SU1375265A1 - Apparatus for controlling electronic game - Google Patents

Abstract

The invention relates to electronic games and allows for an increase in entertaining by shaping an arbitrary target trajectory. The front side of the body of the electronic game control device is a colorfully designed game panel, on which are located the shift knob of the shot direction simulator bodies (shotgun), the Shot button and the LEDs located on the beams passing through the center of the shot direction simulator switch and signal inputs. When the gun is moved to the extreme left position, the light starts to run through. The player’s task is to hit the target, for which he must set the switch of the shot direction simulator in the direction of the burning LED and press the Shot button until the LED goes out. When hit, the LED remains hot, and when it misses, the running light continues until the last LED goes out. To restart the target, the gun must be reloaded, i.e. Turn the switch of the shot direction simulator to the leftmost position. The electronic circuit of the control unit includes a control pulse generator, a pulse distributor, a game state indication unit, a game setup trigger, an installation pulse shaper, a shot direction simulator, a coincidence circuit, a game mode switch and a short pulse shaper. Can play one or more people. The game develops in the players the speed of reaction and coordination of movements. 2 Il. and $ (L 00 sd go O) ate

Description

The invention relates to electronic games, and can be used as an electronic game control device.

The purpose of the invention is to increase entertainingness by forming an arbitrary shape of the motion path.

Fig. 1 is a block diagram of an electronic game control device; 2 is an electrical circuit diagram of the device.

The control unit contains a control pulse generator 1, a pulse distributor 2, a setting pulse shaper 3, a game state indication unit 4, a game play mode switch 5, a shot direction simulator 6, a coincidence circuit 7, a shorter pulse shaper 8, set trigger 9 games in original condition.

The control unit is enclosed in a housing, inside which there is an electronic circuit and power elements. The front side of the case is a colorfully designed game panel on which the simulator 6 knob (shotgun), the Shot button, kinematically connected to the switch of 5 play modes, the LEDs of the display unit 4 located on the moons passing through the center of the simulator 6 and any of its signal inputs. When shooting is combined with the passage of a track, for example, an electronic biathlon game, the biathlon track is also applied to the game panel. The game is performed in the desktop version.

The player turns on the power. When translating a gun from any position to the leftmost one (reloading gun), the LEDs of the display unit 4 will light up in succession, i.e. running light. The player’s task is to hit the target. To do this, he must set the simulator switch 6 in the direction of the burning LED and press the Exit button until the indicator goes out. When hit, the LED of the affected target remains hot, and when it misses, the running of the light continues. After the last LED goes out, the gun stops and reloads the gun to restart the target. In accordance with the age of players or as a result of training, the frequency of the generator, and, consequently, the speed of the light can be increased.

The control device operates as follows.

A trigger chain is used as a 2-pulse distributor, a display unit 4 contains three LEDs, and the trigger 9 of the setup is performed according to a D-trigger with separate installation in O and 1. When the power is turned on, the inverter outputs 2 pulses are set to logical 1, at the direct output of the setup flip-flop 9, logical O, the control pulse generator 1 does not work, there is no running light. When translating the simulator switch b from any position to the leftmost (recharge), the positive voltage from the output of the second direction of the simulator switch 6 is fed to the driver 3 of the set impulses, at the output of which a short positive pulse is formed. The latter zeroes the pulse distributor 2 and sets the trigger 9 of the position to logical 1. In this case, the control pulse generator 1 starts to work, and logical 1 appears at the outputs of the pulse distributor 2 successively, causing the LEDs 4 of the display to alternately light up. If the player does not hit the target, logical 1 appears on the inverse output of the last bit; the distributor 2 pulses; after the end of the run cycle, the fire returns the trigger 9 for setting the game to its initial state — to the logical O position at the output; the control pulse generator 1 is turned off. To restart the last one, reload the gun, i.e. switch the simulator switch 6 from any position to the leftmost one. If the player while running the light has time to set the simulator switch 6 in the direction of the burning LED and press the Shot button, kinematically connected to the switch 5 of the game play modes until the LED goes out, logical 1 appears at the output of the matching circuit 7, which sets the trigger 9 to initial state to logical state O at the output and

stops the control pulse generator 1.

At the same time, the LED on which the shot is fired remains high. Shaper 8 short pulses in order to permanently hold the Shot button in the pressed state does not lead, if properly aimed, to defeat. To change the speed of the light running, you can close the resistors of the generator I of control pulses. Jacks for installing jumpers are output to the game panel.

The invention increases occupancy as it allows hitting the target only when the signal switch is set in the direction of the burning LED and the Arrow button is pressed until the LED goes out.

The game contributes not only to the development of speed of reaction, but also to the coordination of movements among the players.

Claims (1)

Invention Formula An electronic game control device comprising a control pulse generator connected by an output to a first input of a pulse distributor connected by outputs to the corresponding the corresponding inputs of the game state indication unit, and the trigger for setting the game to the initial state, characterized in that, in order to increase the entertainingness by forming an arbitrary shape trajectory, it has a shot direction simulator, a setting pulse shaper, a short pulse shaper, a matching circuit and a game play mode switch, the output of which through the shaper of short pulses is connected with the first pass of the coincidence circuit connected by the second input with the first output of the simulator directed audio shot, which second output is connected to the input of the pulse shaper installation, a first output connected to a second input of the distributor them. pulses and the first input of the game setup trigger to the initial state, which is connected to the output of the coincidence circuit by the second input, the outputs of the pulse distributor are connected to the corresponding inputs of the shot direction simulator, and the output of the game setup trigger is connected to the input of the control pulses and its control input is connected to one of the outputs of the pulse distributor. Ck