DEVICE FOR GATHERING OF TECHNOLOGICAL DATA

Invention applies to the automatic control of technology processes and may be used for the data collection of mass transportion on a production-line. Because the metal admixture in the mass, an extension of the functional possibilities of the device is achieved. Included into the scheme are: a signal formation block, second register, first and second blocks of the IR elements, second and third IR elements, second and third ARBA elements and a fifth delay element. Information and synchronisation outputs of the signal formation block are connected to the same name second registry inputs, of which the first output is connected to the informational input of the second memory block, the second output of the second registry is connected to the input of a deciphering device, the output of which is connected to the first input of the first IR element block and the output connected to the second counted input of the first memory block, and the second input to the output of the fifth delay element that is connected to the first input of the second ARBA element, the output of which is connected to the input of the first delay element. The output of the third address selector is connected to the second input of the ARBA element. Treating the input of signal formation block is the treating input of the device. Synchronisation input of the signal formation block connected to the input of the fifth delay element and to unit input of a trigger that has an output connected to the first input of the third IR element, of which the second input and the first input of the second IR element is connected to the output of the third delay element. Outputs of the second and the third IR elements respectively are connected to the counting and recording input of the second memory block and at the same time to the input of the third ARBA element, the output of which through the fourth delay element connected to the trigger zero input of which the inverse is output connected to the third input of the first IR element, to the control input of an address selector, to the first inputs of the second block of IR elements and the second input of the second IR element, the output of which is connected to a reverse counter's summing input, output of which is connected to the second inputs of the second block of the IR elements, output of which is connected to the second informational input of the summing unit and informational input of the third memory block.