SU785890A1 - Trainer for operator - Google Patents

Description

(54) OPERATOR SIMULATOR

one

The invention relates to simulators and can be applied in technical means for training operators.

A known operator simulator comprising a control signal node, a correct response registration node and an presentation presentation node 1.

A disadvantage of the known simulator is the low didactic possibilities.

The aim of the invention is to increase the didactic abilities.

The goal is achieved by the fact that the simulator has an electronic distributor, a control signaling unit, and the information presentation unit is made in the form of interconnected keyboards and information boards, while the control signal unit is connected to the information presentation unit through an electronic distributor , the control signaling unit and the registration unit for correct answers.

FIG. 1 shows a structural diagram of the simulator; in fig. 2 - its appearance from the operator (view A) and from the examiner (view B).

The simulator contains an examiner's console 1, operator’s console 2, a 3-clock pulse generator, an electronic distributor 4, a starting signal block 5, a keypad. 1 nd console 6, an information board 7, a register of 8 standard responses, a register of 9 entering answers, enabling signal element 10, the control signal element 11, the signal panel 12 of the correctness of the input response, information cells 13, keys 14-16, indicator elements (light bulbs) 17.

ten

The information cells 13 are recessed sockets with a light bulb, covered with signs inserted into the slots (pockets) with symbolic or semantic information.

15

The control signal node has a 3 clock pulse generator and a starting signal block 5.

The node for registration of correct answers contains a register of 8 standard answers, a register of 9 input of answers and a signal board 12 of the correctness of the input of an answer.

Claims (1)

The information presentation node has a keypad, keypad 6, and an information board 7. The control signaling element block contains a resolving signal element 10 and a control signal element 11. The examiner on the remote control 1 uses the keys 16 of the keypad of the remote control 6 by pressing one of them in each The row dials the numbers of the information board 7, which will be highlighted in sequence during the polling process. He then presses the key 15 on the master response register 8 corresponding to the class number to which the dialed situation belongs. After that, the start button is pressed in block 5 of the start signal. This starts the 3-clock pulse generator, which regulates the operation of the electronic distributor 4. After the first pulse arrives, a control signal is generated at the first output of the distributor 4, which is fed to the first panel of the keypad of the console 6. The signal passes through the contacts of the key 16 that was pressed in the first row of the field, and connects to the circuit the corresponding cell 13 of the information board 7. The backlight lasts for the time Tf of the first cell of the distributor 4. Then the first cell the limiter is disconnected and the next cell starts up. But since the second and third outputs of the distributor are not connected to the dial-in field of the console 6, during the time of operation of the second and third cell of the distributor 4, no information on the display 7 is highlighted. When the distributor 4 is working, the signal from the fourth output goes to the second bar of the keypad of the console 6 and through the contacts pressed, the key 16 in the second row connects the corresponding cell 13 of the information board 7 to the circuit. Similarly, after a certain time, one of the third rows of the board lights up 7. After the illumination is removed, a signal is generated at the last output of the distributor 4, which connects the enabling signal element 10 (light bulb) on the operator’s console 2 and in parallel with it the control signal element 11 on Remote 1 examiner. At the same time, the register of 8 reference responses and the register 9 of response input are connected to the circuit. When turning on the light bulb 10, the operator decides on the basis of information to one of the classes and presses the number of this class on the register 9 for entering answers. If the same numbers are pressed on registers 8 and 9, the corresponding indicator element 17 of the signal board 12 is turned on in the circuit, signaling to the examiner about the correctness of the input. The proposed simulator increases the didactic possibilities, because with its help, the operator can present various information with given time intervals, which he must memorize, after presenting all the information, make an appropriate decision, as well as due to the fact that he allows to train operators using electronic distributor operating in cyclic mode. Claims of the invention An operator simulator containing a control signal node, a correct response registration node and an information presentation node, characterized in that, in order to increase didactic possibilities, it has an electronic distributor, a control signal block, and the information presentation node is made the form of a keypad and an information board interconnected; the block of control signals is connected via an electronic distributor to the information display unit Aulus constituent elements and signal node registration of correct answers. Sources of information taken into account during the examination 1. USSR Author's Certificate No. 364018, cl. G 09 B 7/00, 1972 (prototype). g /