SU1367171A1 - Automatic rate setting device - Google Patents

Abstract

This invention relates to telephone communications. The purpose of the invention is to expand the functionality by providing billing for zones with different code values. The device-bp contains a long-distance telephone 1, a matching unit 2, a shaper of 3 dialing pulses, a shaper 4 of a busy signal, a shaper of a signal 5 Response, an operational storage unit 7, the first block 9 matches, the second block 10 matches, elements 11, 12 delays, a shuffle signal generator 13, a pulse series counter 14, an envelope allocation unit 15, a trigger 16, a multiplexer 18, an unauthorized codes registration unit 20, a prohibition signal generating unit 21, a r-22 time intervals, a display unit 23. To achieve the goal, counters 6, 17, 19, a permanent storage unit 8, a generator of a caching signal, 1 slug are entered. (L

Description

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The invention relates to telephone and is intended for use at long-distance telephone points of automatic long-distance telephone communication with immediate payment for a conversation on a zone-time basis.

The purpose of the invention is to expand the functionality by providing billing for zones with different code values.

The drawing shows a block diagram of the proposed device for automatic installation of the tariff.

The device contains a long-distance research institute telephone set 1, a matching unit 2, a shaper of a set of 3 pulses, a shaper of a signal 4 of a session, a shaper of a signal of Answer, the first counter 6, an operational storage unit 7, a permanent storage unit 8, the first unit 9 of a match, the second a coincidence unit 10, a first delay element 11, a second delay element 12, a cassette signal generator 13, a pulse train counter 14, an envelope selection block 15, a trigger 16, a second envelope. The dialing pulses formed and filtered from impulse noise enter the input of the first counter 6, the output of which at the end of dialing the first digit of the code generates the binary code A / that goes to the first four address inputs of the permanent storage unit 8. Simultaneously from the output of the operative memory Unit 7 to the remaining address inputs is fed to the zero code B. At the full address A | B, from the output of the persistent storage unit 8, the binary code C is read out (some of the bits of which form the B2 code, which is fed to the input of the operational storage unit 7. As a result of Lgo, the envelope selection unit 15 is in principle characterized by inertia, the falling edge of the envelope pulse is delayed relative to the falling edge of the last pulse in the series.At the falling edge of the envelope of the pulse series, a write signal is sent to the operational storage unit 7 via the first block 9, resulting in The code of za- pisyvaets in it. This is a signal for

A counter 17, a multiplexer 18, a tre-30 is kept in the first element -11, a counter 19, a block of 20 registration of unresolved codes, a block of the formation of a prohibition signal, a time generator 22, a block 23 of indication.

Paj5oTa devices are implemented as follows.

An example of charging for a three-digit code is considered. After removing the handset of the long-distance telephone set 1, the communication channel is closed through matching unit 2, and the occupation signal S / through the driver 4 is fed to the installation inputs of the first counter 6, the operational storage unit 7, the counter of the 14 series of pulses and the trigger 16, set them to their original position. The signal from the output of the counter 14 series of pulses goes to the enable inputs of the imaging unit of the 3 pulses of the dial and the envelope selection block 15, which allows the pulses of the dial to pass through them.

The pulses of dialing from the dialer of the telephone set arrive at the matching unit 2 and as a signal Sj. arrive at the inputs of the imaging unit 3 pulses of dialing and block 15 vydele5

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time required for recording information in the operational storage unit 7, and is fed through the second matching unit 10 to the installation input of the first counter 6, setting it to its original position. The state of the counter of 14 series of pulses on the leading edge of the pulse of the envelope of the series of pulses increases by one. The device is ready for the second digit yabor.

After dialing the second digit at the input of the persistent storage unit 8, the address A, B2 is formed, where A is the code taken from the output of the first counter 6. At this address, the code Cj is read, part of which Bj is fed to the input of the operational storage unit 7 and stored in it . The first

0, the counter 6 is reset, and the counter state of the 14 pulse series is increased by one, i.e. a cycle similar to the operation of the device when dialing the first digit occurs.

On the leading edge of the envelope of the pulses of the set of the third digit to the inputs of the first and second blocks 9 and 10 of coincidence, a forbidding sign is applied.

3

The signal coming from the counter of 14 series of pulses, which leads to the fact that after dialing the third digit, the state of the first counter 6 and the operational storage unit 7 does not change.

At the end of the third series of pulses from the permissive inputs of the driver of the 3 pulses of the dial and from the block 15 of the envelope selection, the signal is detected, which is determined by the state of the counter of 14 series of pulses. This leads to the fact that a further set of numbers does not change the operation of the device.

After dialing the third digit at the address input of the persistent storage unit 8, the address AjBj. Is generated, from which its output is read

the code Cj, part of which C is fed to the inputs of the block 20 for registration of unresolved codes of the display unit 2-3 and multiplexer 18, and the other part C to the input of the second counter 17.

If an unauthorized code has been dialed from the output of the unauthorized codes registration unit 20, a signal is taken which, through the prohibition signal generator 21, arrives at the matching unit 2, and the telephone apparatus is disconnected from the communication channel. With the correct dialing of the city code, the display unit 23 displays the zone number,

When the handset at the other end of the line is removed, the subscriber presses the Answer button located on the telephone, and in the matching unit 2, a Response signal is generated, which is fed to the Response shaper 5 and filtered from the impulse noise input to the trigger 16, which is set to the opposite state, and to the input of the second counter recording 17. As a result, the code C is written, from the output of the permanent storage unit 8 to the second counter 17. The signal from the output of the trigger 16 goes to the enabling input of the third the meter 19, the counting input of which receives pulses from the generator 23 time intervals. The outputs of the third counter 19 are connected to the information inputs of the multiplexer, 18, whose address inputs from the output of the persistent storage unit 8 are given by code C.

Depending on the code C. conversion factor K system counter

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20 25 ZO

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multiplexer is different. On the other hand, the code Cj sets the recalculation coefficient K of the second counter 17, In result, the payment time interval is determined by the product K, xK.

Pulses from the generator output 22 time intervals arrive at the counting input of the third counter 10. Upon reaching K, a pulse appears at the output of the multiplexer 18, which arrives at the counting input of the second counter 17 and after a delay in the second delay element 12 for a time J to activate the second counter 17, - to the installation input of the third counter 19.

Upon reaching the pulses at the output of the second counter 17, a signal appears, which, through the formed-; The cassette signal carrier 13 is fed to the input of matching unit 2, and the coin is cached in the telephone set. After the coin is cassetted from the output of the matching unit 2 to the input of the signal generator 5, the response receives a short pulse, which writes the code C to the second counter 17. Then the whole cycle repeats. At the end of the call, the subscriber hangs up and the entire device is reset.

Formula of invention

An automatic installation device, a tariff containing a series-connected matching unit, connected to a long-distance telephone set, and a dial pulse generator, the first input of which is connected to a serially connected envelope extracting unit and a pulse train counter, a signal generator the third output of the matching unit, the second input of which is connected to the output of the registration block of the unauthorized codes through the blocking signal generation unit; and, in order to expand the functional capabilities by providing billing with different codes, sequentially connected first counter, a permanent storage unit, the first outputs of which

one

connected to the inputs of the unauthorized codes registration unit, the display unit and the multiplexer, the second counter and the caching signal generator, the output of which is connected to the third input of the matching unit, the fourth output of which is connected to the installation inputs of the second counter and trigger, the reset input of which is connected to the output of the signal generator Zanti, the reset input of the counter of a series of pulses, the installation inputs of the first counter and the operational memory of the block, the outputs and information the input inputs of which are connected respectively to the address inputs and the second outputs of the permanent storage unit, and the control input of the operational storage unit is connected to the output of the first matching unit, the first input of which is connected

716

with the input of the first delay element and the output of the envelope selector unit, the second input of which is connected to the first output of the pulse train counter and the second input of the dial pulse generator, the output of which is connected to the input of the first counter, the reset input of which is connected via the second match block to the output of the first hold element , the second inputs of the first and second blocks of coincidence are connected to the second output of the pulse series counter, and the output of the multiplexer is connected to the counting input of the second counter and the input of the second ele the delay element, the output of which is connected via the third counter to the address inputs of the multiplexer, and the output of the time interval generator is connected to the second input of the third counter, the third input of which is connected to the output of the trigger.

Claims (1)

Automatic installation device. tariff containing consecutively connected matching unit connected to the long-distance telephone, and a dial pulse shaper, the first input of which is connected to the envelope highlighting block and pulse series counter, the signal shaper Occupation, the input of which is connected to the third output of the matching block, the second input of which, through the prohibition signal generation unit, is connected to the output of the unauthorized code registration unit, an indication unit, characterized in that, in order to expand functionality by providing · tariffication with different codes, introduced in series are the first counter, a read-only memory, the first outputs of which are connected to the inputs of the unauthorized codes registration unit, display unit and multiplexer, the second counter and the shaper signal generator, the output of which is connected to the third input of the matching unit, the fourth output of which through the signal conditioner The response is connected to the installation · inputs of the second counter and trigger, the reset input to which is connected to the output of the signal shaper Occupation, reset input of the pulse series counter, setting inputs of the first counter and random access memory, the outputs and information inputs of which are connected respectively to the address inputs and second outputs of the permanent memory unit, and the control input of the operational memory unit is connected to the output of the first coincidence unit, the first input of which is connected to the input of the first delay element and the output of the envelope selection unit, the second input of which is connected to ervym output series of pulses counter 5 and the second input of the pulse shaper set, the output of which is connected to the input of the first counter, the reset input of which through the second coincidence block _{10 is} connected to the output of the first delay element, the second inputs of the first and second coincidence blocks connected to the second output of the pulse series counter, and the multiplexer output 15 is connected to the counting input of the second counter and the input of the second delay element, the output of which through the third counter is connected to the address inputs of the multiplexer, and the output of the generator 20 time intervals is Inonii to a second input of the third counter, the third input of which is connected to the output of the flip-flop.