SU862147A2 - Device for checking and recording information on treated textile materials lots - Google Patents

Description

(54) DEVICE FOR THE CONTROL AND REGISTRATION OF INFORMATION OF OBG HANDLING PARTIES

one

The invention relates to the field of monitoring and recording information about technological processes and can be used in textile and light industry, as well as in enterprises where the processing of products is carried out on many production machines and machines.

The closest in technical essence. To the invention is a device according to the author. No. 488217, containing a sensor connected to a clock pulse generator connected to a counter connected to the distributor and to a delay line connected to the first element I, the first co-fatatop, the output recording unit, the second element I and the information collection units, drivers of common and service attributes, forwarder polling line number, second switch, key, polling expansion unit and control unit, the inputs of which are connected to the AND elements, to the delay line, the distributor and the pulse shaper, and the outputs to the extension unit This survey and. the key, the inputs of which are connected to the clock pulse generator, and the outputs are respectively connected to the TEXTILE MATERIAL

one of the inputs of the counter and the generator of the polling line number, the other inputs of which are connected to the pulse shaper and the first switch, and the output to one of the inputs of the second switch, the other input of which is connected to the distributor, connecting via common and service signs

10 with a production registration unit. The outputs of the elements And, switches n block registration of generation is connected to the corresponding blocks of the collection and information L 3

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The device allows to register only information about the processed batches of textile material, service and general signs characterizing the processed material,

20 which limits its use. The device does not provide control and registration of technological parameters of processing products and equipment operation modes, which is necessary

25 to solve the tasks of supervisory control and operational-process control.

For a considerable time, the known device is idle waiting for a signal from any peripheral

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sensor information about the processing of the batch of textile material. With a small frequency of receipt of such information and a limited number of sensors, the efficiency of the known device turns out to be low because of the large time

The aim of the invention is to expand the functionality of the device.

The goal is achieved by the fact that a device for displaying information is entered into the device, the third switch, blocker, polling line numbers, pulse number adjuster, first and second bit switches connected to the outputs of the output recording block and information display unit, respectively, first inputs - with the outputs of the information display unit and the output registration unit, respectively, and the second inputs, with the first and second outputs of the control unit, connected to the third output of the liepaoMy input blocker of the polling line number, the output of which is connected to the third input of the polling line number generator, and the second input - to the fourth output of the control unit and to the output of the setter. the number of polling pulses connected by the first input to the output of the pulse generator, and the second input to the output of the key and to the first input of the third switch. The second input of the latter is connected to the third output of the first switch, and the outputs are connected to the inputs of the corresponding information collection unit.

The drawing shows a block diagram of the device.

The device contains a sensor 1, a pulse shaper 2, a clock pulse generator 3, a key 4, a polling extension block 5, a poller for the line number b, a counter 7, the first switch 8, a distributor 9, the control block 10, the first element 11 and the second element II 12, the second switch 13, the driver of the service signs 14, the generator of the common signs 15, the generation registration unit 16, the delay line 17, the information collection blocks 18, the third switch 19, the polling pulse number generator 20, the number lock of the poll 21, the block information display 22 and the first 23 and second .24 blocks of bit keys.

The device works as follows.

When the signal from sensor 1 arrives, pulse generator 2 generates a signal that the control unit 10 sets to its initial position, sets counter 7 to zero, sets the polling pulse number adjuster 20 to the initial state.

the corresponding information collection unit 18 and sets the poller of the polling line number 6 to the state corresponding to the state of the information collection unit 18. At the same time, the generator 3 is started. The clock pulses are received through the key 4 and the switch 19, the state of which always corresponds to the switch 8, in the information collection unit 18. Information from. The corresponding block 18 is transmitted to the display unit 22 via the bit switch unit 24. The unit 20 sets the number of polling pulses in front through the lock 21 changing the number of the polling line. The (K + 1) th pulse (where K is the specified number of polling pulses) is fed to the generator of the polling line number 6, changing its state and determining the choice of the next information collection unit 18, from which additional information begins to be collected.

If during the interrogation of additional information on this block 18 information appears about the end of processing a batch of textile material, then the signal from block 18 through AND 12 enters the control block 10, which closes the blocker 21 of the interrogation line number. The collection of additional information continues. At the moment when the signal of the block for setting the number of polling pulses 20 about the end of collecting additional information from this block 18 coincides with the signal that the batch processing of the material is completed by the control unit 10, a signal is generated, which closes the block of the discharge key 24 and the key 4, interrogator expansion unit 5, blocks of bit switches 23 and 24, as well as key 4, interrogator extension block 5, blocks of discharge keys 23 and blocker 21 are disconnected, and information is also transmitted to output register 16. At the same time, clock pulses of the interrogation 5 enters the counter 7, which with the help of the distributor 9 reads and transmits information from the forwarder of service signs 14 (it turns on and off the recording unit of output 1 €, selects its mode of operation and enters the service signs) and forms the common signs 15 ( the processing time of the production and the number of the workshop are read. After reading the service and general features from the distributor 9 through the switch 13, the state of which also corresponds to the state of the switch 8 of the polling line, the post AET series of pulses in the acquisition unit 18 for reading information therefrom .This partionnogo account, through which the discharge unit 23 are transmitted to the key registration unit 16 Botko expression.

Upon completion of reading information about the processing of textile material batches from information gathering unit 18, a signal is sent to element 11, which, via delay line 17, zeroes counter 7 and disables interrogator expansion block 5 using control unit 10, opens key 4 keys 24, closes the block of discharge keys 23 / transmits a single pulse to the input of the imaging unit 6, which switches the switch 8 and the associated switch 13 and the interrogation switch of the additional (technological) information 19 to the trace number P survey lines, and opens the lock 21 poll.

The signal from generator 3 is again passed through the switch 19 to the additional information collection unit for reading the values of the technological parameters of the next peripheral device.

The proposed device provides not only the collection and recording of information about the batch of textile materials being processed, but also the control and recording of data on the technological modes and parameters of equipment operation during periods of waiting for a signal about the information on the batch textile materials being processed. As a result, the field of application of the device expands and jefo performance is improved, the possibility of complex automation of the entire production process appears.

The device can be used not only in the textile and light industry, but also in any enterprise where the product

processed according to process technology.

Claims (1)

1. USSR author's certificate 488217, cl. G 06 F 15/46 (prototype).