RU122504U1 - AUTOMATED WORK PLACE OF THE PARTICIPANT OF THE LEGISLATIVE ACTIVITY OF THE STATE AUTOMATED SYSTEM "LEGISLATION" - Google Patents

Abstract

An automated workplace of a participant in the legislative activity of the state automated system "Lawmaking", containing a block for selecting reference addresses of documents in the database of the system server, the information and synchronizing inputs of which are information and synchronizing inputs of the automated workplace, while the information input of the automated workplace is intended for receiving codes identifiers of bills, and the synchronizing input is designed to receive signals for entering codes of identifiers of bills in the selection block of reference addresses of bills in the database of the system server, an integration unit of control signals, the first information input of which is connected to the information output of the selection block of reference addresses of bills in the server database, and the first synchronizing input of the control signal integration block is connected to the first synchronizing output of the selection block of the reference addresses of the bills in the server database, the memory block of the bill database server, the address input of which is connected to the information output of the control signal integration unit, the read input of the memory block of the bill database server is connected to the first synchronizing output of the control signal integration unit, and the output of the memory block of the bill database server is information output of an automated workstation, intended for issuing these sections of bills to users' displays, characterized in that the workstation contains a memory block t

Description

The utility model relates to computer technology, in particular, to the automated workplace of a participant in the legislative activity of the state automated system (GAS) "Lawmaking".

GAS "Legislating" is intended for the automated support of the legislative process for bills in the subjects of the Russian Federation and joint jurisdiction of the Russian Federation and the constituent entities of the Russian Federation when preparing subjects of the right to legislative initiative of bills and submitting them to the State Duma, considering bills in the State Duma and laws in the Council of the Federation .

For the first time, GAS Lawmaking provides automated support for a number of operations of the federal legislative process, in particular, preparing and introducing bills, preparing feedback and preparing amendments to bills, and also integrates a number of automated systems of the State Duma involved in the legislative process.

GAS "Lawmaking" consists of the following functional subsystems:

- GAS portal "Lawmaking";

- ensuring the legislative procedure;

- reference information;

- integration.

Meanwhile, the existing software was developed exclusively for the needs of the State Duma of Russia and is not suitable for working in the context of the emerging single information space of the legislative power of the Russian Federation.

The capabilities of the automated legislative support system are limited, the information systems of the chambers of the Federal Assembly and the legislative bodies of the constituent entities of the Federation are built on the basis of heterogeneous, sometimes outdated technological platforms, due to the limitation of their implementation.

This can lead to certain difficulties in building an “electronic parliament”, for example, the impossibility of fully automating the required functions, intersecting the functionality of various systems and duplicating their information resources, incompatibility of regulatory and reference information, and the impossibility of the integrated use of information systems.

To this list you can add physical deterioration of equipment, a limited set of functional capabilities in the face of increasing needs for information and technological support for legislative activity.

The need for modernization, and in some cases a complete update of the installed systems, led to the decision to create the Unified State Automated System for Legislative Support of the Federal Assembly of the Russian Federation and the legislative bodies of the constituent entities of the Russian Federation “Lawmaking”, which should include automated workplaces of deputies and state civil servants of the state legislative bodies authorities of the Russian Federation and constituent entities of the Russian Federation to work in the environment of GAS "Legislating" during the legislative process.

There are known technical solutions to the problem that could be used to solve the problem (1, 2).

The first known technical solution includes a module for receiving concepts of bills, a module for identifying responsible executors, a module for addressing concepts for bills, a module for selecting a base address for concepts of bills in a server database, a module for modifying addresses of concepts for bills, a module for selecting addresses of expert commissions, a module for switching data transmission channels ( one).

A significant drawback of this technical solution is its low speed, due to the fact that to retrieve and view information from electronic document management documents, each time you re-access the necessary data, they must be searched in the system server database.

Another technical solution is known, which contains a block for receiving user requests, a block for selecting the address of records in the server database, a block for identifying the number of cycles for reading database records, a block for selecting time boundaries for selecting data records, a block for generating signals for reading database records, a block for identifying database records data, a unit for determining the depth of data sampling, a block accumulating summation of analytical data, a data output unit (2).

The last of the above technical solutions is closest to the described. Its disadvantage is the low speed of the system, due to the fact that the search for the requested documents is carried out throughout the server database, which leads to unreasonable loss of time and the inability to implement the issuance of the contents of documents in real time.

The purpose of the utility model is to increase the speed of the workstation by reducing the time spent on searching and generating the addresses of documents whose contents should be presented to the participant in the legislative process.

This goal is achieved by the fact that in a system containing a block of selection of reference addresses of documents in the system server database, the information and synchronizing inputs of which are information and synchronizing inputs of an automated workstation, while the information input of an automated workplace is designed to receive bills identifier codes, and the synchronizing input is designed to receive signals entering codes of identifiers of bills in the block selection of reference addresses bills in the system server database, a control signal integration unit, the first information input of which is connected to the information output of the bills reference addresses selection block in the server database, and the first synchronization input of the control signals integration block is connected to the first synchronization output of the bills reference addresses selection block in the database server data, memory block of the bills database server, the address input of which is connected to the information output of the signal integration block In addition, the reading input of the bills database server memory block is connected to the first synchronizing output of the control signals integration block, and the bills database server memory block output is the information output of the workstation, designed to provide these sections of bills to user displays, characterized in that the automated the workplace contains a memory block of the current value of the address of the previous section of the bill, the information input of which is single with the output of the memory block of the program for addressing sections of bills, the synchronizing input of the memory block of the current value of the address of the previous section of the bill is connected to the second synchronizing output of the block of integration of control signals, and the output of the memory block of the current value of the address of the previous section of the bill is connected to the second information input of the block of integration of control signals, the memory block of the current address of the next section of the bill, the information input of which is connected to the output of the memory block and programs for addressing sections of bills, the synchronizing input of the memory block of the current value of the address of the next section of the bill is connected to the second synchronizing output of the block of integration of control signals, and the output of the memory block of the current value of the address of the next section of the bill is connected to the third information input of the block of integration of control signals, identification block of the number of sections bills, the first synchronizing input of which is connected to the third synchronizing output of the integration block and control signals, the installation input of the identification block of the number of sections of bills is connected to the second synchronizing output of the selection block of reference bills in the database of the system server, and the first output of the identification block of the number of sections of bills is connected to the control input of the selection block of reference bills in the database of the system server, a block for selecting a direction for viewing sections of bills, the first and second clock inputs of which are the first and second clock inputs automated workstation designed to receive control signals for selecting the direction for viewing sections of bills, one control output of the unit for choosing the direction for viewing sections of bills is connected to the first control input in the memory unit for the current value of the address of the previous section of the bill, another control output for block for choosing the direction for viewing sections of bills the input of the memory block of the current value of the address of the next section of the bill, one synchron the synchronizing output of the section for viewing the sections of bills is connected to the second synchronizing input of the integration block of the control signals, and the other synchronizing output for the direction of viewing sections of the bills is connected to the third synchronizing input of the block for integrating control signals, and to the second synchronizing input of the unit for identifying the number of sections of bills, the second the output of which is connected to the second control input of the memory unit of the current value of the address of the previous section la of the bill and with the control input of the block for selecting the direction of viewing sections of bills, the installation input of which is connected to the third synchronizing output of the block of integration of control signals, and the block for counting the number of sections of bills, the summing input of which is connected to the third synchronizing output of the block of integration of control signals, subtracting the input of the block of counting the number of sections of bills is connected to the second synchronizing output of the block for selecting the direction of viewing sections of bills, and the installation input of the block for counting the number of sections of bills is connected to the second synchronizing output of the block for selecting reference addresses of bills in the system server database, while the output of the block for counting the number of sections of bills is connected to the information input of the block for identifying the number of sections of bills.

The essence of the utility model is illustrated by drawings, in which Fig. 1 shows a structural diagram of a system, Fig. 2 shows an example of a specific structural embodiment of a selection block of reference addresses of a server database, Fig. 3 shows an example of a specific structural embodiment of a block for integrating control signals, Fig. Figure 4 shows an example of a specific constructive implementation of a memory unit of the current value of the address of the previous section of the document, figure 5 shows an example of a specific constructive implementation of a memory unit of the current After the address of the next section of the document, Fig. 6 shows an example of a specific constructive implementation of the unit for selecting the direction of viewing sections of documents, Fig. 7 shows an example of a specific constructive implementation of the unit for identifying the number of sections of documents, Fig. 8 shows an example of a multi-level system of legislative activity, Fig.9 shows an example of a document management system of bill activities.

The automated workstation contains a block 1 for selecting the reference addresses of the system server database, a block 2 for integrating control signals, a block 3 for memory of the bill database server, a block 4 for memory of the current value of the address of the previous section of the bill, a block 5 for memory of the current address of the next section of the bill, block 6 for selecting directions for viewing sections of bills, block 7 for counting the number of sections of bills, block 8 for identifying the number of sections of bills.

Figure 1 shows the information 10 and synchronizing 11 system input, the first 12 and second 13 clock inputs, as well as information 15 output of the workstation.

Block 1 (figure 2) selection of the reference addresses of the server database contains registers 20, 21, a decoder 22, a memory node 23, made in the form of read-only memory, elements 24 - 26 And, a group of 27 elements And, elements 28, 29, 30 delays. The drawing shows information 31, synchronizing 32 and controlling 33 inputs, as well as information 34, first 35 and second 36 synchronizing outputs.

Block 2 (figure 3) integration of control signals contains a group of 40 elements OR, elements 41, 42 OR, element 43 delay. The drawing shows the first 45, second 46, third 47 information inputs, the first 48, second 49 and third 50 clock inputs, as well as the information output 52, and the first 53, second 54 and third 55 clock outputs.

Block 3 (Fig. 1) of the memory of the bills database server is made in the form of random access memory having an address 60 input, data read input 61 and output 62, which is the information output of the workstation.

Block 4 (figure 4) of the memory of the current address values of the previous section of the bill contains a register 64 and a group of 65 elements I. The drawing shows information 66, synchronizing 67, first 68 and second 69 control inputs, as well as output 70.

Block 5 (figure 5) of the memory of the current value of the address of the next section of the bill contains a register 72 and a group of 73 elements I. The drawing shows information 74, synchronizing 75 and controlling 76 inputs, as well as output 77.

Block 6 (Fig.6) selection of the direction of viewing sections of bills contains a trigger 80, elements 81, 82 AND, element 83 delays. The drawing shows the first 84 and second 85 clock, control 86 and installation 87 inputs, as well as the first 88 and second 89 control, and the first 90 and second 91 clock outputs.

Block 7 (figure 1) of counting the number of sections of bills is made in the form of a reversible counter having a counting 92, subtracting 93 and installation 94 inputs, as well as output 95.

Block 8 (Fig.7) identifying the number of sections of bills contains a comparator 96, trigger 97, elements 98, 99 I. The drawing shows one information input 101, the first 102 and second 103 synchronization inputs, installation 104 input and input 105, which is constantly a code corresponding to zero is supplied, as well as the first 106 and second 107 control outputs.

As in the known system, a user's workstation consists of a terminal having a screen for displaying the contents of sections of bills being viewed, and a keyboard subdivided into a standard one (personal computer keyboard) and functional, which is a set of keyboard shapers.

The screens of the workplaces of deputies and state civil servants of the apparatuses of the legislative bodies of state power of the Russian Federation and constituent entities of the Russian Federation consistently display sections of called bills. All worked out sections of bills in the system server database are presented as follows:

THE CODE THE CODE THE CODE CONTENTS of the current section of the bill ADDRESS of the previous section of the bill ADDRESS of the next section of the bill

With the beginning of the next cycle of the system from the database server of the system (not shown) to the input 10 of the system and then through the input 31 of block 1, the identification code of the bill is received at the input of register 20, which must be presented to the user. At the same time, the server clock goes to the system input 11 and then through the input 32 of block 1 it goes to the synchronizing input of the register and enters the received document code into it.

The code of the bill number from the output of register 20 goes to the input of the decoder 22, which decrypts it, and one of the outputs of the decoder 22 generates a high potential that opens one of the corresponding elements 24-26 I. In parallel with this, the server synchronizes the signal from the input 32 of block 1 is delayed by the delay element 28 (for the duration of the operation of the register 20 and the decoder 22) and from the output of the delay element 28 through the output 36 of the block 1, it is supplied, firstly, to the installation input 94 of the block 7, setting or confirming its initial state.

Secondly, the same pulse, having passed through one of the elements 24-26 And open at the second input, is fed to the read input of a fixed memory cell of a permanent storage device 23. The reference address of the first section of the bill selected for viewing is stored in a fixed cell of this memory node. The contents of the fixed cell of the ROM 23 are read into the input of the register 21, where it is entered by the synchronizing pulse coming from the output of the delay element 29 to the synchronizing input of the register 21.

The read codogram from the output of the register 21 goes to one of the inputs of the 27 And elements, the state of which is determined by the potential from the output 106 of the block 8 at the other inputs, the information inputs of which receive the code from the output 95 of the block 7 and the code corresponding to the “zero” from the input 105 of the block 8 .

In the initial state, the high potential from the output 106 of block 8 goes to the input 33 of block 1 and opens the elements 27 And groups, thereby connecting the output of the register 21 through the output 34 and the input 45 of the block 2 to the input of the elements 40 OR group. Further, from the output of the elements of the 40 OR group, the reference address code through the output 52 of the block 2 is supplied to the address input 60 of the block 3. In parallel with this, the pulse from the output of the delay element 30 is delayed while the output of the register 21 is connected to the address input of the block 3 through the output 35 block 1 and the input 48 of block 2 passes the element 41 OR, and then from the output 53 of the block 2 goes to the input 61 of the reading of the block 3.

As a result of this, the contents of block 3 are read to the output 62 of block 3 in the form of the following structure:

THE CODE THE CODE THE CODE CONTENTS OF THE DRAFT Bill ADDRESS of the previous section of the bill ADDRESS of the next section of the bill

The content of the section of the bill from exit 15 is displayed on the display screen of the workstation of the representative of the legislative authority.

At the same time, from the output 62 of block 3, through the input 66 of block 4, the address code of the previous section is received at the input of register 64, and through the input 74 of block 5, the address code of the subsequent section of the document is sent to the input of register 72 of block 5.

Address codes are entered into the indicated registers with the same read pulse from the output of the OR element 41, the delayed delay element 43 for the time for reading data from the block 3, coming from the output 54 of the block 2 to the synchronizing inputs 67 and 75 of blocks 4 and 5, respectively. Considering the fact that there have not been any previous sections, when reading the base address, it is also used as the previous address for the initial reading of the reference address.

At the same time, the pulse from the output of the delay element 43 of block 2 through the OR element 42 and the output 55 of block 2 is supplied both to the summing input 92 of block 7 and changes the counter code, making it different from “zero”, and passes through the input 102 of block 8 element 98 OR, then delayed by element 100 for the duration of the counter of unit 7 and is supplied to the synchronizing input of the comparator 96.

By a synchronizing pulse, comparator 96 compares the input codes, and, given the fact that the input codes have become different, the comparator 96 of block 8 will record this fact, forming a pulse at output 107. From output 107, the signal of comparator 96 is fed to the single input of trigger 97 and sets it in a single state in which the low potential from the inverse output 106 of block 8 through the input 33 of block 1, arriving at the inputs of the elements 27 And groups, will block the connection of the output of the register 21 to the address input of the block 3.

At the same time, the high potential from the direct output of flip-flop 97 through the output 107 of block 8 is supplied both to input 86 of block 6, opening elements 81, 82 AND, and to input 69 of block 4, opening elements 65 AND of the group, and thereby connecting , the output of the register 64 of the block 4 through the elements 65 AND groups to the output 70 of the block 4, and then through the elements 40 OR groups and the output 52 to the address input of the block 3. Thus, the address of the next section of the bill is issued to the address input of the block 3.

When the user is ready to view the next section of the document, he presses the "Next" key and an impulse appears at the system input 12, which passes through the element 84 of block 6 AND 81, and enters output 90 of block 6, from where it is supplied to input 49 of block 2.

From the input 49 of block 2, this pulse, firstly, passes through the OR element 42 to the output 55 of block 2 and then goes to the summing input 92 of block 7, increasing its readings, and through the setting input 87 of block 6 to the setting input of trigger 80 , confirming its initial state, in which a high potential from its inverse output 89 enters through the input 68 of block 4 to the elements 65 And groups and opens them at another input.

Secondly, through the OR element 41 and the output 53 of block 2, the same pulse is fed to the read input of block 3 and the contents of the next section are output 15, and the new values of the previous and next addresses are entered in the corresponding registers of blocks 4 and 5. If in the process viewing the next section, it becomes necessary to return to the previous section of this document, then the user presses the "Previous" key.

In this case, an impulse appears at the input 13 of the system, which sets the trigger 80 to a single state through the input 85 of block 6, passing to the latter with the low potential from the inverse output 89 of block 6 through the input 68 of block 4, it closes the 65 AND groups, blocking the ability to connect the next register addresses 64 to the address input of block 3.

At the same time, a high potential from a single output will open the element 82 And, and from the output 88 of the block 6 through the input 76 of the block 5 will open the elements 73 And group. As a result of this, the output of the register 72 of block 5 with the address of the previous section through the AND elements of group 73, the output of block 7 5, the input 47 of block 2, and the elements of the 40 OR group are connected to the address input of block 3.

In parallel, the pulse from the input 85 of block 6 is delayed by the trigger 80 by the delay element 83 and enters through the element 82 AND to the output 91 of the block 6, both to the subtracting input 93 of the block 7 and through the input 50 of the block 2, then element 41 OR and output 53 of block 2 to input 61 of reading block 3, reading the contents of the previous section of the bill to the user's workstation.

Thus, unlike the prototype, in the process of viewing the sequence of various sections of documents, the representative of the legislative body immediately gets the opportunity to access the required sections of the draft laws being worked out without any time-consuming search for them.

Sources of information taken into account:

1. RF patent No. 73979 (01/11/2008)

2. RF patent No. 74723 (01/18/2008) - (prototype).

Claims (1)

An automated workstation of a participant in the legislative activity of the state automated system "Lawmaking", containing a block for selecting the reference addresses of documents in the system server database, the information and synchronizing inputs of which are information and synchronizing inputs of the automated workstation, while the information input of the automated workplace is designed to receive codes bill identifiers, and the sync input is designed to receive signals for entering bills identifier codes into the selection block of reference bills addresses in the system server database, a control signal integration block, the first information input of which is connected to the information output of the selection of reference bills address addresses in the server database, and the first clock input of the control signal integration block is connected to the first synchronizing output of the block of selection of reference addresses of bills in the server database, the memory block of the server of the database of bills CTU, the address input of which is connected to the information output of the integration block of control signals, the reading input of the memory block of the bills database server is connected to the first synchronizing output of the integration block of control signals, and the output of the memory block of the bills database server is the information output of the workstation, intended for issuing data sections of bills on user displays, characterized in that the workstation contains a memory unit t the current value of the address of the previous section of the bill, the information input of which is connected to the memory block of the program for addressing sections of the bills, the synchronizing input of the memory block of the current value of the address of the previous section of the bill is connected to the second synchronizing output of the block of integration of control signals, and the output of the memory block of the current value of the address of the previous section of the bill connected to the second information input of the control signal integration unit, the current address memory unit a section of the bill, the information input of which is connected to the output of the memory block of the program for addressing sections of the bills, the synchronizing input of the memory block of the current value of the address of the next section of the bill is connected to the second synchronizing output of the block of integration of control signals, and the output of the memory block of the current value of the address of the next section of the bill is connected to the third the information input of the control signal integration unit, the identification unit of the number of sections of bills, the first the synchronizing input of which is connected to the third synchronizing output of the integration block of control signals, the installation input of the identification block of the number of sections of bills is connected to the second synchronizing output of the selection block of reference addresses of bills in the system server database, and the first output of the identification block of the number of sections of bills is connected to the control input of the selection block reference addresses of bills in the system server database, block for selecting the direction for viewing sections of bills , the first and second clock inputs of which are the first and second clock inputs of the workstation, designed to receive control signals for selecting the direction of viewing sections of bills, one control output of the block for choosing the direction of viewing sections of bills is connected to the first control input of the memory unit for the current value of the address of the previous section of the bill , another control output of the block for selecting the direction for viewing sections of bills is connected to the control in the memory block of the current value of the address of the next section of the bill, one synchronizing output of the block for selecting the direction of viewing sections of bills is connected to the second synchronizing input of the block for integrating the control signals, and the other synchronizing output of the block for choosing the direction for viewing sections of bills is connected to the third synchronizing input of the block for integrating control signals and the second synchronizing input of the identification block of the number of sections of bills, the second output of which is dinan with the second control input of the memory unit of the current value of the address of the previous section of the bill and with the control input of the unit for choosing the direction of viewing sections of bills, the installation input of which is connected to the third synchronizing output of the integration block of control signals, and the unit for counting the number of sections of bills, the summing input of which is connected to the third the synchronizing output of the control signal integration unit, the subtracting input of the counting unit of the number of sections of the bills is connected to a synchronizing output of the block for selecting the direction for viewing sections of bills, and the installation input of the block for counting the number of sections of bills is connected to the second synchronizing output of the block for selecting reference addresses of bills in the system server database, while the output of the block for counting the number of sections of bills is connected to the information input of the unit for identifying the number of sections bills.