SU930337A1 - Trainer for teaching control of vehicles - Google Patents

Description

The present invention relates to automation and computing, and is intended to train the operational memory of the operators of various control systems.

Simulators are known that contain information display board, an exposure time control unit, a registration unit, an error highlighting unit, a test panel.

However, such devices do not allow changing the size and volume of the information presented.

The closest to the invention is a simulator containing a random signal generator, a program block, an operator panel, a time counter, an error counter, an adder and a memory block, the first and second inputs of which are connected to a random signal generator and operator panel, and the output connected to the second the input of the comparison circuit, another output of which is connected to the first input of the adder, the output of which is connected to the input of the operation counter, another input of the time counter and through a switch to the program block whose other output oedinen to a third input of the memory and the second input of the adder i2J.

However, the known device allows the operator to be trained only in the conditions of the presentation of constant requirements and the depth of his RAM, which reduces the functionality of the device.

The purpose of the invention is to expand the didactic capabilities of the device.

This goal is achieved by

10 that a simulator containing a series-connected operator console, a comparison unit, a first counter and a registration unit, the second input of which is connected via the second counter to the second output of the comparison unit, an information board and a series-connected training program task unit, a clock generator and a random generator signals that

20 introduction of a cue and a series-connected additional random signal generator, an AND block, a buffer register and a switch, the second input of which is connected to the second

Claims (1)

25 by the output of the learning program setting block, and the output with the second input of the comparison block — the output of the main random signal generator — is connected via a key to the first input of the information board and the second input of the buffer register; the second input of the AND block is connected to the third output of the learning program setting block, the second output is with the second input of the information board, the third output is about the second key input, the fourth output is with the second input of the first counter, the input of an additional random signal generator is connected to the output of the generator Ora clock pulses. The drawing shows the proposed simulator. The simulator contains an operator panel 1, a unit 2 comparison, a counter 3 times, a counter 4 errors, an information board 5, a buffer register 6 switch 7, a registration block 8, a key 9, a block 10 elements AND, a task program 11, a generator 12 random (information signals), generator 13 random (command) signals, generator 14 clock pulses. The buffer register 6 serves to store the N current values of the information signals. Switch 7 is designed to connect the i-ro bit of the buffer register b to block 2 comparison. The bit number connected by the switch 7 to the comparison unit 2 is set by block 11. The key 9 serves to turn off the generator 12 of the board 5 for the duration of the command signal. The generator 13 is used to form a stream of random command signals with an intensity determined by the frequency generated by the generator 14 defined by block 11. Block 10 serves to separate random command signals from the total stream, command signals specified by block 11, transfer them to the scoreboard 5 and control key 9, buffer register 6, switch 7 and counter 3. The simulator works as follows. The command from block 11 turns on generator 14. Clock pulses control the operation of generators 12 and 13 The stream of random information signals of a given intensity — through key 9 goes to the display -5 and the buffer register 6. The operator remembers the information presented to him. The generator 13 generates a random sequence of command signals that are received in block 10. When a command signal is received, according to which the operator must restore on the console 1 the information signal that preceded this command signal during i cycles, block 10 passes this signal to The display 5 and issues a command to the key 9, which in this cycle does not pass the information signal to the display 5. At the same time, the block 10 sends a command to the buffer register 6 and turns on the counter 3. Through the switch 7, controlled by the block 11, the current information signal value from the 1st discharge .bufernogo register 6. The learner remote restores the value 1 i-ro information signal. When working properly, block 2 issues a command to stop the counter 3 and the reaction time is recorded in the block. 8. In case of a student’s incorrect operation, block 2 issues a signal to counter 4, information from which is also recorded in block 8. Thus, the proposed simulator, by changing the digit number in which it is necessary to recover the information, allows Different requirements for the RAM depth change the number of different command signals specified by the program block, and thus change the number of bits in which the information signals need to be restored, allows you to have different volume requirements Effective memory. Claims of the Invention Simulator of an automated control system operator containing a sequentially connected operator console, a comparison unit, a first counter and a registration unit, the second input of which is connected via a second counter to the second output of the comparison unit, an information board and a series of instruction training program, a clock generator and a random signal generator, distinguished by the fact that, in order to expand the didactic capabilities of the simulator, it contains a key and An additional random signal generator, an AND block, a buffer register and a switch, the second input of which is connected to the second output of the learning program task block, and the output to the second input of the comparator, the output of the main random signal generator is connected to the first input of the information board through the key the second input of the buffer register, the second input of the block of elements And is connected to the third output of the block of the instruction program, the second output - with the second input of the information board, the third output - with the second input om key, the fourth output with the second input of the first counter, the input of an additional generator of random signals connected to the output of the clock generator. Sources of information taken into account in the examination The certificate of the USSR 09 В 9/00, 1979. USSR certificate 09 В 7/02, 1976 (about "G 0 . "SI but: V