BG110802A - A method and system for shortened telephone dialling - Google Patents

Abstract

The method and system for shortened telephone dialling finds application in the telecommunication engineering at establishing of coded telephone connection, coded from a telephone post with a great number of arbitrary telephone subscribers, at which is made connection of a logic telephone number with the name of the telephone subscriber by use of a coding symbol number. Achieved is presence of a filter, which will secure checking of the signal sent by the calling telephone subscriber, due to what exists a possibility for the number of the called subscriber in the processing unit to answer to more than one signal, sent by the calling telephone subscriber, as well as to be performed a check in case of sending an erroneous signal (not indicating any number of the called telephone subscriber in the processing unit) by the calling telephone subscriber. There is also a module (block) for messages, which provides a possibility to send a textual or graphic message, or at least one number of the called telephone subscriber to the calling telephone subscriber, depending on the signal submitted by him. The module of the calling telephone subscriber (1), the module of the called telephone subscriber (2), and the processing block (4) have feedback connection with the telephone commutator (3) through a coding symbol number (10), and at that, to the processing block (4) is connected a message block (6), while the telephone commutator (3) has a feedback connection with a filtration block (5), which on its side is feedback connected with the processing block (4) and the message block (6).

Description

Technical field.

The invention relates to a method and system for shortened telephone dialing, which is useful in telecommunication techniques for establishing a telephone connection encoded by a telephone post with multiple arbitrary telephone subscribers, whereby a logical telephone number is connected with the name of the telephone subscriber by using to a character encoding number.

BACKGROUND OF THE INVENTION

A method for establishing a connection between subscribers in a telephone network is known, in which a connection between calling and calling telephone subscribers is ensured by means of at least one switching node coordinated with at least one information processing unit in which processing is performed. of the calling telephone subscriber, and the corresponding telephone subscriber number is assigned accordingly. The incoming signal at the information processing unit of the calling telephone subscriber contains information in the form of a combination of characters of arbitrary length and sequence, by which the corresponding number of the called telephone subscriber is determined in the form of a combination of numbers with a given sequence length. (1 )

A system for establishing a connection between subscribers in a telephone network is known, which is constructed by a telephone subscribers terminal, of at least one switching node for the connection between the calling and calling telephone subscribers and the at least one processing node for processing them. information in which the calling subscriber is processed and the number of the called subscriber corresponding to this signal is determined. The data processing unit is capable of processing the calling subscriber signal and contains information in the form of a combination of characters of any sequence length, by which the corresponding number of the called subscriber is determined in the form of a combination of numbers with a given sequence length ^ 1) • ·

The disadvantages of the method are that absolutely no verification of the received signal from the calling telephone subscriber is provided, and therefore there is no possibility that the number of the called subscriber at the processing unit responds to more than one signal submitted by the calling telephone subscriber, and an incorrect (not pointing to any number of the called telephone subscriber at the processing node) signal can be performed by the calling telephone subscriber. There is no message node providing the ability to send a text message or at least one number of the called telephone subscriber to the calling telephone subscriber according to the signal sent by him. There is no coding symbol number to provide a logical connection between the signal input from the search telephone subscriber in the form of a numeric code of indefinite length and sequence, and letters and symbols. There is no possibility to use the graphic-conversion software in the calling telephone module, which is intended to convert and display the selected numbers in letters and symbols on the graphic display of the calling telephone module. There is no possibility to use positioning software in the calling subscriber module that is intended to read text or picture messages sent via the telephone switch to it as geographical coordinates and to display them on a geographical map on the graphic display of the calling telephone module subscriber. There is no possibility of informative selection that allows for graphical communication between the calling telephone subscriber and the telephone switch and providing the possibility for the telephone subscriber to enter a code which can be numeric, represented by the coding symbol number or be symbolic represented by letters , numbers and symbols.

The disadvantages of the system are that there is no filter to check the received signal from the calling telephone subscriber, and therefore there is no possibility that the number of the called telephone subscriber at the processing unit responds to more than one signal sent by the calling telephone subscriber, as and no valid (no pointing to any number of the called telephone subscriber at the processing unit) signal can be performed by the calling telephone subscriber. There is also no message module providing a text or picture message or at least one number of the called telephone subscriber to the calling telephone subscriber according to the signal sent by him. There is no coding symbol number to provide a logical connection between the signal input from the search telephone subscriber in the form of a numeric code of indefinite length and sequence, and letters and symbols. Does not exist

the ability to use graphical-conversion software in the calling telephone module, which is intended to convert and display the selected numbers in letters and symbols on the graphic display of the calling telephone module. There is no possibility to use positioning software in the calling subscriber module that is intended to read text or picture messages sent via the telephone switch to it as geographical coordinates and to display them on a geographical map on the graphic display of the calling telephone module subscriber. There is no possibility of informative selection that allows for graphical communication between the calling telephone subscriber and the telephone switch and providing the possibility for the telephone subscriber to enter a code which can be numeric, represented by the coding symbol number or be symbolic represented by letters , numbers and symbols.

SUMMARY OF THE INVENTION

It is an object of the invention to provide a truncated telephone dialing method in which a complete verification of the signal received (encoded symbol number) by the calling telephone subscriber is provided, which makes it possible for the called subscriber number in the processing unit to answer more than one signal sent by the calling telephone subscriber, as well as may be verified upon submission of the wrong (not pointing to any number of the called telephone subscriber at the processing unit) signal (encoding symbol number) from the calling telephone ene subscriber. There is a character coding number that represents a logical connection between letters (characters) and numbers. There is a message node providing the ability to send a text message or at least one number of the called telephone subscriber to the calling telephone subscriber according to the signal sent by him. Be able to use graphical-conversion software in the calling telephone module, which aims to convert and display the selected numbers in letters and symbols on the graphic display of the calling telephone module. Be able to use positioning software in the calling telephone module to read text or picture messages sent via the telephone switch to it as geographical coordinates and to display them on a geographical map on the graphic display of the calling telephone module subscriber. To be able to make informational choices that allow graphical communication between the calling telephone subscriber and the telephone switch and providing an opportunity for the telephone subscriber to enter

code that can be numeric, represented by the coding symbol number, or may be represented by letters, numbers, and symbols.

It is an object of the invention to provide an abbreviated telephone dialing system in which a filter is provided to check the received signal (encoded symbol number) by the calling telephone subscriber, and thus to enable the called subscriber number at the processing node respond to more than one signal (character encoding number) submitted by the calling telephone subscriber, and may be verified upon submission of the wrong one (not pointing to any number of the called telephone subscriber at the processing unit a) a signal (character encoding number) from the calling telephone subscriber. There is also a message module (block) that allows sending a text or picture message or at least one number of the called telephone subscriber to the calling telephone subscriber according to the signal sent by him. To be able to use the graphic conversion software in the calling telephone module, which aims to convert and display the selected numbers in letters and symbols on the graphic display of the calling telephone module. Be able to use positioning software in the calling telephone module to read text or picture messages sent via the telephone switch to it as geographical coordinates and to display them on a geographical map on the graphic display of the calling telephone module subscriber. There should be an informative dialing capability that enables graphical communication between the calling telephone subscriber and the telephone switch and providing the possibility for the telephone subscriber to enter a code which can be numeric, represented by the coding symbol number or be symbolic represented by letters , numbers and symbols.

The problem is solved by a shortened telephone dialing method, which establishes a connection between subscribers in a telephone network and provides a connection between calling and calling telephone subscribers by means of a coding symbolic number, at least one switching node, coordinated with at least one node. for processing information in which the signal from the calling telephone subscriber is processed and the corresponding signal for the number of the called telephone subscriber is determined, according to the invention when finding more than one corresponding a Enter code (coding symbol number) number processing unit trigger unit firtrirane who expects dovavezhdane code by which to specify exactly which of • »

the called subscriber's number wants to connect the calling subscriber or enables the calling subscriber to activate the message block.

The problem is also solved by a shortened telephone dialing system, which is built by a system for establishing connection between subscribers in a telephone network, which includes a telephone subscribers terminal, encoding a symbolic number, at least one switching node for the connection between the caller and the caller. telephone subscribers and their at least one data processing unit, which processes the signal of the calling telephone subscriber and determines the number of the called telephone subscriber corresponding to that signal, two filter modules. According to the invention, the calling telephone allonate module, the called telephone subscriber module, and the processing unit are connected by feedback to a telephone switch by means of a coding symbol number, the message block is connected to the processing unit, and the telephone switch is connected by feedback to the processing unit. a filtering unit, which in turn is related to the feedback of the processing unit and the message unit.

In another embodiment, the graphics-conversion software is connected to the calling telephone module.

In another embodiment, positioning software is connected to the calling telephone module.

In another embodiment, the graphics-converting software and positioning software are connected to the calling telephone module.

In another embodiment, the connection between the calling telephone subscriber and the telephone switch is made by means of information selection.

The advantages of the method and the shortened telephone dialing system are that there is a filter that provides a check on the received signal from the calling telephone subscriber, therefore it is possible that the number of the called subscriber at the processing unit responds to more than one signal sent by the calling telephone subscriber , as well as check can be made when submitting the wrong one (not pointing to any number of the called telephone subscriber at the node for

processing) signal from the calling telephone subscriber. There is also a message module (block) providing the ability to send a text or picture message or at least one number of the called telephone subscriber to the calling telephone subscriber according to the signal sent by him. There is a coding symbol number to provide a logical link between the signal input from the caller in the form of a numeric code of indefinite length and sequence, and letters and symbols. It is possible to use graphical-conversion software in the calling telephone module, which is intended to convert and display the selected numbers in letters and symbols on the graphic display of the calling telephone module. It is possible to use positioning software in the calling telephone module to read text or picture messages sent via the telephone switch to it as geographical coordinates and to display them on a geographical map on the graphic display of the calling telephone module. . There is an information selection feature that enables graphical communication between the calling telephone subscriber and the telephone switch, and allows the telephone subscriber to enter code that can be numeric, represented by the encoding symbol number or be symbolic, represented by letters, numbers and symbols.

Description of the attached figures.

The invention is explained in more detail with the exemplary implementation of the abbreviated telephone dialing system, where:

- Figure 1 is an abbreviated telephone dialing system.

- Figure 2 is an abbreviated telephone dialing system with graphical conversion software.

- Figure 3 is an abbreviated telephone dialing system with positioning software.

- Figure 4 is an abbreviated telephone dialing system with graphical conversion software and positioning software.

- Figure 5 is an abbreviated telephone dialing system with information dialing capability.

As shown in the accompanying figure 1, a method for connecting at least one telephone subscriber caller 1 connected to at least one node (module)

Exemplary embodiment

The method and system for shortened telephone dialing are as follows:

for switch 3 connected to at least one filter node 5, connected to at least one processing unit (module), at least one message module (module) 6 and at least one searched telephone subscriber 2 by means of a character code 10. The node (module ) for filtering 5 may be part of the processing unit 4. The message unit 6 may be part of processing unit 4.

The character encoding number 10 is a logical connection between letters (characters) and numbers. Each number on the keypad of the telephony apparatus corresponds to three letters (symbols). This is the logical connection between numbers and letters (symbols) that the calling telephone subscriber 1 uses to generate the signal he chooses, namely entering a name using numbers. It is possible to use the graphic-converter software 7 in the calling telephone module 1, which is intended to convert and display the selected numbers in letters and symbols on the graphic display of the calling telephone module 1. There is an opportunity to use positioning software 8 in the calling telephone module 1, which is intended to read text or picture messages sent via the telephone switch 3 to it as geographical coordinates and to display them on a geographical map of the graphic display of the calling telephone module 1. There is an information selection 9 which enables graphical communication between the calling telephone 1 and the telephone switch 3 and provides the possibility of entering digitally represented code from the calling telephone subscriber 1. of the character encoding number 10 or be a character represented by letters, numbers and symbols.

The calling subscriber 1 is connected via a telephone switch, which in particular may be an automatic telephone exchange 3 with a filtering unit 5, which is waiting for a code of unlimited length and containing an arbitrary combination of symbols to be entered by the calling subscriber - the coding symbol number 10 ending with a specific symbol. This symbol may be for example #. The insertion of the symbol (#) indicates to the filter unit 5 that the input of the code from the caller 1 is completed and this code can be transmitted to at least one processing block 4. The use of the filter block 5. results in speed and correctness when entering a code from the caller 1. Upon receiving the code, the processing unit 4 starts searching for at least one telephone subscriber number (of the requested telephone subscriber 2) matching that code. It is possible that at least one telephone number of the called subscriber (ie more than one) may correspond to one entered code. When matching the number, the node (module)

for processing 4, the filtering unit 5 and the telephony switch 3 are activated, which enable the caller 1 to choose whether to connect directly to the requested telephone subscriber 2 via a telephone switch 3 or to activate a message block. The message block 6. is tasked to send a free text or picture message to the requesting telephone subscriber 1. For example, the message block can extract from the processing block 4 at least one corresponding to the entered (by the search subscriber) code - number (of the requested subscriber) ) and send it via telephone switch 3 in the form of a text or picture message to the calling telephone subscriber 1. If no matching, pre-registered code 4 is entered in the processing unit 4 (the encoding symbol number 10), the processing unit bot 4 activates the filtering unit 5 and the telephony switch 3, which returns the algorithm from the beginning as the filtering unit 5 waiting for the code to be entered by the caller 1. When more than one corresponding to the code entered, the number, the block 4. activates the filtering unit 5, which expects the code to be entered, to specify exactly which of the numbers of the called subscriber 2 wants to connect the calling subscriber 1 or enables the calling subscriber 1 to activate the message block 6 who can sing free text or picture message to the caller 1 or remove from the processing unit 4 all corresponding to the code entered by the caller 1 - the number of the caller 2 and send them via a telephone switch 3 as a text or picture message to phone caller 1.

As shown in the attached figure 1, the truncated telephone dialing system is made up of a calling telephone subscriber module 1 and a called telephone subscriber module 2 connected via at least one telephone switch - Automatic telephone exchange 3, by means of a coding symbol number 10, processing 4, filter unit 5 and message block 6, the Telephone switch 3 is connected via feedback to the calling telephone subscriber module 1, the called telephone subscriber module 2, the processing unit 4, the filtering unit 5 and the message unit 6 .

The character encoding number 10 is a logical connection between letters (characters) and numbers. Each number on the keypad of the telephony apparatus corresponds to three letters (symbols). This is the logical connection between numbers and letters (symbols) that the calling telephone 1 uses to generate the signal that he chooses, namely entering a name by • using numbers. It is possible to use the graphic-converter software 7 in the calling telephone module 1, which is intended to convert and display the selected numbers in letters and symbols on the graphic display of the calling telephone module 1. There is an opportunity to use positioning software 8 in the calling telephone module 1, which is intended to read text or picture messages sent via the telephone switch 3 to it as geographical coordinates and to display them on a geographical map of the graphic display of the calling telephone module 1. There is an information selection 9 which enables graphical communication between the calling telephone 1 and the telephone switch 3 and provides the possibility of entering digitally represented code from the calling telephone subscriber 1. of the character encoding number 10 or be a character represented by letters, numbers and symbols.

The calling subscriber 1 is connected via a telephone switch, which in particular may be an automatic telephone exchange 3 with a filtering unit 5, which is waiting for a code of unlimited length and containing an arbitrary combination of symbols to be entered by the calling subscriber - the coding symbol number 10 ending with a specific symbol. This symbol may be for example #. The insertion of the symbol (#) indicates to the filter unit 5 that the input of the code from the caller 1 is completed and this code can be transmitted to at least one processing block 4. The use of the filter block 5. results in speed and correctness when entering a code from the caller 1. Upon receiving the code, the processing unit 4 starts searching for at least one telephone subscriber number (of the requested telephone subscriber 2) matching that code. It is possible that at least one telephone number of the called subscriber (ie more than one) may correspond to one entered code. Upon finding the corresponding number, the processing unit 4 activates the filtering unit 5 and the telephony switch 3, which enable the caller 1 to choose whether to connect directly via the telephone switch 3 to the requested telephone message. of the entered (by the calling subscriber) code - number (of the called subscriber) and to send it via telephone switch 3 in the form of a text or picture message to the searching telephone subscriber 1. registered in the processing unit 4 of the entered code (encoding symbol number 10) - number, subscriber 2, or activate a message block. The block for 6. is tasked with sending freely text or graphics to the caller looking for phone 1. For example, the block for can remove from the processing block 4 at least one • ·

the processing unit 4 triggers the filtering unit 5 and the telephony switch 3, which return the algorithm from the beginning as the filtering unit 5 waiting for the code to be entered by the caller 1. When more than one code is entered, the numbers , the processing unit 4. triggers the filtering unit 5, which expects the code to be entered, to specify exactly which of the numbers of the called subscriber 2 wants to connect the calling subscriber 1 or enables the search subscriber 1 to activate the block for messages 6, who it can send a free text or picture message to the calling subscriber 1 or to extract from the processing unit 4 all the code corresponding to the subscriber's input 1, the number of the called subscriber 2, and send them via text switch 3 as a text or graphic message of the caller 1.

Another exemplary embodiment shown in Figure 2, the truncated telephone dialing system is constructed of a calling telephone subscriber module 1 and a called telephone subscriber module 2 connected via at least one telephone switch - Automatic telephone exchange 3, by means of a coding symbol number 10, a block for processing 4, filter unit 5 and message block 6, the Telephone switch 3 is connected via feedback to the calling telephone subscriber module 1, the called telephone subscriber module 2, the processing unit 4, the filtering unit 5 and the message unit 6 , The calling subscriber module is provided with the graphics-conversion software 7.

The calling subscriber 1 is connected via a telephone switch, which in particular may be an automatic telephone exchange 3 with a filtering unit 5, which is waiting for a code of unlimited length and containing an arbitrary combination of symbols to be entered by the calling subscriber - the coding symbol number 10 ending with a specific symbol. This symbol may be for example #. The insertion of the symbol (#) indicates to the filter unit 5 that the input of the code from the caller 1 is completed and this code can be transmitted to at least one processing block 4. The use of the filter block 5. results in speed and correctness when entering a code from the caller 1. Upon receiving the code, the processing unit 4 starts searching for at least one telephone subscriber number (of the requested telephone subscriber 2) matching that code. It is possible that at least one telephone number of the called subscriber (ie more than one) may correspond to one entered code. Upon finding the corresponding number, the processing unit 4 activates the filter unit 5 and the telephony switch 3, which enable the caller 1 to choose whether to connect directly to the search switch 3 via the telephone switch 3.

telephone subscriber 2, or activate a message block. The message block 6. is tasked to send a free text or picture message to the requesting telephone subscriber 1. For example, the message block can extract from the processing block 4 at least one corresponding to the entered (by the search subscriber) code - number (of the requested subscriber) ) and send it via telephone switch 3 in the form of a text or picture message to the calling telephone subscriber 1. If no matching, pre-registered code 4 is entered in the processing unit 4 (the encoding symbol number 10), the processing unit bot 4 activates the filtering unit 5 and the telephony switch 3, which returns the algorithm from the beginning as the filtering unit 5 waiting for the code to be entered by the caller 1. When more than one corresponding to the code entered, the number, the block 4. activates the filtering unit 5, which expects the code to be entered, to specify exactly which of the numbers of the called subscriber 2 wants to connect the calling subscriber 1 or enables the calling subscriber 1 to activate the message block 6 who can sing free text or picture message to the caller 1 or remove from the processing unit 4 all corresponding to the code entered by the caller 1 - the number of the caller 2 and send them via a telephone switch 3 as a text or picture message to Caller ID 1. The Caller ID module 1 is provided with the graphics converter software 7 that allows you to graphically convert and display the numbers entered in letters and symbols on its graphical display.

Another exemplary embodiment shown in Figure 3, the truncated telephone dialing system is constructed of a calling telephone subscriber module 1 and a called telephone subscriber module 2 connected via at least one telephone switch - Automatic telephone exchange 3, by means of a coding symbol number 10, a block for processing 4, filter unit 5 and message block 6, the Telephone switch 3 is connected via feedback to the calling telephone subscriber module 1, the called telephone subscriber module 2, the processing unit 4, the filtering unit 5 and the message unit 6 , Caller ID module 1 is provided with positioning software 8.

The caller 1 is connected via a telephone switch, which in particular may be an automatic telephone exchange 3 with a filter unit 5 waiting for input from the caller.

a subscriber of a code of unlimited length and containing any combination of symbols - the coding symbol number 10, ending with a specified symbol. This symbol may be for example #. The insertion of the symbol (#) indicates to the filter unit 5 that the input of the code from the caller 1 is completed and this code can be transmitted to at least one processing block 4. The use of the filter block 5. results in speed and correctness when entering a code from the caller 1. Upon receiving the code, the processing unit 4 starts searching for at least one telephone subscriber number (of the requested telephone subscriber 2) matching that code. It is possible that at least one telephone number of the called subscriber (ie more than one) may correspond to one entered code. Upon finding the corresponding number, the processing unit 4 activates the filter unit 5 and the telephony switch 3, which enable the caller 1 to choose whether to connect directly to the requested telephone subscriber 2 via a telephone switch 3, or to activate a message block. The message block 6. is tasked to send a free text or picture message to the requesting telephone subscriber 1. For example, the message block can extract from the processing block 4 at least one corresponding to the entered (by the search subscriber) code - number (of the requested subscriber) ) and send it via telephone switch 3 in the form of a text or picture message to the calling telephone subscriber 1. If no matching, pre-registered code 4 is entered in the processing unit 4 (the encoding symbol number 10), the processing unit bot 4 activates the filtering unit 5 and the telephony switch 3, which returns the algorithm from the beginning as the filtering unit 5 waiting for the code to be entered by the caller 1. When more than one corresponding to the code entered, the number, the block 4. activates the filtering unit 5, which expects the code to be entered, to specify exactly which of the numbers of the called subscriber 2 wants to connect the calling subscriber 1 or enables the calling subscriber 1 to activate the message block 6 who can sing free text or picture message to the caller 1 or remove from the processing unit 4 all corresponding to the code entered by the caller 1 - the number of the caller 2 and send them via a telephone switch 3 as a text or picture message to 1. The calling subscriber module 1 is provided with positioning software 8 that allows reading a text or picture message sent from the telephone switch 3 as geographical coordinates and locating and displaying them. on the map of his graphic display of the calling telephone 1.

Another exemplary embodiment shown in Figure 4, the truncated telephone dialing system is constructed of a calling telephone subscriber module 1 and a called telephone subscriber module 2 connected via at least one telephone switch - Automatic telephone exchange 3, by means of a coding symbol number 10, a block for processing 4, filter unit 5 and message block 6, the Telephone switch 3 is connected via feedback to the calling telephone subscriber module 1, the called telephone subscriber module 2, the processing unit 4, the filtering unit 5 and the message unit 6 , The calling telephone subscriber module is provided with the graphics-conversion software 7, the calling telephone subscriber module 1 is provided with positioning software 8.

The calling subscriber 1 is connected via a telephone switch, which in particular may be an automatic telephone exchange 3 with a filtering unit 5, which is waiting for a code of unlimited length and containing an arbitrary combination of symbols to be entered by the calling subscriber - the coding symbol number 10 ending with a specific symbol. This symbol may be for example #. The insertion of the symbol (#) indicates to the filter unit 5 that the input of the code from the caller 1 is completed and this code can be transmitted to at least one processing block 4. The use of the filter block 5. results in speed and correctness when entering a code from the caller 1. Upon receiving the code, the processing unit 4 starts searching for at least one telephone subscriber number (of the requested telephone subscriber 2) matching that code. It is possible that at least one telephone number of the called subscriber (ie more than one) may correspond to one entered code. Upon finding the corresponding number, the processing unit 4 activates the filter unit 5 and the telephony switch 3, which enable the caller 1 to choose whether to connect directly to the requested telephone subscriber 2 via a telephone switch 3, or to activate a message block. The message block 6. is tasked to send a free text or picture message to the requesting telephone subscriber 1. For example, the message block can extract from the processing block 4 at least one corresponding to the entered (by the search subscriber) code - number (of the requested subscriber) ) and send it via telephone switch 3 in the form of a text or picture message to the calling telephone subscriber 1. If no matching, pre-registered code 4 is entered in the processing unit 4 (the encoding symbol number 10), the processing unit bot 4 activates the filter block 5 and the telephony switch 3, which returns the algorithm from the beginning as the filter block 5 waiting for the code to be entered by the caller 1. When more than one match is found. the code entered, the numbers, the processing unit 4. activates the filtering unit 5, which expects the code to be entered, by which it is possible to specify exactly which of the numbers of the called subscriber 2 wants to connect the calling subscriber 1 or enables the calling subscriber 1 to activate the message block 6 which can send a free text or picture message to the caller 1 or remove from the processing unit 4 all corresponding to the code entered by the caller 1 - the number of the caller 2 and send them via text switch 3 as a text or graphic Caller ID message 1. The Caller ID module 1 is provided with the graphics converter software 7 that allows you to graphically convert and display the numbers entered in letters and symbols on its graphical display. The calling telephone subscriber module 1 is provided with positioning software 8 that allows reading a text or picture message sent from the telephone switch 3 as geographical coordinates and locates them and displays a geographical map on its graphic display of the calling telephone subscriber 1.

Another exemplary embodiment shown in Figure 5, the truncated telephone dialing system is constructed of a calling telephone subscriber module 1 and a called telephone subscriber module 2 connected via at least one telephone switch - Automatic telephone exchange 3, processing unit 4 and message block 6, The telephone switch 3 is connected via feedback to the calling telephone subscriber module 1, the called telephone subscriber module 2, the processing unit 4 and the message unit 6, as the calling telephone subscriber 1 communicates with the telephone switch 3 via information Ionic dial 9.

The caller 1 is connected via a telephone switch, which may in particular be an automatic telephone exchange 3, using the dialer 9 using information dialing 9 by entering the * character followed by a numeric combination of at least one character followed by the # character, about * 123 #. The caller 1 is already connected via the telephony switch 3 to the processing unit 4, which is waiting for a code of unlimited length to be entered by the caller and containing any combination of symbols, letters and numbers. This code may be numeric represented by the coding symbol number 10 or may be represented by letters, numbers and symbols. This is possible

• · • · • • • · · 4 » * · • * ♦ · · • · • · · • w · • · • · • · · • · · · * ·· ···· ♦ ·· • · · • · · in ·

thanks to using dial 9 to connect to the telephone switch 3. After entering the code, it is transmitted to at least one processing block 4. Upon receiving a code, processing block 4 starts searching for a code corresponding to that code, at least one number of a telephone subscriber (of the required telephone subscriber 2). It is possible that at least one telephone number of the called subscriber (ie more than one) may correspond to one entered code. Upon finding the appropriate number, the processing unit 4 activates the telephony switch 3, which enables the caller 1. to choose whether to connect directly to the caller 2 or activate a message block. The message block 6. is tasked to send a free text or picture message to the requesting telephone subscriber 1. For example, the message block can extract from the processing block 4 at least one corresponding to the entered (by the search subscriber) code - number (of the requested subscriber) ) and send it via telephone switch 3 as a text or picture message to the calling telephone subscriber 1. If no matching pre-registered number is entered in processing unit 4 of the entered code number, the processing unit 4 triggers telephony to switch 3, which returns the algorithm from the beginning, waiting for the code to be entered by the caller 1. When more than one code is entered, the processing unit 4. triggers the telephony switch 3, which expects the code to be entered, by which to specify exactly which of the called subscriber numbers 2 wants to connect the calling subscriber 1 or enables the calling subscriber 1 to activate the message block 6, which can send a free text or picture message to the calling subscriber 1 or and extract from the processing unit 4 all the code corresponding to the code entered by the caller 1 - the number of the requested subscriber 2 and send them via a telephone switch 3 in the form of a text or picture message to the caller 1.

Another exemplary embodiment shown in Figure 6, the truncated telephone dialing system is constructed of a calling telephone subscriber module 1 and a called telephone subscriber module 2 connected via at least one telephone switch - Automatic telephone exchange 3, processing unit 4 and message block 6, The telephone switch 3 is connected via feedback to the calling telephone subscriber module 1, the called telephone subscriber module 2, the processing unit 4 and the message unit 6, the calling telephone subscriber module 1 is provided with a positioning ····· · ·· ··· Software 8, The calling telephone subscriber module 1 communicates with the telephone switch 3 by means of information dialing 9. · · · · · · · · · · · · · · · · · · · · ·

The caller 1 is connected via a telephone switch, which may in particular be an automatic telephone exchange 3, using the dialer 9 using information dialing 9 by entering the * character followed by a numeric combination of at least one character followed by the # character, about * 123 #. The caller 1 is already connected via the telephony switch 3 to the processing unit 4, which is waiting for a code of unlimited length to be entered by the caller and containing any combination of symbols, letters and numbers. This code may be numeric represented by the coding symbol number 10 or may be represented by letters, numbers and symbols. This is possible thanks to the use of information selection 9 to connect to the telephone switch 3. After entering the code, it is transmitted to at least one processing block 4. Upon receiving a code, processing block 4 starts searching for a code that matches that code, at least one telephone subscriber number (the required telephone subscriber 2). It is possible that at least one telephone number of the called subscriber (ie more than one) may correspond to one entered code. Upon finding the appropriate number, the processing unit 4 activates the telephony switch 3, which enables the caller 1. to choose whether to connect directly to the caller 2 or activate a message block. The message block 6. is tasked to send a free text or picture message to the requesting telephone subscriber 1. For example, the message block can extract from the processing block 4 at least one corresponding to the entered (by the search subscriber) code - number (of the requested subscriber) ) and send it via telephone switch 3 as a text or picture message to the calling telephone subscriber 1. If no matching pre-registered number is entered in processing unit 4 of the entered code number, the processing unit 4 triggers telephony to switch 3, which returns the algorithm from the beginning, waiting for the code to be entered by the caller 1. When more than one code is entered, the processing unit 4. triggers the telephony switch 3, which expects the code to be entered, by which to specify exactly which of the called subscriber numbers 2 wants to connect the calling subscriber 1 or enables the calling subscriber 1 to activate the message block 6, which can send a free text or picture message to the calling subscriber 1 or and remove from the processing unit 4 all the code corresponding to the code entered by the caller 1 - the number of the requested subscriber 2 and send them via

telephone switch 3 in the form of a text or picture message of the calling telephone subscriber 1. The calling telephone subscriber module 1 is provided with positioning software 8 that enables reading of a text or image message sent by the telephone switch 3 as geographical coordinates and locates and displays them on the a geographical map of his graphic display on the calling telephone 1.

Literature:

(1) RU, patent application No. 2005/130995, H 04 M 3/42, published on 20.04.2007.

Claims (6)

Patent Claims 1. An abbreviated telephone dialing method for establishing a connection between subscribers in a telephone network and providing a connection between a calling telephone subscriber (1) and a called telephone subscriber (2) by means of a coding symbol number (10) provided by the calling telephone subscriber ( 1) to a switching node (3) connected to an information processing unit (4) in which the signal from the calling telephone subscriber (1) is processed and the number of the called telephone subscriber (2) corresponding to the received one is determined a coding symbol number (10), characterized in that the callers t telephone subscriber (1) via a switching node (3), which may be a telephone switch of the type of automatic telephone exchange, submits the coding symbol number (10) to the filtering unit (5), which sends it to the processing unit. information (4) to search for at least one number corresponding to this coding symbol number (10), and when the corresponding number is found, the information processing unit (4) activates the filter unit (5) and the switching unit (3), which enable the calling telephone subscriber (1) to be connected via the com tation (3) directly with the called telephone subscriber (2) or activate a message block (6) associated with feedback to the switching node (3), the information processing unit (4), and the filtering unit (5), to send a text message or a picture message, and when more than one number is found corresponding to the encoded character code (10) entered, the information processing unit (4) triggers the filtering unit (5), which expects the character encoding to be completed. number (10), which specifies exactly the number of the called subscriber (2) for direct dialing ing him or caller (1) to trigger the message blocks (6) to send a text message or picture message. 2. A truncated telephone dialing system consisting of a system for establishing a connection between subscribers in a telephone network, which includes a telephone subscribers terminal, encoding a symbol number (10), a switching node (3) for communication between the calling telephone subscriber (1) and the called telephone subscriber (2) and the information processing unit (4) coordinated therewith, including processing the signal of the calling telephone subscriber (1) and determining the number of the called telephone subscriber (2) corresponding to this signal, characterized by with the calling calf module background subscriber (1), called subscriber module (2), and processing unit Replacement information page (4) is connected to the feedback by means of the coding symbol number (10) with the switching unit (3), which may be a telephone switch of the type of automatic telephone exchange, in addition to the information processing unit (4) a message block (6) is connected, and the switching node (3) is connected feedback to a filter unit (5), which in turn is connected to the information processing unit (4) and to the message block ( 6). 3. An abbreviated telephone dialing system according to claim 2, characterized in that graphically-converting software (7) is connected in the module of the calling telephone subscriber (1). 4. An abbreviated telephone dialing system according to claim 2, characterized in that positioning software (8) is connected to the calling telephone module (1). 5. An abbreviated telephone dialing system according to claim 2, characterized in that graphically-converting software (7) and positioning software (8) are connected in the calling telephone module (1). 6. An abbreviated telephone dialing system according to claim 2, characterized in that the connection between the calling telephone subscriber (1) and the telephone switch (3) is made by means of information dialing (9).