscriber paragraphs 31, 36 and 40 of the transmission of documentary information and the control point 46 system is ontrol information passage when the specification data of the transmitted (received) documentary messages and receiving orders from higher authorities.

Technical implementation equipment intercom in the structure of the switching unit 25, three control panels 26, 27 and 28 can be carried out in accordance with the invention by the patent RF №2132596 [6].

The input device data transmitted telegraphic messages to each subscriber paragraph 31, 36 and 40 includes the block group equipment, four remote Telegraph and four terminal negotiation console (CEA).

Each block group equipment (BGO) 32, 37 and 41 is a block seal-type equipment pulse-temporary seal, ensuring the formation of a path for transmission across the physical layer data transmitted telegrams and Telegraph messages.

Block BGO is designed to receive from the consoles of the Telegraph operators of transmitted information, conversion and cyclic transmission on two-wire line signal interface according to GOST 27832.

Block BGO in collaboration with consoles the operator connects a few (4 to 8) panels of telegraphers, a sequential scan of the consoles, alternate reception and temporary storage of information with the remote, coding temporarily stored information in a serial start-stop dvadtsatisemiletny code, phase modulation and cyclic transmission (up to sixty-four times) with two lineolate information at speeds of 1200 bps, the control of correctness of data transmission line, transit transmission circuits service communication and information transfer line with a similar unit BGO.

Consoles telegrapher 33, 38 and 42 are designed for a formalized set of numbers and addresses transmitted by Telegraph channels telegrams, storage and output of information on the service characteristics of Telegraph messages, subsequent transmission of typed data on jobs item tracking documentary information on the communication node.

Each unit provides a set of alphanumeric information on a Telegraph message, displaying typed alphanumeric information on digital indicators, a set of up to eight service signs on Telegraph message, indication typed information on the service characteristics of Telegraph messages, storing the gain information and the transmission of its signals are TTL level.

Consoles CEA 34, 39 and 43 are made in the form of a handset containing the device call, negotiation telephone and loudspeaker nodes respectively include a microphone and a phone, and a handheld microphone and amplifier with loudspeaker. They provide maintenance of bilateral negotiations between subscribers on the subscriber and connecting the telephone communication lines.

Data transmission on the transmission of telegrams ... is the ATA in the item tracking information from subscriber stations (31, 36 and 40) by block group equipment (32, 37 and 41) and four panels of telegraphers (33, 38 and 42)that are installed on workstations operators telegraphers.

Consoles allow you to dial service and digital information on a Telegraph message (number of telegrams, the number of words and the category of urgency).

After typing and displaying information from panels of telegraphers, it goes to the block BGO where it is converted into a signal interface according to GOST 27832 and on line 29 data through the blocks 23, 22, expanders 14, 21 arrives at the same time in the system blocks 9 and 16 personal computers jobs first 8 and second 15 forwarders, where it is recorded in the memory and is used for processing and analysis. In personal computers jobs first 8 and second 15 forwarders received in the form of patterns information is systematized in accordance with a set program, summarized, presented in tabular form in a readable form, and optionally printed. In codogram there is information about the category of urgent telegrams and accordingly each telegram put a forwarder on the control, and the control time is set with some margin before the time provided for processing each telegram time. If his telegram the belt is not processed by the operator and is not received from him from the subscriber point of receipt for its delivery to the addressee, the workplace forwarders warning light and acoustic alarm about the delay in sending this telegram. Included alarm forwarder determines which of the telegram monitoring time expires, and using the telephone informs the operator-the operator of a particular subscription point and reminds you to speed up the processing of this telegram. This contributes to reducing the time spent in the transmission of telegrams and efficiency of monitoring the passage of documentary information.

Summarized information from personal computers jobs forwarders enters the personal computer workplace 1 duty to control the passage of documentary information, and after processing it through the blocks 22, 23 along the line 44 is passed from the workplace 1 duty control in the control point 46 of the control system for passing information.

In the subscriber paragraph 31 or 32 can also receive chains of transmission of the information on the passage of cables and their issuance, together with their own chains of transmission of information on jobs item tracking documentary information through cooperation 35, sandwiched between blocks of group equipment 32 and 37 respectively of the first 3 and second 36 subscriber points.

The report of the transmitted (received telegrams from each subscriber points of transmission document information by telephone calls for a subscriber lines 30 telephone.

Service telephone and hands-free communication from the subscriber paragraphs 31, 36 and 40 is carried out with jobs operators telegraphers using the appropriate terminal of the negotiating panels 34, 39 and 43. This phone line with each of the four panels connected in parallel to the input-output unit BGO, the linear side of each of which is through the subscriber telephone line 30 is connected to the appropriate input-output unit 23, and through him out on the sets of subscription and connection lines 24 intercom the switching unit 25 of the apparatus intercom.

Service telephone communication with jobs operators telegraphers subscriber points is provided with four remotes. While negotiations with any of the remotes that controlled on the loudspeaker of one of the panels, such as the fourth, which is the working place of the senior operator. With any of the remotes CEA in the item tracking documentary information can be sent to a calling signal on line 29 which is perceived as one of the sets of subscriber and connecting line is 24 intercom the switching unit 25 of the apparatus intercom and each of the three control panels 26, 27 and 28.

Providing direct service telephone and speakerphone with jobs of duty 1 for monitoring the passage of documentary information, the first 8 and second 15 forwarders with employment of the Telegraph subscriber paragraphs 31, 36 and 40 by using control panels 26, 27, 28 and the switching unit 25 of the apparatus intercom.

With each of these control panels allows simultaneous communication through any subscriber and connecting line 24 intercom with both the negotiation of nodes (GTS and MT)with remote control for ease of use and exclusion of interfering actions provided alarm employment lines and communication channels. Provided also divert taken on line or communication channel call signal from one control to another.

Organization communication on any line and the communication channel is performed as follows. Originally on the remote control selects the workplace, you want to maintain the connection, then select the desired channel or the communication line, make a call on it and call, negotiate and end at the end of the negotiations.

Before establishing a connection standby control information passage or freight forwarder with remote control 26, 27And 28 selects the negotiation of the instrument (GTS or MT) and the desired line using the control unit 59 by the operation of the remote control. In this connection, the negotiation of the instrument is made by pressing the corresponding key on the unit 61, and the output line is made by dialing a two-digit number, for example, 01, 02, etc. Information about the selected device and the required line in the form of a binary-decimal code from the keyboard 61 through the controller 60 enters the block 59, which converts the received message into a binary code and through the processing unit 62 transmits to the display unit 63 and the light display 64. In block 63 is switched on, the selected indicator negotiation of the instrument. Simultaneously, the information is transmitted to the unit 50 controls the switching. From these data, the control unit 50 generates a command to switch the negotiation of the devices on the selected line or communication channel, and the block 48 connects a selected negotiation of the instrument at the desired line or communication channel.

Call the line is executed by the control signals generated by the block 50. Thus the control signals from the outputs of the block 50 is fed to the input of the switching unit 48 and through him come to block 49 uniform sets, which actuates the actuating element, the switching circuit receiving the call line to the transmission and run the signal call. When this occurs the following: ringing AC voltage of 80 VOLTS or DC voltage 27 with the output signal of the call through the closed contacts of the Executive elements of the block 49 is supplied to the selected line. At the end of the call the Executive block element 49 releases, it is breaking the transmission circuit and the circuit closing reception of the call. The connection to the selected line is accompanied by the inclusion of the indicator in block 63 (hold the line).

Technical efficiency of the proposed system is to improve the reliability of monitoring the passage of documentary information and quality of services provided to consumers of the information. Improving the reliability of control is achieved by introducing two independent systems of information gathering, the first of which is based on data directly from jobs Telegraph operators engaged in the transmission of Telegraph messages with subscriber stations. While the advantage of this system is that workplace control points and forwarders used computer equipment, which allowed us to collect, compile and display data in real time, to analyze and to develop concrete solutions for improving the exchange of documentary information. The second system is based on communication telephone communication lines arranged between the control points and customer points of transmission document information.

Improving the quality of communication services provided potrebitelskogo information is achieved due to the possibility of a quick decision on the reduction of temporal parameters of delivery of documentary information. Serves the same purpose introduction extender interfaces that allow you to connect to personal computers additional monitors that continuously appear various, coming from the subscriber points, data on the passage of documentary information.

To improve the quality of services and convenience of using operators contributes implemented in the remote control recording function in memory and display it on the light display of the most frequently used telephone numbers of subscribers automatic telephone stations and non-subscribers of mobile network read them and replace the new room (if necessary), as well as the ability to automatically call back the caller by pressing on the remote control one button (without re-dialing).

Sources of information

1. The SU inventor's certificate No. 532870, CL G06 15/18, 1976.

2. Manual for engineer DCS / Gelesky, Luzonensis, Viabono and other edited Gelasco. M: mechanical engineering, 1983, s-372 (prototype).

3. Figurov WE IBM PC user. Ed. 5th, repairs. and extra - St. Petersburg, JSC "coruña", NGO "Informatics and computers, 1994.

4. Family computer "Baguette". M, KB is Korund-M", 109117, P.O.Box 10, tel-2710.

5. RU patent No. 2214067, CL 04Q 3/52, 2003.

6. RU patent No. 2132596, CL NM 9/08, 1999.

1. The system of monitoring the passage of documentary information containing the control point control system for passing information with their maintenance equipment designed to collect data on the passage of information in the communication system and telephone talks on the lines of communication with operators of managed objects, characterized in that it introduced the item tracking documentary information, which is based on the working place of duty (Manager) to control the passage of documentary information, jobs first and second forwarders, and each of these jobs on duty, monitoring the passage of documentary information and forwarders contains personal the computer consists of the system unit, monitor, standard keyboard, a graphical pointing device, printer and extender interfaces, and entered the block adapters, power connection and distribution lines, subscriber and connectors intercom equipment intercom, consisting of the switching unit lines and three control panels, one of which is installed on each of these jobs duty is about control passage of documentary information the first and second forwarders, n subscriber transfer points of documentary information, each of which contains a block group equipment, four remote Telegraph and four terminal of the negotiating panel, the first, second, third, fourth and fifth inputs and outputs of the system unit of a personal computer workplace duty to control the passage of documentary information connected to the inputs-outputs, respectively, of the monitor, a standard keyboard, a graphical pointing device, printer and extender interfaces, the first, second, third, fourth and fifth inputs and outputs of the system unit of a personal computer workplace first forwarder connected to the inputs-outputs accordingly, a monitor, a standard keyboard, a graphical pointing device, printer and extender interfaces, the first, second, third, fourth and fifth inputs and outputs of the system unit of a personal computer workplace second forwarder connected to the inputs-outputs, respectively, of the monitor, a standard keyboard, a graphical pointing device, printer and extender interfaces, the second input-output expander interfaces personal computer workplace duty to control the passage of documentary information, extender interfaces workplace first exped the Torah and extender interfaces workplace second forwarder connected respectively to the first, the second and third inputs-outputs of the block adapters, fourth inputs and outputs of which are connected with the first station inputs-outputs block connections and distribution lines, the second station inputs and outputs through which subscription and connection lines intercom connected to the line inputs-outputs of the switching unit lines equipment intercom, the inputs and outputs of the first, second and third control panels installed in the workplace duty to control the passage of documentary information on jobs first and second forwarders, connected respectively to first, second and third inputs-outputs of the switching unit lines, the first linear input-output sets of data lines of the block group equipment of the first subscriber point connected to the first line inputs-outputs block connections and distribution lines, the first linear input-output sets of data lines of the block group equipment of the second subscriber point connected to the second line inputs-outputs block connections and distribution lines, and the first linear input-output sets of data lines of the block group equipment with the n-th subscriber point connected to the n-th line inputs outputs power connection and distribution of whether the second communication the first, second and n-th linear input-output sets of subscriber lines telephone connection block connection and distribution lines connected to the second line inputs-outputs of the block group equipment respectively the first, second and n-th subscriber points, inputs and outputs of the first, second, third and fourth panels of telegraphers first subscriber points connected respectively to first, second, third and fourth stationary inputs-outputs of the block group equipment, inputs and outputs of the first, second, third and fourth panels of telegraphers second subscriber points connected respectively to first, second, third and the fourth station to the inputs-outputs of the block group equipment, inputs and outputs of the first, second, third and fourth panels of the Telegraph operators of the n-th subscriber points connected respectively to first, second, third and fourth stationary inputs-outputs of the block group equipment, the fifth station inputs and outputs of the block group equipment of the first subscriber points are connected in parallel to the line inputs-outputs of the first, second, third and fourth terminal of the negotiating panels, the fifth station inputs and outputs of the block group equipment of the second subscriber points are connected in parallel to the line inputs of vyhodneho, second, third and fourth terminal of the negotiating panels, the fifth station inputs and outputs of the block group equipment with the n-th subscriber points are connected in parallel to the line inputs-outputs of the first, second, third and fourth terminal of the negotiating panels, the third linear input-output block group equipment of the first subscriber item by line interaction is connected with the third line inputs-outputs of the unit group of equipment of the second subscriber paragraph, the inputs and outputs of a set of data line control system for monitoring the passage of information connected with the third station inputs-outputs block connections and distribution lines, the fourth station entrances the outputs of which via a connecting line telephone connected to the line inputs outputs control point control system for passing information.

2. The system according to claim 1, characterized in that the system unit of each of the personal computers jobs on duty, monitoring the passage of documentary information and forwarders contains functional and application software provided on the disk drive hard disk drive (HDD), including Executive the Windows operating system and technological operas the operating system MS DOS, version 6.0, with the exchange of the data lines between these personal computers and customer items by the relevant files in the form of a standard Protocol via RS-232 with baud rate 1200 bits/s



 

Same patents:

FIELD: communication systems.

SUBSTANCE: effect is achieved because data block routing device in the network and method for controlling device for routing data blocks in the network identify one or several causes of overload in routing device and integrates information about overload cause into one or several data blocks being transferred.

EFFECT: provision of improved method for controlling overloads in communication system with transmission of data blocks, in which a type of overload notification is used.

8 cl, 5 dwg

FIELD: broadband communication systems.

SUBSTANCE: method for transferring traffic indication message for commanding a mobile client station in inactive mode to switch to active mode in broadband wireless access communication system, which supports inactive mode and active mode, includes stages, at which for mobile client stations which belong to corresponding base station, appropriate areas are individually selected, which denote traffic commands for mobile client station, in traffic indication field in traffic indication message, and state transition commands are denoted in areas, selected for mobile client station, to transfer traffic indication message in mobile client station.

EFFECT: minimized energy consumption.

5 cl, 14 dwg, 9 tbl

FIELD: data transmission in computer networks.

SUBSTANCE: in accordance to the invention, expandable, usable with various client-server informational systems, system of dynamically created program objects is used, wherein program objects are divided onto a fixed number of categories, which are matched with predetermined program interfaces, where creation of request to server and processing of response from server represent predetermined chains of program object method calls.

EFFECT: reduced load on communication line in client-server system.

2 cl, 6 dwg

FIELD: communications engineering, methods for packet transmission of messages, possible use for transferring discontinuous information protected with interference-resistant code.

SUBSTANCE: in accordance to the invention, at transmitting side a message is divided onto blocks, length of which is equal to number of packets in a message, each block is encoded with interference-resistant code, block interleaving of interference-resistant code symbols is performed at interleaving depth equal to packet length, then symbols of interference-resistant code are divided onto packets in such a way, that each code symbol is positioned in its own packet, while in each packet control group is created for detection of errors, and then packets are transmitted to receiving side through a multidimensional route. At receiving side control group is checked for each packet, and packets with found errors are deleted, deinterleaving of symbols in received packets is performed, interference-resistant code is generated, which is then decoded with correction of deletions and received message is produced. As interference-resistant code, Reed-Solomon code is used.

EFFECT: reduced message delivery time.

2 cl, 1 dwg

FIELD: method for transferring data signals in communication system with centralized or decentralized organized access to transmission environment with usage of a set of transmission modes.

SUBSTANCE: in accordance to the invention, in a communication system, which is standardized in parallel according to IEEE 802.11a with decentralized organized access to transmission environment, preferably to IEEE 802.11 system with distributed coordination function with usage of a set of transmission modes, pilot-signals are transferred from transmitter to receiver and then cross-reference table is computed by receiver relatively to transmission modes on basis of received pilot-symbols. Cross-reference table is transferred from receiver to transmitter in such a way, that following data exchange may take place on basis of aforementioned cross-reference table. In case of centralized organized access, preferably in IEEE 802.11 system with point coordination function improvement is achieved because already with transmission of cross-reference table the following data is correspondingly adaptively modulated.

EFFECT: increased traffic capacity of a channel in communication system.

3 cl, 8 dwg

FIELD: method for transferring data signals in communication system with centralized or decentralized organized access to transmission environment with usage of a set of transmission modes.

SUBSTANCE: in accordance to the invention, in a communication system, which is standardized in parallel according to IEEE 802.11a with decentralized organized access to transmission environment, preferably to IEEE 802.11 system with distributed coordination function with usage of a set of transmission modes, pilot-signals are transferred from transmitter to receiver and then cross-reference table is computed by receiver relatively to transmission modes on basis of received pilot-symbols. Cross-reference table is transferred from receiver to transmitter in such a way, that following data exchange may take place on basis of aforementioned cross-reference table. In case of centralized organized access, preferably in IEEE 802.11 system with point coordination function improvement is achieved because already with transmission of cross-reference table the following data is correspondingly adaptively modulated.

EFFECT: increased traffic capacity of a channel in communication system.

3 cl, 8 dwg

FIELD: technology for controlling and managing transmission of data between user terminals, connected to first and second communication networks through a gate and a firewall.

SUBSTANCE: method includes stages for dispatching access request by user terminals to gate, where gate reads each access request, modifies access rule in firewall to allow access of each user terminal, which requests access on basis of authorized IP-address of each user terminal, and simultaneously manages transmission of data between user terminals and second communication network in aforementioned firewall.

EFFECT: allocation of traffic capacity for user terminals, which allocation may be dynamically controlled globally or locally.

3 cl, 6 dwg

FIELD: electric communications, possible use for finding and operative identification of information in data transfer networks with packet commutation.

SUBSTANCE: device consists of N, where N≥2, selection blocks, search strategy register, time interval generator, indication block, frequency divider, N mask storage blocks, transition mask address generation block. Device ensures possible identification of packets by means of parallel analysis of identification signs. Independency of device functioning process from standard values of identification signs and content of rules which determine order of packet exchange ensures higher speed of analysis and allows to expand the area of possible usage for the device.

EFFECT: development of information finding device, which ensures area of its usage and increases speed of operation due to identification of packets by means of parallel analysis of values of identification signs and control of sign exchange sequence to determine compliance with any, a priori defined rules.

7 cl, 9 dwg

FIELD: traffic division filter of level 2 of model open system interaction model in at least one commutating router (42) for access to network (40), where ports in routers (42, 44) are configured for one and the same virtual local network.

SUBSTANCE: in accordance to the invention, filter filters traffic of data packets relatively to ports, while ensuring imitation of the case where if source-device and addressee device are in one and the same level 2 domain, then address of level 2 router is the actual address of addressee both for source device and for addressee device, and also ensuring imitation of the case where if source device and addressee device are not in one and the same level 2 domain, but are in one and the same level 3 subnet, the address of level 2 router is the actual address of level 2 addressee for source to addressee. By means of such filtration, usage of one IP-subnet is implied, which extends across several rooms and a set of commutating access routers, and usage of the same subnet for a set of level 2 domains, resulting in coverage of larger number of users.

EFFECT: increased safety level in the network.

2 cl, 3 dwg

FIELD: communication system, possible use for routing a message to a temporarily inaccessible network user.

SUBSTANCE: in accordance to the invention, subscription is imitated for network user registration status, if network user is listed as inaccessible. Then notification is generated, when network user registration status changes, to list condition, when network user is accessible again or when network user is registered again, and message is routed to network user in response to receipt of notification.

EFFECT: ensured awareness of subscriber about condition of connection or registration of network user.

4 cl, 4 dwg

FIELD: optical communications.

SUBSTANCE: first, administrative information of subnet device, made by manufacturer, who is not SDH devices manufacturer, included in base net, in given area of structure of frame of synchronous transfer mode (STM-N), and then said structure of frame STM-N is sent to base net device, connected to noted subnet, with following transfer of frame structure through said base net into device of destination subnet. Using this method, administrative information of SDH devices of multiple manufacturers can be conveyed while using code-independent transfer mode through SDH devices of certain manufacturer.

EFFECT: higher reliability.

8 cl, 4 dwg, 1 tbl

FIELD: mobile communications.

SUBSTANCE: radio network controller determines maximal delay time and sends data to assembly B and user equipment. Assembly B receives maximal delay time and sends data to client equipment; repeatedly sends data and at the same time sets maximal delay time for detecting query from client equipment for repeated data transfer; prevents repeated data transfer after detecting second query from client equipment for repeated data transfer, being a result of incorrect receipt of repeatedly sent data, after passing of maximal delay time. Client equipment receives maximal delay time; transfers a query to assembly B for repeated data transfer and at the same time sets maximal delay time, if there is an error in data received from assembly B; awaits repeatedly sent data only during maximal delay time.

EFFECT: prevented cases of unnecessary repeated transfer.

6 cl, 6 dwg

FIELD: radio communications.

SUBSTANCE: radio network controller sends value of power deviation for controlling power of transfer of high-speed dedicated physical control channel of ascending communication line, when user equipment enters service transfer zone, in cell communication system, containing radio network controller, assembly B, connected to said controller and user equipment, being in one of at least two cell nodes, occupied by assembly B. assembly B sends data to user equipment via high-speed jointly used channel of descending communication line and user equipment transfers data, notifying about data receipt state, to assembly B along ascending communication line. Controller sends to user equipment a value of deviation of power to determine transmission power adjustment for ascending communication line, if it is determined, that user equipment is within limits of service transfer zone. Controller sends to assembly B value of power deviation, to allow assembly B to determine threshold value for data determining, noting data receipt state, dependently on power deviation.

EFFECT: high-speed data delivery to user equipment.

5 cl, 31 dwg, 4 tbl

FIELD: telephone communication systems combined with other electronic systems.

SUBSTANCE: proposed telephone communication system that can be used for voice communications between subscribers of local telephone networks by means of public computer networks has telephone set, local telephone communication line, interface unit, analog-to-digital converter, signal distributor, voice identification device, voice-frequency dialing identification device, pulse dialing signal detector, identified number transmission device, coder, compressor, computer, public computer network, decompressor, decoder, voice recovery device (voice synthesizer), called number information converter, voice and called signal transfer queuing device, and digital-to-analog converter.

EFFECT: enhanced quality of servicing subscriber using public computer network; enlarged functional capabilities of system.

1 cl, 1 dwg

FIELD: data package transmission in mobile communication lines.

SUBSTANCE: device for controlling data package transmission in mobile communication line, which has base receiving-transmitting system (RTS) provided with buffer for storing data packages to be transmitted to mobile station, has base station controller (BSC) for comparing size of RTS buffer with number of non-transmitted data packages after data packages are received from common use data transmission commutated circuit (CUDTCC). Non-transmitted packages have to be packages which have been transmitted from BSC to RTS but still haven't been transmitted from BSC to RTS. Transmission of data packages is performed if size of buffer exceeds number of non-transmitted data packages.

EFFECT: prevention of overflow of internal buffer of base receiving-transmitting system; prevention of efficiency decrease caused by next cycle of data package transmission.

19 cl, 15 dwg

FIELD: telecommunications; construction of burst-switching distributed communication systems (networks).

SUBSTANCE: proposed burst-switching distributed communication system meeting all advanced requirements to data transmission and designed for use in megapolises and in densely populated regions (cities) has junction stations disposed at locations of most densely crowded subscriber terminals; each junction station is connected to at least four adjacent junction stations via fiber-optic lines forming network architecture in the form of reference grid; each junction station has transceiving junction point connected to fiber-optic lines and to channel-forming junction point; the latter is connected to direction switching junction point, information service switching junction point, and trunk-communication switching junction point, subscriber communication junction point being connected to these junction points and via subscriber lines, to subscriber terminals; direction switching junction point similar in design to information service switching junction point and to automatic trunk communication switching junction point has transit junction point connected to channel-forming junction point and to subscriber junction point; direction comparison unit connected to channel-forming junction point, subscriber junction point, and direction address memory unit; and also control unit connected to transit junction point, direction address memory unit, and comparison unit; junction stations disposed near mobile communications base stations have their channel-forming junction points connected by means of fiber-optic line to mobile communications base station; junction stations residing near trunk exchanges have their channel-forming junction points connected by means of fiber-optic lines to trunk exchanges, and junction stations disposed near information service rendering junction points have their channel-forming points connected by means of fiber-optic line to information service rendering junction point; junction stations residing near telephone exchanges have their channel-forming junction points connected via fiber-optic lines to telephone exchange; channel-forming junction point has at least three channel-forming units and transceiving junction point has at least three transceiving units, each being connected through at least four fiber-optic communication lines to junction stations adjacent with respect to reference grid.

EFFECT: enhanced effectiveness and reduced cost of broadband communication system due to its minimized proximity of subscriber terminals.

3 cl, 3 dwg

FIELD: communications engineering.

SUBSTANCE: proposed device and method are used for voice frame/ data frame transmission in mobile communication system supporting ALL-IP network.Mobile phone sends heading information using synchronization frame and then separately transfers voice frame only; communication center B detects heading information in synchronization frame received, memorizes detected heading information, and upon receiving voice frame adds heading information to voice frame and transfers voice frame with added headings to base network.

EFFECT: provision for preventing addition of headings to traffics in mobile communication line.

39 cl, 7 dwg

FIELD: transmission of information in the form of files over data transfer networks or in the form of data files stored in physically transportable data storage means.

SUBSTANCE: information in the form of data files is classified using unique data classification key for each data file; data-file transfer priority protocols are generated around priority matrix that has items formed by combinations of chosen criteria values specified for transmission. Each classified data file is assigned at least one priority protocol chosen among protocols generated around classification key for data file. This protocol specifies conditions chosen for data file transmission. Communication channels are chosen for transmission basing on priority protocol assigned to data file, information access being given in one of three modes.

EFFECT: enhanced effectiveness of access and use by terminal information user.

24 cl, 4 dwg, 5 tbl

FIELD: data transfer networks, in particular Ethernet-based.

SUBSTANCE: device is made in form of multiple individually programmed single-port communication modules for access to common distributor bus 10, while each single-port communication module has: programmed micro-controller 1, made as access control block for transmitting environment Ethernet (MAC), containing processor with short command list (RISC CPU), and logic device 5 for distribution of data frames, including processing in real time scale and transmission to addresses frame destination ports of Ethernet data, received on said one-port communication module, transfer process is serial and is performed in save-and-send mode.

EFFECT: higher data distribution flexibility control.

2 cl, 7 dwg

FIELD: data transfer networks, in particular Ethernet-based.

SUBSTANCE: device is made in form of multiple individually programmed single-port communication modules for access to common distributor bus 10, while each single-port communication module has: programmed micro-controller 1, made as access control block for transmitting environment Ethernet (MAC), containing processor with short command list (RISC CPU), and logic device 5 for distribution of data frames, including processing in real time scale and transmission to addresses frame destination ports of Ethernet data, received on said one-port communication module, transfer process is serial and is performed in save-and-send mode.

EFFECT: higher data distribution flexibility control.

2 cl, 7 dwg

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