SU910174A1 - Apparatus for tv-games - Google Patents

Description

(54) DEVICE FOR TELEASES

I

The invention relates to devices for television games and can be used as a gaming machine.

A game device device containing a control unit, the first outputs of which are connected to information inputs of an image reproducing unit, is known, its second output is connected to an input of a sound accompaniment unit, a master oscillator whose output is connected to a synchronization input of a control node, a television switch, the first outputs of which are directly and through the first block of the player are connected to the first inputs of the control unit, weapons imitations, the first input of which is connected to the first input of the switch, those of the games, and the second one The output is with the second input of the control unit, and the second unit of the playing LI J.

A disadvantage of the known device is the low interest of the games.

The purpose of the invention is to increase the value of games.

The goal is achieved by the fact that the device has a multivibrator, an autopartner block, a target control block, a stationary target shaper, a target background generator, and a block of summation of the target signals, while the third output of the control node is connected to. the first input of the former is fixed

The 10th target and the first input of the autopartner block, the second input of which is connected to the fourth output of the control unit associated with the first input of the block of the addition of target signals,

15 the second input of which is connected to the output of the former with a fixed position -. and its third input is connected to the output of the target background generator connected to the second input from the TV game, the third input of which is connected to the output of the autopartner block, the second output of the TV switch is connected to the first input of the migrant control switch, the second input is connected with the second output of the weapon simulation unit, and the output of the target control unit is connected to the second input of the fixed target former, the third input of which is connected to one of the first outputs of the control, the output of the adder unit The signal is connected with the control input of the image reproduction unit and with the input of the weapon simulation unit, the third output of the telegram junction. connected to the first input of the multivibrator, the second input of which is connected with the output of the player's second block, and its output is connected to the input of the control unit. FIG. 1 shows a block diagram of the device; Fig. 2 is a block diagram of the control unit; on (1) yg. 3 - multivibrator; in fig. 4 scheme of the formation of the racket; in fig. 5 is a block for adding target signals. The device contains a control unit 1, a player’s unit 2, a tele-game switch 3, a weapon imitation unit 4, a master oscillator 5, an audio amplifier 6, a loudspeaker 7, a video signalformer 8, a video signal converter 9, a television monitor 10, a player’s unit 11, a unit 12 autopartner, multivibrator 13, target control unit 14, fixed target driver 15, target signal tracking unit 16, target background generator 17. The control node I has a synchronization input 18 and a waiting input 20, 3 the video signal generator 8 has a control input 19. In addition, the device contains a discharge unit 21, a synchronous generator 22 operating from a signal of the oscillator 5, the imager 23 a signal seam flange , gate, nets, shaper 24 sync pulses, control unit 25 commands in game type & (game switch), control block 26 and signal generator, phase-shifted relative to the clock signals of the clock generator (movement signal generator); 27 mash maker, match block 28, racket symbol row positioning signal generator 29 in rows, right shaper 30, left player symbol shaper 31, left player symbol switch 31, shaper 33 digits, logical element OR 34, sonic shaper 35, bit unit 36, transistors 37, 38, resistor 39, switch 40, resistor 41 and capacitor 42, switches 43, 44, and logic AND 45. The image playback unit contains shaper 8 of video-i signal, converter 9 videogig and tv This monitor 10, the sound unit contains an amplifier 6 beeps and a loudspeaker 7. The device works as follows. The master oscillator 5 generates pulses that synchronize the operation of the control unit 1, completed according to the standard K145-IK17 type circuit. The control unit 1 generates the signals necessary for simulating on the television screen such games as tennis, mini football, squash, training in the net and two shooting games on moving targets that do not change their dimensions. . TaKj, for example, when playing in tennis, the boundaries of the playing floor, grid and two players' racket (right and left), mh and numerals are formed. With the help of the corresponding blocks of players 2 and 11, players choose their racquet locations to reflect the mater ... If the player does not beat off the mh, node 1 will automatically count the opponent's point. When playing with an auto partner, the left player’s racket moves automatically, tracking the vertical position of the ball. When playing a game of tennis, minifootball, squash, and training, multivibrator 13 works as a control pulse shaper. In games: with the 51 trap, the multivibrator 13 is rigidly synchronized from the control signal, as a result of which a number of racquets are formed, vertically separated from each other, by a small interval, sufficient for passing the ball. The goal of the game is to let the mh through. J3TH intervals (catch mh in trap). In this game, node 1 itself is in the wall game mode (training). This game can be produced with an interfering player. At the same time, node 1 is included in Squash mode. Formed bats are also used as a training wall when playing with one of the players. In this case, such a game arises, the goal of which is not only not to miss the reflected mh, but iZabit (to throw) m h into a trap. In shooting mode, the control node generates a target signal that is capable of moving around the screen or moving only in one direction. When the target background generator 1 7 is turned on, the target becomes blinking, which makes shooting very difficult. Generator 17 generates pulses that gate the target signal, allowing it to pass (respectively, appearing on the 1O monitor screen) only for a short time. For more experienced shooters, shooting at the time is provided. In this case, the pulses of the generator 17 of the background of the target through the commutator. 3 of the tele-games arrive at the input of node 1, counting the number of flashes. At the same time, the number of shots is limited only by the physical capabilities of the shooter and the time allotted. Turning on and off the generator 17 is performed by gating the output signal. When firing at a fixed target, the target shaper 15 generates target pulses, whose location is characterized by delays in relative frame and line sync pulses. It is fashionable to obtain these delays, for example, with the help of pending multivibrators or by changing the threshold on voltage switches. The magnitude of the target depends on the long-term, these pulses received due to the additional delay relative to the already delayed pulses. Target control unit 14 can be performed either on a counter that changes its ratio of the number of hit pulses or on integrators with a very long discharge time (or charge) of the capacitor after it has been recharged due to a hit pulse entering the input. Setting the target control unit 14 to the initial state is performed by pressing the Reset button of the 3 game switch. When choosing a shooting game, a selection is made of the target formed by the node I and the former 15 of the target. This is done at the command of the telegame switch 3. A game switch 3 is a system of mechanical switches that can work in conjunction with logic elements. The control occurs either by mechanical switching, for example, by switches, or by a mechano-electronic method — by controlling a code of logical ones and zeros. The weapon simulation block 4 generates shot and hit signals. The master oscillator 5 is designed to generate signals that synchronize the operation of the control unit 1. Audio signal amplifier 6 serves to amplify audio signals generated by node 1, Video signal conditioner 8 forms a video signal from a mixture of sync signals from the floor, rackets, ball (target) and can be executed, for example, on a passive combiner of resistors. High Frequency Converter. 9 hearing pads for converting a low-frequency video signal into a high-frequency signal for the purpose of transmitting it through an antenna input to the screen of any home television monitor 10, the control unit 1 functions as follows. Blocks 22 and 26 receive a signal from master oscillator 5, and decoder 25 receives a game selection signal (for K145IK17, in the form of a sequential code received, for example, by successively pressing the game selection button). The block 26 is influenced by the signals of the master oscillator 5, as well as is controlled by the speed and angle of the ball's motion, which is done with the encouragement of the corresponding switches of the switch 3 tele-games. For the formation of racquets, the formers 30 31 receive signals that change their level from a value below the preset by the formers 31 and 32 of the threshold processing level to the magnitude that roars it. Run takes place at

the input signal exceeds the set threshold.h. The racquet resistor can be changed by turning on or off certain switches that are included in the switch 3 of the telegrand. The shot and hit signals are sent to the switch 32, which, with a specific command from the decoder 25, passes 33 digits to the driver of the driver or the counting signals generated by the block 28 match when the meter goes out of the playing floor, or the shot and hit signals. The hit signal affects the ball former (blinking), prohibiting its formation for a short time. The same signal acts on the shaper 35 of the sound signals, which generates from the signals of the synchronous generator 22 a short-term sound signal characterizing the hit signal.

To set the start of a game with a Reset signal, for example, a logical O sets the scorers of the imaging unit to 33 and the block 26. The output signals are the playing field signals and the numbers from the output of element 34, the outputs of the right and left players from the respective formers. 30 and 31, the output of the audio signal from the formative 35, the output of the signals of the mAch (target) from the output of the imager 27, the output of the frame sync pulses and the mixture of the sync pulses from the output of the imager 24,

Additional games are obtained when node 1 is working in the formation mode of one of the games previously incorporated into its work program. For example, when you turn on a shooting game, you can turn on either a moving or a fixed target, and when playing tennis or training you can turn on a multivibrator 13 in the wall, In sports games, by turning on generator 17, you can get additional effects that are of interest for playing,

The construction variant of the multivibrator is shown in FIG. 3, where the actual multivibrator is assembled on transistors 37 and 38 with the corresponding chains of positive feedbacks. This multivibrator is controlled by a resistor 39, which is a control element of the movement of block 2, playing 1 hp. Multivibrator 13

connects to node 1, which contains a bit unit 36, controlled by HR sync pulses. The switching of the operating mode of the multivibrator 13 is carried out by the switch 40 included in the switch 3 of the TV game. In the standby mode the multivibrator is started by the discharge unit 36, the collector of the transistor 38 is set .1; gogic O,. A capacitor 42, on the collector of the transistor 38, establishes a logical 1, which permits the corresponding blocks of the node 1 to generate racket signals. The delay time adjustable by the resistor 39 characterizes the delay in the formation of the racket relative to the cadre sync pulse, t, e, the position of the vertical position. When switching the switch 40 to another position, the multivibrator 13 changes to the self-oscillatory mode. Initial state. The multivibrator is set using the bit unit 36. A series of pulses is generated. During one half-frame, each of the pulses allows one racket to be formed. On the screen, this looks as shown in FIG. 4; With the help of resistor 39, the frequency of the multivibrator 1 3 is controlled within small limits. This changes the distance between the rackets on the screen and the place where these rackets are formed. It is necessary to take into account that the symbols of the racquets are formed along their length by constant ones. Therefore, a change in frequency within small limits does not lead to an increase in the length of the racket, but only to an increase in the gap between the racquets.

Target signal combining unit I6 is a set of switches 43 and 44, and AND gate 45 (Fig. 5).

The contacts of the switch 43 receive signals of the target motive formed by node 1, and signals of the stationary target from the output of the driver 15. From the middle contact of this switch, the signal of the target — subfield or stationary — goes to the logic element I 45, where it is gated when the generator is turned on 17, which is a multivibrator operating in auto-oscillation mode. When the generator 17 is turned off, the input

9

At the moment 45, the voltage level is generated, which is resolved (Tsiy - passing the target signals through it. The output of this element is the output of the block 16 is connected to the inputs of the block 4, where the signals generated when moving to the circuit with the sins of the target - mobile or stationary - at the moment of the shot. In addition, the output of the block 16 is connected with the input of the imaging device 8 of the video signal. For games that characterize shooting taking into account time, the signals of the generator 17 are sent to the corresponding input of the node 1. At the same time, the output of the block 4, th transmitted signal shot. To carry out such a switch can be a mechanical switch in the switch 3, game shows..

The game player switch 3 is a synthesis of mechanical switches and control circuits for the operation of node 1, for example, by selecting one of several games played by node 1, the speed of the ball or the moving target, the size of the rackets, the angle of rebound from the rackets, and so on. d.

Claims (1)

1. USSR author's certificate No. 598614, cl. A 63 F 9/00, 1976. Fg / g f F1 / g.1 P 8 About 1 about about -0. Fug. P Phage.Z fffrr / rofffff H f / tOKa if   :. f. : fffffS jfoM