RU1787473C - Electronic game control device - Google Patents

Abstract

The inventive device comprises a control switch b, 2 indicator elements 7, 8, 2 pulse generators 9, 10, 2 pulse generators 11, 12, triggers 13, 14, 15, elements And 16, 17, 2 of the counter-decoder 18, 19, node i of the initial installation 20, 2 I-H6 elements 21, 22, 2 binary decimal counter 24, 2 code converters 26, 2 indicators 27. 6-11-15-18-14-9-19-17 -8 18-15; 6-12-14; 12-21-23-25; 19-16-15-22-11: 22-12; 22-21; 22-28, 20-15; 20-23. 2 ill.

Description

The invention relates to electronic games, can be used in electronic board games with competitive elements.

The purpose of the invention is to increase the fun of the game by introducing elements of competition.

Fig. 1 shows an electronic game control device, a general view; figure 2 shows a complete functional diagram of the inventive electronic game control device

The electronic game control device (Fig. 1) has a housing 1 connected by a flexible wire to the housing 2 made in the form of a gun, an on button 3, regulators 4 and 5, a control switch b having a trigger button, indicator elements 7, 8, 27, 28.

The electronic wet control device (FIG. 2) comprises a control switch b; the first and second blocks 7 and 8 indication, generators 9, 10 pulses; shapers 11.12 pulses; first and second triggers 13, 14; third triggers 15; elements And 16, 17; counters-decoders 18, 19; initial installation unit 20: first and second AND-NOT elements 21,22 resource counter 23 as part of two binary decimal reversible counters 24; scoreboard 25 of the resource as part of the transformers 26 codes and indicators 27; indicator 28 End of game,

The control switch 6 and the pulse shapers 11.12 connected thereto are used for playing a game and generating single short positive pulses at the moments of switching the switch on and off.

Display elements 7 (first display unit) connected to the outputs of the counter-decoder 18, and 8 (second display unit) connected to the outputs of elements And 17, are designed to display and visually perceive the progress and status of the game.

The pulse generators 9 and 10 are designed to generate, in the generation mode, continuous sequences of clock signals of the required frequency set using the controls 4 and 5.

. The first and second triggers 13,14, respectively connected to the second inputs of the counter-decoder 18, the And 16 elements and the input of the pulse generator 9, are designed to control the operation of the counter-decoder 18, the pulse generator 9 and the And 16 elements.

The third flip-flops 15, connected by inputs to the AND 16 elements and the initial installation unit 20, and outputs with enabling inputs of the AND 17 elements, are designed to enable the on and off indication elements 8.

Counter-decoders 18 and 19 are designed to receive clock signals from generators 9 and 10 and convert them into a serial position code, which provides sequential lighting

0 indication elements 7, 8.

The initial installation unit 20 is connected to the control inputs of the third flip-flops 15, the installation input of the resource counter 23 and is designed to form on

5 its positive pulse output after turning on the power to the device. The multi-input AND-22 element is designed to analyze the state of the triggers 15 and generate a signal at its output when all three triggers are turned off (i.e., when all indicator elements 8 go out) and this means the game is over. At the same time, its negative output signal blocks the further operation of the pulse formers 11, 12 (even with subsequent pressing of the switches 6), the AND-NOT element 21 and turns on the indicator 28 End of the game.

Resource counter 23 by counting input

0 is connected via an AND-21 element to the output of the pulse shaper 12 and is intended to count the number of times the control switch 6 is pressed in one game, i.e. to account for the expended resource playing for

5 to achieve a positive result. It is made in the form of two series-connected counters 24 (units and tens).

Scoreboard 25 Resource Connected

0 with the outputs of the counter 23, is intended to display and visually perceive the number of moves to achieve a positive result. It is executed on two code converters 26 and two indicators 5 pax 27.

The game is carried out as follows. After turning on the power supply of the device, a positive pulse is generated at the output of the initial installation unit 20, which sets the triggers 15 to the 1 state and the resource counter 23 to the O state. In this period of time, the pulse generator 10 supplies a signal to the counting input of the counter-decoder 18,

5 which converts a continuous sequence of pulses into a positional code with a logic level of 1, which leads to the sequential lighting of the indicator elements 7, i.e. the effect of running a light. When logical 1 appears at the last output of the counter-decoder 18, triggers 13 are set to state 1 and from the output of trigger 14, logical 1 is fed to the input of pulse generator 9, which is set to a stable state with logical O at the output. From the output of trigger 13, logical 1 is supplied to the inputs of AND 16 elements, logic 1 is set to the input of counter-decoder 18 and its zero output, which leads to the constant burning of one (first) indicator element 7. This state of the circuit elements of the device is is the original.

The game consists in the fact that the player, due to his attentiveness and speed of reaction to visual information, accurately and quickly presses (turned on and off) the control switch 6.

When you press the switch b on the indicator elements 8 starts to run a light. Its speed is set by controller 4 (Fig. 1) due to a change in the setting frequency of the pulse generator 9. When you release the control switch b, the light runs through the indicator elements 7. Its speed is set by the regulator 5. When the last extreme indicator element 7 is lit, the second indicator element 8 lit at that moment goes out, the first indicator element 7 lights up again. When the switch is pressed again, the next time 6, the light again runs through the indicator elements 8, but the indicator elements 8 extinguished in the previous steps do not light up. Each subsequent step goes the same way.

Each press of the control switch b is remembered by a resource counter 23, which with each press increases its content by one unit.

The player needs to extinguish all indicator elements 8 in fewer stages (moves) of the game.

After pressing switch b, a positive voltage drop is created at the output of the pulse generator 12, which is also created at the inputs of the trigger 14 and the NAND 21 element, the second input of which is logic 1. The trigger 14 is set to state O, the pulse generator 9 is working in the generation mode, its signals are converted by the counter-decoder 19 into a sequential positional code, with an active logic level 1, which goes to the inputs of the elements And 17, and since their second inputs are fed logic 1. then the outputs

And 17 elements sequentially appears 1, which leads to a sequential light up of the indicator elements 8. At the same time, the AND-NOT 21 element also trips 5, its output signal goes to the first counting (summing) input of the resource counter 23 and increases its content by 1 The contents of the counter 23 are provided on a display 25 for display and

0 visual perception.

After releasing the control switch b, a positive voltage drop is created at the output of the pulse shaper 11, which creates an input

5 trigger 13 positive impulse. The trigger 13 is set to the O state, the indicator elements light up sequentially, and when a logical 1 appears at the last (7) output of the counter-decoder 18, the triggers 13, 14 are again set to state 1, the pulse generator 9 is blocked and becomes stable nie.

At this point in time at one of

5 outputs of the counter-decoder 19 establishes a logical 1, which enters through the corresponding element And 17 to one of the indicator elements 8, in addition, it goes to the input of the element And

0 16, moreover, its other input is supplied with logic 1 from the output of trigger 13. Therefore, at the output of the corresponding element And 16 logic 1 will appear, which will set the corresponding trigger 15 to O, from the output

whose logical O arrives at the input of the element And 17 and extinguishes the lit element 8.

Upon subsequent presses and depressions of the control switch b, the next stages of the game pass through 0, and the previously extinguished indication elements 8 do not light up. Resource counter 23 increases its content with each subsequent press of switch b.

5 Thus, when the pulse generator 9 is set to a stable state, depending on the setting of the state of the counter-decoder 19, the corresponding triggers 15 are set to the O state, the corresponding indicator elements 9 go out and do not light up in the next stages of the game.

When all indicator lights go out

5 elements 8, i.e. when all third triggers 15 are set to O state, the multi-input AND-NOT 22 element is automatically triggered (at its inputs in this case all logical 1 from the inverse outputs of the triggers 15) and its logical O signal blocks the operation of the AND-NOT 21 element and the shapers

11,12, even with subsequent pressings of the control switch 6, the End of game indicator 28 is also turned on, thereby automatically locking and stopping the game. The resource counter 23 stores the number of moves of the player (spent resource), which is displayed on the resource display 25.

To start a new game cycle, the player must turn off and then turn on the power button 3. At the same time, the initial installation unit 20 is triggered, and the circuit works similarly to the previously described.

The use of the invention with the implementation of continuous accounting and displaying of the resources spent to win, automatic fixation and stopping of the game with the simultaneous signaling about it significantly gave the game a competitive character, which increased its amusement.

Claims (1)

SUMMARY OF THE INVENTION An electronic game control device comprising a control switch, the terminals of which are connected to the first inputs of the formers, the outputs of which are connected to the installation inputs of the first and second triggers, the output of the latter through the first pulse generator is connected to the input of the first counter-decoder, the outputs of which are connected to the first inputs of the first and second elements And, the outputs of the latter are connected to the inputs of the first display unit, the output of the first trigger is connected to the installation input of the second counter-decoder and the second inputs of the first elements And, the outputs of which are connected to the installation inputs of the third triggers, the direct outputs of which are connected to the second inputs of the second elements And, the output of the second generator is connected to the counting input of the second counter-decoder, the first outputs of which are connected to the inputs of the second display unit, and the second output - with the control inputs of the first and second triggers, the initial installation node is connected to the control inputs of the third triggers, characterized in that, in order to increase the amusement, it will complement it contains the End of game indicator and the first and second AND-NOT elements connected in series, the resource counter and the resource board, and the inverse outputs of the third triggers are connected to the inputs of the first AND-NOT element, the output of which is additionally connected to the input of the End of the game indicator and to the second inputs the first and second pulse shapers, the output of the last of which is additionally connected to the second input of the second AND-NOT element. . Editor pЈ / g2 Compiled by N. Orlov Tehred M. Morgemtal Order 22 VNIIIPI of the State Committee for Inventions and Discoveries under the USSR SCST 113035, Moscow. Zh-35, Rauska embankment. 4/5 Proofreader I. Muska