SU393753A1 - DEVICE FOR REGISTRATION OF INFORMATION - Google Patents

Description

The device can be used, for example, to test products. A device for recording information is known, which contains a commutator, an analog-code converter, a counter, a control unit, a printing unit, an interval measurement unit, and a perforator. The purpose of the invention is to expand the field of application of the device, increase registration and reliability. The proposed device is characterized in that it contains a trigger, a multivibrator, digital converters, an object number fixing unit, a software block and a protection block, the switching unit being connected to digital converters that are connected to the parameter distributor and the trigger that is connected to the second decoder, distributor parameters, a number distributor, a digital printing mechanism, an analog-to-code converter and digital converters that are connected to the third and fourth decoders, and one of the Digital converters are connected to an analog-code converter and a software block that is connected respectively to the signaling unit, the storing unit, and the object number fixing unit connected to the encoder, the signaling unit, the parameter distributor and the parameter selector unit, and the print control unit, which is connected with a multivibrator connected to a perforator and a decoder. The drawing shows the block diagram of the device. The device contains a program block / to which control objects 2 are connected; protection block by process parameters 3, sensors of measured values 4 and 5, block 6 for fixing the object number, parameter select block 7, switching block 8, signaling block 9, parameter distributor 10 made, for example, on trigger cells by the number of controlled parameters process; digital printing mechanism //, perforator 12, trigger 13, number distributor 14, multivibrator 15, print block 16, decoders 17-20, encoder code 21, analog-code converter 22, which can be used, for example, high precision digital voltmeter ; digital converters 23 and 24. The program block / for a given program includes one or another control object 2. Transformer 24 starts counting time according to the command from block 1. Block 6 remembers the object number. The encoder code 21 receives information about the number of the included object and outputs it in the form of a code to the decoder 17. At a given time from the reference point, the converter 24 outputs the initial setting to the parameter distributor 10 and trigger 13, which, in turn, sets the number distributor 14 to the initial position .

In the next moment, the converter 24 removes the initial installation from the named blocks and with the help of the printing block 16 prepares the freezing of information on the perforator 12 or the digital printing mechanism 11.

The software block 1 through the printing block 16 again prepares the passage of information to the perforator 12 or the digital printing mechanism 11 or gives a command for parallel operation of these blocks.

If the print unit 16 received a comaid for passing information only to the perforator 12, then at the time of the initial installation removal, the transformer 24 transfers the trigger 13 to one, and the trigger allows the information to be output from the decoder 17. The multivibrator 15 outputs a permission signal. The parameter distributor 10 and the number distributor 14 provide a high noise immunity of recording information by issuing permission signals to decoders 17-20. The tape punch 12, having received information from the printing unit 16, punches the holes of the first decimal mark on the respective tracks of the paper tape. At the time of punching, due to the opening of the puncher contacts, information is removed from block 16, which also ensures high noise immunity and reliability of the circuit. Upon completion of punching, the perforator 12 starts the multivibrator 15, which, in turn, issues the command "prohibition of decoders 17-20. At the same time (after punching), the perforator gives a pulse to the input of the number distributor 14. By filling up the impulse the decoder 17-20 is fed a resolution pulse from the number distributor 14, and at this moment the next decimal of the object code is punched.

After fixing the second decimal place, the perforator 12 pulses again to the multivibrator 15 and the number distributor 14. The remaining signs of the object code are fixed in the same way.

After fixing the highest decimal sign, another machine command is entered. The computer enters the computer from the number distributor 14. After this, the trigger 13 is tilted into the bullets and the initial setting is issued, prohibiting the issuance of information from the decoders 17-20 and issuing the signal to the parameter distributor 10.

Simultaneously with the registration of the code, the next parameter, for example, turns, is measured. For this purpose, converter 24 connects converter 23 to sensors 4 and 5 of measured parameters.

After the unit is shifted in the distributor 10 by one step, the next decoder 18 is connected to the input of the printing unit 16.

The block for selecting parameters 7 receives from block 6 information about the number of the included object, and from the distributor 10 about the number of the parameter being measured. Through the switching unit 8, the corresponding sensor 4 or 5 is connected to the input of the corresponding converter, for example 22. After the parameter is measured, the converter 22 with the end command switches the trigger 13 to one, and it removes the setting from the number distributor 14 and allows the information to be output, for example, the decoder 18 The multivibrator 15 also gives permission to the same decoder, and using the number distributor 14, the information is sequentially output from the decoder 18 to the print unit 16. The value of the measured parameter is printed. After punching the “Enter parameter distributor 10” command, it again receives a command to connect the next parameter of the object, for example the one that was already measured by the converter 23 by that time.

During the recording of information from the converter 23, the converter 24 connects the sensors, for example, to the converter 22, which at that time is measuring. Then the information from the converter 22 is recorded again, and the converter 23 measures at this time, etc. This is how the process is monitored simultaneously by several parameters.

After fixing the last parameter of the object, the parameter distributor 10 connects the time decoder 20 to the input of the printing unit 16. The monitored object ends the work program, and the program block issues a command to the trigger 13, which solves the sequential output and information about the object operation time.

After registering the time parameter in the parameter distributor 10, the shift is again one step, it prohibits the issuance of information from the print unit 16 to the // and 12 blocks and deduces the block 6 of the object number to the initial state, which puts the parameter distributor 10 into the initial state .

If the information on the object is not fully registered, in the fixation unit 6 the object number remains registered. Then, when the program block / is turned on, for the next control object in block 6, the numbers of the two objects appear. This feature is used to signal device failure. When the parameters of an object exceed the limit values, the protection is triggered, and the monitored object is automatically turned off by the program block and the process, for example, product testing, continues. After testing, processing and examination of results are carried out.

If a command is sent from the program block / print block 16 to output information to the digital printing mechanism 11, information from converters 21-24 is removed and transmitted to the print block and entered in parallel into block 11. One parameter is recorded in one missing, then the end command print via trigger 13 is fed to the distributor and the parameters 10. If a program / is given a command to output information from block 16 in parallel to blocks // and 12, the print block sets the multivibrator / 5 to such a duration of between the perforations that recording speed becomes synchronized with the speed registranii tsifronechatayush, its mechanism. Therefore, the device acts in the same way as in the case of working on one punch, and the print end command from block 11 only confirms the status of trigger 13. Subject of the invention The device for recording information containing a print control block, connected to an encoder connected to the first decoder, the processor is an analog code connected to a second decoder, a punch connected to a number distributor, which is connected to a digital printing mechanism and a third decoder, digital cipher press, its mechanism and a decoded one frames that are connected to a parameter distributor connected to a print control unit and a parameter selector unit that is connected to a switching unit connected to sensors, and a signaling unit, characterized in that, in order to expand its field of application, improve detection accuracy and reliability, it contains a trigger, a multivariate, digital inverters, an object number fixing unit, a program block and a protection block, and a switching unit is connected to digital converters that are connected to The parameter lem and trigger that is connected to the second decoder, the ram distributor, the number resolver, the digital printing mechanism, the analog-code converter and the digital converters that are connected to the third and fourth decoders, and one of the digital converters is connected to the analog-code converter and the software a block that is connected to the signaling unit, a protection unit and a fixing unit for the object number connected to the encoder, the signaling unit, the parameter allocator and the selection unit parameter, and a print control unit which is connected to multivibrator, nodklyuchennym to punch and decoders.