SU648204A1 - Device for psichic examination - Google Patents

Description

The wallpaper is naked. The node of the change of e-mails is connected with the node of the first question answers. The period counter is soevven with the period change node and, the answer selector, and the loop counter, 5 time change node with the answer selector. The response receiving unit is connected to the evil of the first response selection, which is connected to the mode switch via the first response counter. The score fOh to the situation is soganen to the unit with the means & signals and the selector of answers, and the period selection node is connected to the unit for the presentation of the signals.

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The drawing shows a block diagram of the device.

It contains b / yuk 1 reception of responses, block 2 of the signal output, analyzer 3 responses, block 4 program change-20, Selector 5 responses and recorder B. Bloch 1 response reception is electrically connected to the selector 5 responses in analyzer 3 responses. The latter, through block 4 of the program change, is connected with block 2 of signal presentation and the selector of 5 responses. To the selector switch 5, the drive is connected to a zigistrator 6.

Unit 4 has program changes that have been turned on by connecting with each other node 7 changing ducks, node 8 changing periods, counting 9 snaps, node period assignment, period counting 11 periods, switching 12 modes, counting 13 cycles, as well as node 14, the first responses, whose inputs connected to the unit 1 for receiving ovevet and node 3 period changes, and the output - with the counter 15 of the first responses. Sitchik exit 15 first answers; connected to the switch 12 modes. The 3 response analyzer contains 16 selection of response combinations, for which the counters 17 and 18 combinations of the responses of node 19 of the pre and van programs are connected, connected to the block 1 for receiving responses in counters 17 and 18 for combining the responses. From the output of node 19, the signals arrive at node 7 of the ti3Meuew3.a cycle of block 4, the change in 1f01 frame.

The device works as follows.

Right turn on each of

counters 9, 11, 13, 15 turn on the discharge, and on the panel of the 2 npesbsnvl block of signals a lightning signal is ignited

situation, corresponding to the first raer do counter 9 situations.

In accordance with the instruction, the subject presses the buttons on the panel of the response receiving unit 1, trying in each situation to find the answer that includes the following situation in order to get as many ignitions as possible on the panel of the signal presentation unit 2, spending as much as possible less superfluous, i.e. non-changing situations, responses.

When buttons are pressed on the panel of the response receiving unit 1, the response pulses arrive at the cycle change node 7 and the program period change node 8. In accordance with the included bits of the counter 11 periods and the counter 13 cycles, the nodes 7 and 8 of changing cycles and changing periods of the program pass one of the four response pulses to the situation counter 9 for each of the situations. After passing four pulses of response to the counter 9 situations and turning on the four indicators of the signal presentation unit 2, the period extracting unit 10 is triggered, which turns on the indicator of the signal presentation unit 2. At the same time, a pulse from the period selection node 1O arrives at the counter 11 periods of the program and turns on its next bit. When the next rotary counter 11 is turned on, the node 8 controlled by it changes the sequence of the program periods.

The counter discharges 13 cycles of the program are switched either from the pulse coming from the counter 15 of the first responses, or from the pulse coming from the last discharge of the counter 11 periods of the program, which is determined by the position of the switch 12 of the program modes, In the position of the switch 12 corresponding to the second mode, after passing all the periods of the first nickle, the second digit of the counter of 13 program cycles is turned on.

When turning on the next bit, controlled by the counter 13, the node 7 of the program cycle change changes the distribution of the correct answers in all periods of the next program cycle,

In the position of the switch 12 corresponding to the second mode, the subject is presented with a program consisting of a number of cycles corresponding to the discharge of counter J.3, each of the cycles consisting of the number of periods corresponding to the number of bits of counter 11. For studies with an adaptive program, in which the number of periods in a cycle depends on the success of the subject, the switch of 12 program modes is set to full. the life corresponding to the first 1) tiSiw jb -S r: SiS,% S; mu With an atom switching the counter of 13 cycles, the program occurs after the accumulation of the number of the first correct answers, determined by the number of bits of the counter 15 of the first answers. The first response counter 15 records the number of pulses received from the first selection node 14 of the answers, which only selects from all the answers that are passed by the nodes 7 and 8 of the cycle change and the program period changes. When the subject does not complete the instruction and selects the answers in a certain stereotyped sequence unrelated to the situation signals, such stereotypical response sequences are extracted using the node 16 for selecting response combinations. When one of the selected combinations are repeated, one after the other continuously, pulses are sent to the counters 17 and 18 of the selected combinations of responses from the combination selection node 16. Different counters provide different combinations of answers. Counters 17 and 18 of the selected response matches are reset if the order of the combinations in the combination that the counter cheats out is violated. With the accumulation of the number of repetitions of the same stereotypical combination, corresponding to the number of bits of the counter 17 or 18 selected combinations of answers, the program interruption node 19 is turned on. In this case, the response pulses no longer come from the response receiving unit 1 to the node 7, the cycle changes and the situation on block 2 do not switch on the signal presentation until the subject changes the stereotypical response sequence With the help of the selector 5, which is controlled by counters 9, 11 and 13, there is a selection of responses from the flea 1 receiving responses, for their accounts in the registrar 6. Those answers are highlighted that, when accumulated in the registrar G, give indicators that significantly characterize the student’s assimilation of the sensorimotor program specified by this device. The proposed device makes it possible to obtain an objective quantitative assessment of psychological studies in terms of the assimilation of sensorimotor programs to improve the accuracy and reliability of measured parameters. Formula for acquisitions Psychological research device, coherent blocks for predicting signals and receiving responses, response analyzer, response selector and recorder, npi. The outputs of the response receiving unit are connected to the inputs of the answer selector, the output of which is connected to the input of the recorder, which is designed to increase the objectivity of research on indicators of assimilation of sensorimotor programs, containing a cycle change node, a period change node, a situation counter, a period allocation node, a period counter, a mode switch, a cycle counter, a first oi vetov selection node, a first responses counter, and an answer analyzer Includes a selection node with the answers are answered, the response combination counters and the program interruption node, the response receiving block is connected to the program interruption node by the node and the response combination panel, which are interconnected via response combination counters, the program interruption node, the cycle modification node, the period modification node, the situation counter, a period selection node, a period counter, a mode switch, a cycle counter are connected in series with each other, a period change node is connected to a first response selection node, a period counter connected to the period change node and the answer selector, and the cycle counter to the cycle change node and answer selector, the response receiving block is connected to the first answers selection node, which is connected to the block through the first answers counter to the mode switch Pre & ave are selected by the response selector, and the main output is connected to the surgeon to the surge control unit.

attention with expert

1, USSR Author's Certificate No. 446100, cl. G09 On 7/00, 1972. 8 Sources of information received during