SU1045895A1 - Device for tv games - Google Patents

Abstract

DEVICE FOR CARRYING OUT TELEGRINES, containing block odds. the world of signals, TV games, connected to the TV games playback unit, and connected between the player’s character generation unit and the game FIELD, the game item generation unit, and the control pulse generation unit, connected to the game logic control unit, and e with the fact that, in order to increase the playability of the trleigra, c “it has a block of imitation effects when playing volleyball containing logical elements AND, trigger, pulse remover, pulse shaper, logical element OR, the tchik, the RC ipey node and the logical elements node, and the control (the players and the game floor and the unit forming the game object are connected through the first logic elements And to the inputs of the pulse expander and the triggering device, the output of which is the pulse former and the first information input of the formation unit for the iirp object, the output of the pulse former is connected to the first input of the logical element OR, the second inputs. which are connected with the control outputs of the logical game control unit (, the inputs of the RC circuit node and the first inputs of the second AND logic gates, the second inputs of which {Ms1x) are connected via the I-41E logic cell node to the outputs of the RC circuit node, the output of the logic element OR is connected with the first input of the counter and the first control input of the logical game control unit, the second control input of which is connected to the output of the pulse expander and the second input of the counter connected by the input to the second information input of the Form IG unit the development of the game object, the outputs of the second logic elements AND are associated with the control inputs of the TV signal generation unit of the game. from O1

Description

11 The invention is otoacit to the devices for conducting tepeigr. A device for conducting TV games is known, comprising a TV game signal generating unit connected to a TV game reproducing unit and interconnected player character generation unit and a playing floor, a game unit forming unit and a game controlling impulse unit connected to the C 11 game control unit. A disadvantage of the known device is the low interest in those games. The purpose of the invention is the behavior of television games. The goal is achieved by the fact that a device for conducting TV games, comprising a TV game JEOB signal-forming unit, connected to a TV game reproducing unit and interconnected player symbol generation unit and a playing field, a game object shaping unit and a control pulse generating unit connected to the block logical control of the game, has a block of imitation effects when playing volleyball, containing logic elements AND, trigger, pulse extender, pulse shaper, logic element t OR, the counter, the node of the RSppey and the node of the NAND logical elements at the same time the control outputs of the player character formation unit and the game floor and the game subject formation unit are connected via the first logic elements AND to the inputs of the pulse extender and the trigger, the output of which is connected the input of the pulse former and the first information input of the game object shaping unit; the output of the pulse former is connected to the first input of the OR logic element, the second inputs of which are connected to the control outputs of the block the logical control of the game, the inputs of the RC circuit node and the first inputs of the AND logic gates, the second inputs of which are connected via the logic gates node of the NAND to the outputs of the RC circuit node, the output of the OR logic element is connected to the first counter input and the first control input of the logic control the game, the second control input of which is associated with the output of the pulse pulser and the second. the input of the counter connected by the input 95 to the second information input of the game formation unit, the outputs of the second logic elements AND are associated with the control inputs of the game generation signal generation unit. FIG. 1 shows a functional diagram of the device; in fig. 2 - block diagram of imitation effects when playing volleyball; in fig. 3 version of the display of the game volleyball; in fig. stress The device for conducting TV games (Fig. 1) contains a TV game 1 signal generation unit associated with a high frequency output with an antenna input of a TV game playback unit 2, and an output bus with inputs of a player character generation unit 3 and a game field, a game subject formation unit 4 and unit 5 forming control pulses. The outputs of blocks 3 and 4 through block 6 of logical game control are connected to other inputs of blocks 1, 5 and 4, and the output of block 5 is connected with the free input of block 4. In addition, the device for conducting tele-games contains a block of imitation effects when playing volleyball, the inputs of which are connected to the corresponding outputs of blocks 3, 4, 6. The outputs of block 7 are connected to the free inputs of blocks 1, 4 and 6. Block 7 of additional effects (Fig. 2) contains the first 8 and second 9 logical elements I. Some outputs of the elements 8 and 9 are player character inputs and are connected to you odes unit 3. Other inputs elements 8 and 9 are linked together and output unit 4 outputs the elements 8 and 9 are connected to the adjusting inputs of the flip-flop 10 and inputs rasschiritel 11 pulses. You trigger trigger 10 is connected via the shaper of 12 reset pulses to the logical 13 element OR. The output of pulse puller 11 is connected to the counting input of counter 14, the setup input of which is connected to the output of element 13. The outputs of pulse extender 11 and element 13 are connected to the inputs of block 6, and the codes of counter 14 and trigger 10 are connected to the corresponding inputs of block 4. Signals outputs the controls by counting the corresponding shaper of the block 6 are connected to the free inputs of the element 13 and the corresponding inputs of the third 15 and fourth fourth elements I.

In addition, the volcanoes of the account control signals through capacitors 17 and 18 are connected to inputs of the first 10 and second 20 NAND gates, which are connected to the power source through resistors 21 and 22. The second inputs of elements 19 and 20 are interconnected and through switches 23 with a common power bus. The third inlet of element 19 is connected to the output of element 2O and the free inputs of element 16. The third input of element 20 is connected to the output of element 19 and the free input of element 15. The outputs of elements 15 and 16 are connected to the account control inputs of block 1.

FIG. 3 shows a variant of displaying a game situation on a television screen. To create a game situation in volleyball, unit 8 provides for the formation of the top 24 and bottom 25 sides of the net 26, the symbols of the first 27 and second 28 players. The symbols of players 27 and 28 can be moved, for example, up and down with the help of special controls, which are included in block 3. Structurally, these controls can be made either in one case with the whole game, or as remote controls.

FIG. 2 and 4 are indicated by the meter 29, the account control signal 30, the level 31 of the logical unit, and the control pulses 32 to 34.

The RC circuit node contains capacitors 17, 18 and resistors 21, 22.

The node of logical elements AND-NOT has logical elements AND-NOT 19 and 20, while the control outputs of the player character generation unit 3 and the game floor and the game object shaping unit 4 are connected via the first logic elements AND 8, 9 to the inputs of the expander 11 pulses and the trigger 10, the output of which is connected with the input of the forming 12 pulses and the first information input of the game formation unit 4, the output of the pulse generator 12 is connected to the first input of the logic element OR 13, the second inputs of which are connected to the control the outputs of the logical game control unit 6, the inputs (and the first inputs of the second, logic elements I15, 16, the second inputs of which are connected through the node of the NAND logic elements to the outputs of the RC-Shepey node, the output of the logic element OR 13 is connected to the first input of the counter 14 and the first managers

the input of the logical game control unit 6, the second control input of which is connected with the output of the pulse expander 11 and the second input of the counter 14 connected by the output to the second information input of the game object forming unit 4, and the output of the second logic elements 15 the inputs of the TV game signal generation unit 1.

Block 4 provides the formation

m cha 29. Block 4 can be implemented analogs sho known device. When using the analog method of forming and moving the signals of block 1, the signals of block 1 are used to form the sawtooth signals of the horizontal and frame frequencies. When using digital methods of formation and control, signals of block 1 are necessary for synchronization of the corresponding circuits of block 4. Block 5 provides for the formation of signals with the help of which the speed of movement of the ball is controlled. When block 4 is executed, the control signals are pulses with different duration and following period equal to or a multiple of the period of one half-frame, which is the most acceptable for simple games.

Block 6 is designed to generate the account control signals when the ball goes out of the playing field. In addition, in block 6, a control signal with a duration and an audio frequency selection signal are generated, which are fed to the inputs of the corresponding game sound impedance generator of block 1. In addition, block 6 generates vertical and horizontal directional control signals that feed to the corresponding block 4 input. To ensure that the speed of movement of the ball horizontally and vertically in the game process is variable, block 6 contains special drivers that form control codes. These codes are used to select the control signals in block 5. Block 6 also provides for the summation of video signals by color. For example, on the OR gates, signals that are displayed on the screen at the white level or at the black level are combined. Signals of symbols of players of the ball and scores are served on the corresponding inputs of block 7 (Fig. 2). $ 10 The goal of sports tepeigr, with the ball is to beat off the ball, not to pass into your goal or to score the opponent. When playing volleyball, in addition, it requires the transfer of the player to the partner by playing three hits (not more than) between his players. The rules of the game are closer to the rules of a real game of volleyball, except for the number of players and some rules related to the transition of players, touching the net, etc. The device works as follows. Block 1, which can be performed according to well-known schemes, provides the formation of all the necessary signals to create any game. Unit 1 contains {clock generator, dividers; horizontal and frame frequencies, shaper count signals, shaper cHHxjpocMecH, full. video signal and audio accompaniment. In addition, unit 1 contains an interface between the TV 2 and the game. The output of this device is connected to the antenna input of the TV, which can be used with any television receiver in black and white or color images. The outputs of the divider line and frame frequencies of block 1 form the output bus of this block. The signals of different frequencies along the output bus are fed to the corresponding inputs of blocks 3 5. Block 3 provides for the formation of the playing field, player symbols and signals necessary for the implementation of auxiliary effects, such as generating counting signals when the ball leaves the playing field. The symbols of players 27 and 28 from block 3 are fed to the inputs of the first 8 and second 9 logical elements AND, to the other inputs of which symbol 29 signals are given. When the player’s symbols coincide, for example, 28 with the symbol 29 of 29 the output of the element 9 are formed short pulses, which are fed to the installation input of the trigger 10 and the expander input 11 pulses. The trigger 10 is set to a certain state. When the state of the trigger 1O changes, the shaper 12 performs an impulse that takes the element OR 13 and resets the counter. the entrance. The generated pulse from the output of the pulse extender 11 is fed to the counting inlet of the counter 14, which changes its state from the trailing edge of the pulse. Thus, first, the counter 14 is reset, for example, to the zero state, and then its state changes. At the output of the expander 11, one pulse is formed after each coincidence of any of the symbols of the IG) rock with the ball. Counter 14 typically contains no more than three successively connected matching triggers. Upon the arrival of pulses from the Extender 11 Output, the triggers of the counter 14 sequentially change their state. Upon the arrival of the fourth pulse, the last trigger of the counter 14 is thrown. A logical unit, for example, is set at its output. The outputs of the trigger 1O and the counter 14 are fed to the corresponding inputs of the block 4, in which these signals affect the devices moving the meter. For example, at zero at the output of the trigger 10 and a unit at the output of the counter, 14 m h goes out of the playing field, for example to the right to the zone where the formation of the account control signal is carried out. This signal adds a point to the opponent (if it was delivered). With a unit at the output of trigger 10 and at the output of the slider, 14 mch is shifted in the other direction. Thus, the trigger signal 1O determines in which direction the clock is shifted, and, accordingly, to which of the players a point will be added, and a signal from the output of the counter 14 resolves this effect. It should be noted that the movement of the ball occurs very quickly and often abruptly, which is observed on the screen in the form of a loss of the ball with its subsequent appearance from one or another level of the playing floor. Counter 14, therefore, allows playing the game only for three hits, which contributes to the care of the players and significantly increases the fun of the game. However, this does not mean that the game should use its symbols to play a combination of three hits. M h may be exiled after any blow (first, second or third) to half npojHBHHka. If the signals of m29 match any of the characters of another player, for example, 27, a series of short pulses will appear at the output of element 8, which will trigger the pulse width generator 11 and set the trigger 10 to another state, with which shaper 12 again generates a short pulse that, through element 13, sets the triggers of the counter 14 to the zero state. The game process is repeated. The former generates pulses when the state of the trigger changes from 0 to I and vice versa. Such formation can be carried out, for example, on AND and OR gates having holders, or by differentiating the input signal, with the subsequent formation of a pulse shape, for example, on the logical element 13 OR. When the ball reaches the limits of the game floor (or automatically displays it with four matches with the characters of one of the players), the block 6 generates the account control signals with which the score 13 is set by the element 13, the state 14 to the initial state. In addition, these signals are fed to the inputs of the third 15 and fourth 16 logical elements And through the capacitors 17 and 18 to the inputs of the elements 19 and 20 formed the trigger. A capacitor 17 with a resistor 22 and a capacitor 18 with a resistor 21 form differentiating circuits, due to which the trigger is triggered by a falling edge of the account control signal. The operation of this part of the circuit is explained by the stress plots shown in FIG. 4. From block 6 to the inputs of the elements 13, 15 and the capacitor 17, a signal arrives (in the form of a U-arr of the first pulse) control-. laziness zo score. Suppose that this signal is first. By its falling edge, signal 30 is set on the code of element 19, level 31 of logic 1. This level is fed to another input of element 15, at the output of which there is no signal, since the AOR and 31 signals do not coincide in time. If another ZO impulse arrives at this input, then it will pass through element 15 to the corresponding input of the invoice forming unit, block 1. If additional AOR impulses will come, then they will all pass to the input of unit 1. However, if a second signal arrives (the input element 16 and the capacitor 18), trkgi. GBR is transferred to another state. In this case, the logical input from the output of element 2O is supplied to the second input of element 16. Subsequently, if the pulses of control 33 arrive at this input, they pass through element 16 to another input of the counting unit of block 1. These pulses 34 add points to another player. If the AOR and 33 pulses arrive one at a time, alternately, there are no control signals at the outputs of elements 15 and 16. This effect imitates very accurately the game with the loss of supply when playing volleyball, but it is possible only when the switch 23 is turned off. For other games where this effect does not need the contacts of the switch, it closes. At the second inputs of elements 19 and 20, a logical level X) is established, which results in logical 1 at the outputs of elements 19 and 20, and signals 30 and 33 pass through elements 15 and 16 without subtracting the first pulse. The outputs of the pulse extender 11 and the element 13 are connected with the corresponding shaper of the sound control signals of the logic block 6 game. The output signal of the pulse extender 11 controls the selection of the sound signal simulating the impact of the racket and the output signal of the element 13 to select the sound signal (or a series of signals), which indicates that the mh went beyond the floor. The use of these signals allows one to exclude similar elements and circuits in block 6. The use of the invention will increase the interest of telegr. FROM Omff

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Claims (1)

A DEVICE FOR CARRYING OUT TELEI GAMES, comprising a signal generating unit, a television game connected to a television game reproducing unit and interconnected by a player and player field generating unit, a game item generating unit and control pulse generating unit connected to the game logical control unit, moreover, in order to make the game of trickery more entertaining, it has a block for simulating effects when playing volleyball, containing logical elements I, a trigger, a pulse expander, pulse trainer, OR logic element, counter, RC-circuit node and NAND logic element node, while the controls of the players and the playing field and the formation of the game object are connected through the first logical elements AND to the inputs of the pulse expander and trigger. RA, the output of which is connected to the input of the pulse shaper and the first information input of the block forming the game object, the output of the pulse shaper is connected to the first input of the OR logic element, the second inputs of which are connected to the control outputs of the logical control block of the game, the inputs of the QC-circuit node and the first inputs of the second logical elements AND, the second inputs of which are connected through the node of the logical elements AND — NOT to the outputs of the node of the RC circuits, the output of the logical element OR is connected to the first $ input of the counter and the first the control input of the logical control unit is u- (d swarm, the second control input of which £ is connected to the output of the pulse expander | and the second input of the counter connected by the £ input to the second information input of the game item forming unit, and the outputs of the second logical elements And are connected to the control inputs of the block the formation of the signals of the television game.