SU1389795A1 - Apparatus for controlling electronic game - Google Patents

Abstract

The invention relates to electronic game control devices, can be used in conducting collective games, and is intended to increase the fun by simulating the actions of the players in the process of conducting air bo. The game involves two partners. First partner. controls the target, the second controls the target. The goal of the game for the first partner is to dodge the projectiles; for the second partner, to hit the target eight times with the smallest number of projectiles. The number of projectiles fired and the number of hits on the target is indicated by one of the light source units. The audio signal is produced by a dynamic head, which is controlled by a sound effects simulation unit, which outputs control signals to the dynamic head, depending on the game situation. The game has the ability to set the class of difficulty. The switches for setting the class of difficulty and the switches for controlling the flight paths of the projectile and the targets are located in the unit for changing the game situation. Other light source control units provide control signals to the light source blocks that represent the projectile and target trajectories. 2 h. apt. 2 Il.

Description

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The invention relates to electronic game control devices and can be used during group games.

The purpose of the invention is to increase entertainingness by imitating the actions of the players playing in the process of air bo

FIG. 1 shows a functional diagram of the device; in fig. 2 - the appearance of a variant of the game floor

The second terminals of the switches 21-23 are connected to the third, second, and first outputs of the game changing unit 1. The movable contact 27 is connected to the fourth output of the block 1 for changing the game situation. The second terminals of switches 18-20 are made in the form of current-carrying rectangular lobes of a certain size, located under target 12 (Fig. 2). The width of these petals

The electronic game control unit 10 determines the required accuracy of the pickup; the device contains a block 1 of changing the game row 16 to the target 12 for each of the game classes (first, second or third). The first light source control unit 2 (Fig. 1) contains the counters 28 and 29. The reset input of the counters 28 and 29 is connected to the first input of the first light source control unit 2. The counting input of the counter 28 and the counting input of the counter 29 are connected respectively to the second and third inputs of the first situation control unit 2 (Fig. 1) connected to the first 20 by points of the CBeta. The transfer output to the counter input of the first control unit 2 of the source 28 is connected to the second output of the first light source control unit 2, to the second output of which the information outputs of the counters 28 and 29 are connected. The second light source control unit 3 contains an element 30 and a trigger 31. The first and second inputs of the element 30 are connected respectively to the third and first inputs of the second light source control unit 3, and the output to the reset input of the trigger 31, the direct and inverse outputs of which are connected to the second and first, respectively. The output of the second light source control unit 3, the second input of which is connected to the installation

situations (Fig. 1), the first 2, second 3 and third 4 light source control blocks,. the first 5, the second 6 and the third 7 blocks of light sources, the block 8 of imitation of sound effects, the dynamic head 9, hand-made. The control target 10 (Fig. 2), the projectile control handle 11, target 12, projectiles 13-16, flame simulator 17.

The first output of the gaming block

light output, the second output to the second input of the first light source control unit 2 and the first input of the third light source control unit 4, the third output to the third input of the first light source control unit 2 and the second input of the second light source control unit 3, the fourth output to the first input of the second light source control unit 3. The first output of the first light source control unit 2 is connected to the input of the first light source unit 3, the second output is connected to the second input of the sound effects simulation unit 8 and the second input of the third light source control unit 4.

The first output of the second light source control unit 3i is connected to the first input of the second light source unit 6, the second output to the first input of the sound effects simulation unit 8 and the second

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thirty

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trigger input 31.

The third light source control unit 4 comprises a pulse generator 32 and a shift register 33. The output of the generator 32 pulses is connected to the counting input of register 33, whose three lower bits and the most significant bit of which are connected to the input of the second block of 6 light sources. 40 is possible to the second and first outputs

the third source control unit 4

The first output of the third light source control unit 4 is connected to the third input of the second light source control unit 3 and the first input of the third light source unit 7, the second output to the second input of the third light source unit 7.

The output of block 8 simulating sound effects is connected to the dynamic head 9.

The gaming situation change unit contains switches 18-23, resistors 24-26 and a moving contact 27. The first inputs of switches 18-23 are connected to the output of a minus power source. First conclusions

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light, the first and second inputs of which are connected respectively to the information input and the reset input of the shift register 33.

The first block 5 of light sources contains light-emitting diodes 34-40, the positive inputs of which are combined and connected to the output of the "plus power supply, and the negative

inputs - to the input of the first block of 5 light sources.

The second block 6 of light sources contains LEDs 41 and 42, the inputs of which are combined and connected to the output plus the power supply, and the negative leads respectively to the first and second resistors 24-26 are connected to the output 55 Dam of the second block 6 of the light sources.

"Plus the power supply, and the second you are the third block of 7 light sources contains LEDs 43-46, whose inputs are combined and connected to the output" plus

water - respectively, to the second pins of the switches 18-20.

light, the first and second inputs of which are connected respectively to the information input and the reset input of the shift register 33.

The first block 5 of light sources contains light-emitting diodes 34-40, the positive inputs of which are combined and connected to the output of the "plus power supply, and the negative

inputs - to the input of the first block of 5 light sources.

The second block 6 of light sources contains LEDs 41 and 42, the inputs of which are combined and connected to the output plus power supply, and the negative leads respectively to the first and second inputs of the second block 6 of light sources.

power source. The negative terminal of the LEDs 43 is connected to the first input of the third light source unit 7, to the second input of which the negative terminals of the LEDs 44-46 are connected.

The sound effects simulation block 8 contains the element OR 47, the pulse generator 48, the AND 49 element. The first and second inputs of the OR element 47 are connected to the first and second outputs of the sound effects simulation block 8, respectively, and the output to the first input of the And 49 element, the second input which is connected to the output of the generator 48 pulses, and the output to the output of block 8 simulate sound effects.

The goal control knob 10 (FIG. 2) moves the printed circuit board, on which the target 12, the flame simulator 17, the LEDs 41 and 42 (FIG. 1) are located, along the playing field to the left or right (FIG. 1), between the first and third classes. games.

After switching on, the device operates as follows.

J.Partners set the class of the game (first, second or third) by closing the switches 18-20 belonging to block 1 of the game situation change. In this case, the first class of the game is established if the switch 18 is closed, the second class of the game is established when the switches 18 and 19 are closed. The third class of the game is established when the switches 18-20 are closed. After that, the partners set the game to its original state by first pressing the switch 23 and then the switch 21. When the switch 23 is pressed, the logical zero signal is fed to the reset input of the counters 28 and 29, which is the first input of the first control unit 2 15

the second pins of the switches 18-20 (Fig. 1).

These targets, for illumination, respectively, were 12 2Q targets with light points, nullified these counters and (phg. 2) and the flame simulator 17, and also set their transfer output to one state.

The signal from the information outputs of the counter 28 is fed to the negative inputs of the LEDs 34-37 connected to the input of the first block of 5 light sources, and the signal from the information outputs of the counter 29 is fed to the negative inputs of the LEDs

The knob 11 for controlling the projectiles (Fig. 2) moves the circuit board on the playing field to the left or right, on which the projectiles 13-16, the LEDs 43-46 (Fig. 1) are located, designed to illuminate respectively the projectiles 16; 13, 14 and 15

25

38-40, also connected to the first input of the first block of 5 light sources. Ta (Fig. 2), as well as the moving contact 27 in a manner, LEDs 34-40 display the status of the counters 28 and 29.

When the switch 21 is pressed at the third output of the game change unit 1, a single pulse of negative polarity is generated, which is supplied

(Fig. 1).

The essence of the game is as follows. The first partner handles the control 10 of the target (Fig. 2) moves the target 12 (for example, an airplane) across the playing field. The second partner, using the control knob 11, 35, the counting input of the counter 29, which moves around the playing field of the sleep — with the second input of the second light source control unit 2 — added to its content a unit and to the installation input of the trigger 31, which is the second

   with the input of the second source control unit 2, hit target 12 eight times. Chis. By the nicknames of the svbt, setting it in a single start-up is indicated by LEDs 34-37, this is the state. Logical zero signal

arrives from the inverse output of the trigger 31 to the negative input of the LED 41, which is the first input of the first block 6

Rows 13-16 (for example, a rocket).

The essence of the game for the first partner is to dodge the projectiles 16. The essence of the game for the second partner is the lowest number

The number of projectiles hit the target is indicated by 38-40 LEDs. At the moment of hitting the snare and 16 at the target 12, and also

after the number of starts reaches. light sources, i.e. LED 41, -. g „„ illuminating the target 12 (Fig. 2).

Around fifteen beeps. The game has the ability to set the class of difficulty. The first class is the most difficult for the partner controlling the projectile and the most simple for the partner, controlling this way, after setting the game to the initial state, the LEDs 34-37 (Fig. 1) display the code "zero meaning the goal, as in this class, the number of projectiles is equal to the number of projectiles 16 in the target 12 is three-zero, and the LEDs 38-40 display

the code “unit, meaning that target number one is displayed on the playing field. In addition, the led 41 is turned on, illuminating the target 12 (Fig. 2). Having created the effect of a projectile 16 in the target 12, such a 55 presence of the target 12 on the playing field is not required, accurate targeting of the projectile 16 to the target 12, the second partner with the sleep control handle 11, as in the first class of the game. The second class next to (Fig. 2) directs the projectile 16 at the goal 12 of the game for the partners between-hours and presses the switches 22 (Fig. 1).

It is very accurate to target the projectile 16 at target 12. The third class is the simplest for the partner controlling the projectile, since

This is the position in complexity between the first and third classes of the game.

After switching on, the device operates as follows.

Partners set the class of the game (first, second or third) by closing the switches 18-20 belonging to block 1 of the game situation change. In this case, the first class of the game is established when the switch 18 is closed, the second class of the game is established when the switches 18 and 19 are closed. The third class of the game is established when the switches 18-20 are closed. After that, the partners set the game to its original state by first pressing the switch 23 and then the switch 21. When the switch 23 is pressed, the logical zero signal is fed to the reset input of the counters 28 and 29, which is the first input of the first control unit 2

25

38-40, also connected to the first input of the first block of 5 light sources. That is, LEDs 34 to 40 display the status of counters 28 and 29.

When the switch 21 is pressed at the third output of the game change unit 1, a single pulse of negative polarity is generated, which is supplied

 the counting input of the counter 29, which is with the second input of the second unit 2; When the switch 22 is pressed, the single output of the first light source control unit 2 is generated at the second output of the game situation changing unit 1 (Fig. 1) and to the first input of the third light source control unit 4. At the same time in the counter. 28 connected by a counting input to the second input of the first source control unit 2

the playing field of the effect is less accurate than in the second class of the game, combining the projectile 16 (Fig. 2) with the target 12.

The logical zero signal comes from the moving contact 27 (Fig. 1) through the fourth output of the game situation changing unit 1 and the first input of the second light source control unit 3 to the second input of the output element 30, to the first input of which the output of the chesvet shift register 33 is added the unit, and the register 33, 10 cutting the first output of the third block 4, which is connected by the information input to the first input of the third block 4, controls the light sources, transfers the input negative pulse from the lower bits to the older ones by the clock pulses. Tactoring by light sources and the third input of the second light source control unit receives a logical zero signal. When a logical zero signal appears on the first or second inputs of an element 30,

the outgoing pulses arrive at the counting input at its output there is a signal from the logic register 33 of the shift from the output of the 32-zero generator, which is fed to the input

pulses belonging to the third block reset trigger 31 and zero it.

The signal of the logical unit comes from the inverse output of the trigger 31 through the per4 control of the light sources.

Signal from three low-order bits of res20

the shift histor 33 is supplied through the second output of the third light source control unit 4 to the second input of the third light source unit 7, to which the negative inputs of the LEDs 44-46 are connected.

The signal from the higher bit of register 33 25 is fed through the first output of the third light source control unit 4 to the first input of the third light source unit 7, to which the negative input of the LED 43 is connected. The LEDs 44, 45, 46 and 43 start to turn on alternately, illuminating respectively 13, 14, 15, and 16 (Fig. 2), thereby creating a projectile effect on the playing field on the target 12.

The first partner at this time with the target control handle 10 attempts to divert the target -12 from the projectile 16.

The second partner, using the handle 11, controls the projectile (Fig. 2), combining the projectile 16 on the playing field with the target 12, together

the output of the second control unit 3 of the light sources and the first input of the second source 6 of light to the negative input of the LED 41, including it, and thus creating the effect of the disappearance of the target 12 (Fig. 2) from the playing field. The logical zero signal comes from the direct output of the trigger 31 (Fig. 1) through the second output of the second light source control unit 3 and the second input of the second light source 6 to the minus input of the LED 42, turning it on and thus creating the effect of the flame on the simulator 17 (Fig. 2) on the playing field. The logical zero signal from the direct output of the trigger 31 (Fig. 1) also goes through the first input of the sound effects simulation block 8 to the first input of the OR 47 element. When a logical zero signal appears at the first or second input of the OR 47 at its output, is a signal of logical zero, which is fed to the first input of the element And 49, to the second input

thereby, the movable contact 2740 of which receives pulses from the generator (Fig. 1) with a second output of one of the 48 pulses.

switches 18-20. On a moving contour when a logical zero signal is generated

In step 27, the logical signal of the first input of the element I 49 is impulsed only when this concur from the generator output 48 is combined with the second impulse of the attack from the second output of one of the contacts through the second input of the element 49 and 49

These switches are 18-20. Thus, an image 8 of the sound effects imitation and dazy block 8, for the presence of a signal, is logically more to the input of the dynamic head 9. At

the zero on the movable contact 27 requires that this contact be combined with either the second output of the switch 18 in the first class of the game, which requires creating an effect on the playing field of precisely aligning the projectile 16 (FIG. 2) with the target 12, or with the second output of the switches 18 ( Fig. 1) or 19 in the second class of the game, which requires making the effect less accurate on the playing field than in the first class of the game, combining the projectile 16 (Fig. 2) with the target 12, or with the second output of the switches 18-20 (Fig 1), which requires the creation of

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55

the appearance of pulses at the input of the dynamic head 9 is given a sound signal (explosion, hitting the target).

Thus, when combined on the playing field of the projectile 16 (Fig. 2) with the target of 12 on, the LED 42 (Fig. 1) turns off, creating the effect of a flame on the playing field (Fig. 2), turns on the LED 41 (Fig. 1 ), creating the effect of the disappearance of the target 12 (Fig. 2) with the playing floor, and the dynamic head 9 (Fig. 1), a beep sounds, indicating the defeat of the target.

the playing field of the effect is less accurate than in the second class of the game, combining the projectile 16 (Fig. 2) with the target 12.

The logical zero signal comes from the moving contact 27 (Fig. 1) through the fourth output of the game situation changing unit 1 and the first input of the second light source control unit 3 to the second input of the output element 30, to the first input of which from the output of the shift register 33 through the first output The third light source control unit 4 and the third input of the second light source control unit receive a logical zero signal. When a logical zero signal appears on the first or second inputs of an element 30,

at its output there is a logical zero signal, which is fed to the input

The signal of the logical unit comes from the inverse output of the trigger 31 through the per0

five

five

the output of the second control unit 3 of the light sources and the first input of the second source 6 of light to the negative input of the LED 41, including it, and thus creating the effect of the disappearance of the target 12 (Fig. 2) from the playing field. The logical zero signal comes from the direct output of the trigger 31 (Fig. 1) through the second output of the second light source control unit 3 and the second input of the second light source 6 to the minus input of the LED 42, turning it on and thus creating the effect of the flame on the simulator 17 (Fig. 2) on the playing field. The logical zero signal from the direct output of the trigger 31 (Fig. 1) also goes through the first input of the sound effects simulation block 8 to the first input of the OR 47 element. When a logical zero signal appears at the first or second input of the OR 47 at its output, is a signal of logical zero, which is fed to the first input of the element And 49, to the second input

0

five

the appearance of pulses at the input of the dynamic head 9 is given a sound signal (explosion, hitting the target).

Thus, when combined on the playing field of the projectile 16 (Fig. 2) with the target of 12 on, the LED 42 (Fig. 1) turns off, creating the effect of a flame on the playing field (Fig. 2), turns on the LED 41 (Fig. 1 ), creating the effect of the disappearance of the target 12 (Fig. 2) with the playing floor, and the dynamic head 9 (Fig. 1), a beep sounds, indicating the defeat of the target.

After hitting the projectile (fig. 2) at the target 12, the first partner presses the switch 21 (fig. 1). At the same time, at the third output of the game situation change unit 1, a single negative polarity pulse is formed, which through the third input of the first light source control unit 2, enters the counting input of the counter 29, adds one to its content, and through the second input of the second source control unit 3 The light arrives at the installation input of the trigger 31, setting it to one.

The signal of the logical unit from the direct output of the trigger 31 through the second port of the second block 3 of the control of the light sources and the second input of the second block 6 of the light sources to the minus input of the fiber diode 42, turning it off and thereby.

it is in its original state. Thus, after fifteen clicks on the switch 22 (Fig. 1), the dynamic head 9 is given an acoustic signal, and in the first field the effect of the presence of projectiles 13-16 (Fig. 2) is created, LEDs 34-37 (Fig. 1) are displayed a code of the number fifteen, and the LEDs 38-40 display the code of the number of projectile hits on the target.

The use of the invention allows to increase the interest by imitating the actions of the players in the process of maintaining the air bo.

Claims (4)

Invention Formula 1. An electronic game control device comprising a game situation changing unit connected by a first output to a first input of a light source control unit connected by the first outputs the signal of the logical unit from the direct output of the trigger 31 through the second output of the second light source control unit 3, the first input of the sound effects simulation block 8 and then through the first input of the OR 47 element, the first input of the And 49 element, the output of the sound effects simulation block to the dynamic input head 9, stopping at the same time the sound signal. Thus, by pressing the switch 21 on the playing field there is a target 12 (Fig. 2), illuminated by the LED 41 (Fig. 1), the counter 29 changes its state, which displays 25 creating the effect of the disappearance of the flame 37 20 with the inputs of the block of light sources and the second (Fig. 2) from the playing floor. In addition, the output - with the first input of the sound effects simulation block, connected by the output to the input of the dynamic head, is characterized in that it contains additional light source control blocks and additional source blocks to increase the fun by simulating the actions of the players playing the air boom process. light, while the second output of the gaming situation change unit 30 is connected to the second input of the light source control unit and to the first input of the first additional control unit E beam, the first output associated with first inputs of the first additional source unit overhang LEDs 38-40 by one, and advantages P5 second input of which is connected to the secondary sound signal kraschaets feed din-eye output of the first additional blomicheskoy head 9. Further, the partners repeat the actions described. After fifteen taps on the switch-. the reader 22 (FIG. 1) at the transfer output of the game change block, the quad counter 28, is a signal of the logical output connected to the third the inputs of the second additional light source control unit and the light source control unit, the second output of the Sound Effects Imitation and then the second output of which is connected to the second input of the first swarm input of the OR 47 element, which is corresponding to the audio control unit light sources, the first output of the secondary head 9. In addition, the signal of the additional auxiliary control unit and the zero is supplied from the output by the light sources connected to the first input of the counter 29 to the second The input of the second additional unit of the source of the light source control unit 4 0 light peaks, the second input of which is connected to the second output of the shift register 33, added to the second output of the second one. The signal of the logic zero of the source source control block shines from the outputs of the register 33 to the inputs and to the second input of the simulation block of the third block 9 of the light sources and further sound effects. to the negative leads of the LEDs 44, 45, 2. The device according to claim 1, characterized by 46 and 43. The LEDs 44, 45, 46 and 43, including the fact that the first additional unit is being packaged, thereby illuminating the projectile projectile sources of light, have a gene- 13–16 (Fig. 2). Further operation of the pulse generator and shift register, the connection of the game is possible only after the first input is installed with the output of the light source control generator, with the first input of the second additional light source control unit, the second input of which is connected to the third output who is zero. This signal through the second output of the first light source control unit goes to the second input of the unit it is in its original state. Thus, after fifteen clicks on the switch 22 (Fig. 1), the dynamic head 9 is given an acoustic signal, and in the first field the effect of the presence of projectiles 13-16 (Fig. 2) is created, LEDs 34-37 (Fig. 1) are displayed a code of the number fifteen, and the LEDs 38-40 display the code of the number of projectile hits on the target. The use of the invention allows to increase the interest by imitating the actions of the players in the process of maintaining the air bo. Invention Formula 1. An electronic game control device comprising a game situation changing unit connected by a first output to a first input of a light source control unit connected by the first outputs with the inputs of the light source unit and the second output - with the first input of the unit by them. block change the game situation, the fourth output connected to the third light source control, with the first input of the second additional light source control unit, the second input of which is connected to the third output The pulse torus, the second and third inputs of the shift register are the first and second inputs of the first additional light source control unit, respectively, while the register outputs are the first and second outputs of the first additional light source control unit. 3. The device according to claim 1, characterized in that the second additional control unit 9795 ten The light source contains an And element and a trigger connected by a first input to an And element output, whose inputs are respectively the first and second inputs of the second additional light source control unit, the second trigger input and the trigger outputs are the third input and outputs of the second additional control unit light sources. -X 4.V tv I fj 33 3 35 36 0666 K 22  r 57 boo lv 17 12 15 i L1 18 19 20 / I /