SU1044302A1 - Device for carrying out videogames - Google Patents

Abstract

A DEVICE FOR CONDUCTING A TELEGRAPH containing a TV game shaper connected to a game environment reproducing unit, a game floor character shaper, a game subject character shaper, a logic unit and a game control unit associated with a game object shaper and a logic unit connected to the game shaper the characters of the playing floor and the shaper of the characters of the game object, and the block controlling the trajectory of the game object, characterized in that Neither the degree of playability of the games, the control unit of the trajectory of the game object contains the elements AND, the pulse width extension node, the signal switch and the trigger, while the control outputs of the game player symbol players of the game floor and the game element are connected to the the inputs of the pulse width extension node and the first inputs of the signal switch, the outputs of which are connected to the trigger inputs, the trigger output and the output of the expansion node pulses and coupled to the second input signal switch associated with the respective input of the gate signals of television game odds u (A tors, characters playing field.

Description

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rig.1 1 The invention relates to tele-game devices. A device for conducting a tele-game is known, comprising a tele-game signal generator connected to a game environment reproducing unit, a game field symbol maker, a game object symbol maker, a logic unit and a game control unit associated with a game object symbol maker and a logic unit connected to the symbol maker the game floor and the shaper of the characters of the game object, and the control unit of the trajectory of the game object 1. The disadvantage of the well-known oystva is a low degree of entertaining games. The purpose of the invention is to increase the degree of entertaining games. The goal is achieved by the fact that in the device for playing TV games containing a TV game signal generator connected to a game environment reproducing unit, a game character shaper, a game object character shaper, a logic unit and a game control unit associated with the game object shaper and a logic unit connected to a game player and a game player, and a trajectory control unit of the game item , the latter contains elements AND, a pulse width extension node, a signal switchboard and a trigger, while the control outputs of the game floor and game object symbols are connected in addition to the inputs of AND elements, whose outputs are connected to the inputs of the pulse width extension node and the first inputs of the signal switch, the outputs of which are connected to the trigger inputs, and the output of the trigger and the output of the pulse width extension node connected to the second input of the signal switch are connected according to These are the control inputs of the TV game signal generator and the game floor symbol maker. FIG. 1 shows a functional diagram of the device; in fig. 2 shows an embodiment of a signal switch; in fig. 3 is a diagram of a device connection in a tele-game; in fig. 4 .- option game situation; for example, when playing volleyball. The device comprises AND elements 1 and 2 connected by outputs with the inputs of the node 3 for expanding the pulse duration. Here, one of the inputs of the And 1 and 2 elements are the inputs of player symbols, for example racquets, while the others are interconnected and are the inputs of a simulator of a movable symbol, for example a ball. In addition, the device contains a trigger 4, the output of which is the output of controlling the direction of movement of the moving symbol. The installation and counting inputs of the trigger 4 are connected to the outputs of the switch 5 signals associated with the outputs of the elements 1 and 2 and node 3 expansion of the pulse duration. FIG. Figure 2 shows an embodiment of the switch 5 signals, the switch used switches 6-9. The device connection circuit in the tele-game (Fig. 3) includes a tele-game shaper 10, a game floor shaper 11 characters, a game object shaper 12 characters, a logic unit 13, a game control unit 14, a game subject motion control unit 15 and a game environment playback unit 16 The high-frequency output of the block 10 is connected to the block 16, and the output of the block 10 is connected to the inputs of the blocks 11, 12 and 14. The player symbol outputs of the block 11 are connected to the inputs of the block 13 and block 15. ka 11 are connected to the inputs of logic unit 13. The symbol output of the mA block 12 is connected to the inputs of block 13 and block 15. One output of logic block 13 is connected to the input of block 14 connected to the output of block 12. Vertical direction control direction output block 13 is connected to the corresponding input of block 12. The control output is accompanied by the game of the control block 15 connected to the corresponding input of block 10, and the horizontal direction of motion control output is connected to the corresponding input of block 12. Reflection variant A gray situation, for example, when playing volleyball is shown in FIG. 4, where the following symbols are accepted: 17 - electronic part of the television game; 18 - player character control panels included in block 11; 19 - player symbols; 20 - symbols of the playing floor; 21 - account symbols generated by block 10; 22 - the symbol of cha. At that, the trajectory control unit 15 of the gaming object contains the elements 1 and 2, the pulse width extension node 3, the signal switch 5 and the trigger 4, while the control outputs of the shaper characters of the playing field 11 and the gaming object 12 are connected in addition to the inputs of the And 1 elements and 2, the outputs of which are connected to the inputs of the pulse extension unit 3 and the first inputs of the signal switch 5, the outputs of which are connected to the inputs of the trigger 4, and the output of the trigger 4 and the output of the pulse extension unit 3 sov coupled to the second input of the switch 5, the signals associated with the respective input of the gate 10 and the signal shaper of a game show 11 characters playing field 7. The device operates as follows. The signals of the movable symbol and the symbols of the players are fed to the inputs of the And 1 and 2 elements. When the signals of these symbols coincide, the output of one of the And elements forms short pulses that trigger the node 3 for the extension of the pulse duration. At the output of node 3, an impulse is formed with a duration of at least the period following one half-frame. This pulse is controlled by the formation of a sound signal, for example, its duration is set. The signals from the outputs of the And 1 and 2 elements and the node 3 of the pulse width extension, which can be used as a standby multivibrator, through the switch 5, signals are fed to the counting or setting inputs of the trigger 4, which can operate in read mode. The choice of contact where these signals are sent depends on the type of game. For example, when playing tennis (the simplified version), signals from the outputs of the And 1 and 2 elements are sent to the corresponding installation inputs of trigger 4, the counting input of which is disabled. In complicated versions of games - tennis, hockey, volleyball - the installation inputs of trigger 4 are disconnected from the outputs of elements 1 and 2. At the same time, the counting input is connected to the output of node 3 of the pulse width extension. After each match of the players' symbols and the moving symbol, an implantation is formed by the node 3, which leads to a change in the state of the trigger 4, and after each pulse. This is expressed in the following. If a moving symbol, e.g. mh, moved left on the screen, then after encountering a player’s symbol, regardless of who controls it, the moving symbol changes its horizontal direction. Taking into account that player symbols can be longer in duration than the distance that a mobile simulator can travel; during the signal at the output of expansion node 3, the read mode of trigger 4 can be used to create a player’s sensing effect. That is, if in the course of a game, a player’s character, which is mixed across the entire playing field, abruptly hits a mobile symbol, for example mh, then it will not be able to jump out of the limits of the player’s character formation. A player's character moves at a certain speed, you can move the m simultaneously. In front of the opponent's gates, for example, in a hockey game, the player's character is abruptly retracted for a short distance, the m h begins to move independently either into the goal or to the player's character finish him off But this requires high skill, good response and ingenuity. In games, squash (Irish tennis) must be reflected from the wall in turn: either with one symbol of one player, then with a symbol of another. At the same time (depending on the place of formation of this wall), the hour must be reflected by the characters of the players either only to the right or only to the left. In this case, the outputs of the elements And 1 and 2 are connected either to one installation input of the trigger 4, or to another. Counting is disabled. The other installation inputs of the trigger 4 (not shown) provide signals for the movable symbol to match the playing field symbols, for example, the bumpers. Such switching of the operating modes of the trigger 4 can be performed either by means of a mechanical switch, or by an electronic switch, which is controlled by mechanical switches or special devices, for example, counters. FIG. 2 shows the simplest version of the switch 5 signals, containing interconnected mechanical switches 6-9, which can be connected with other switching elements involved in the selection of the type igr1. When you turn on the switch 6 to the installation inputs of the trigger 4 receives signals from the outputs of the elements 1 and 2, each at its input. Such an inclusion can be used in simple types of games where the mobile symbol is only able to move on impact in a certain direction. When the switch 7 is turned on, the setup inputs of the trigger 4 are turned off. At the same time, a signal from the output of the pulse width extension unit 3 is supplied to the counting input. In this case, trigger 5 operates in read mode, which creates the effect already described. This mode can be used in challenging games that require ingenuity and good response. When one of the switches 8 and 9 is turned on, the signal from the output of node 3 is applied to one or another of the used inputs of trigger 4. Such a connection is equivalent to connecting the two outputs of the And 1 and 2 elements to these installation inputs. This inclusion can be used in a game such as squash or training games. A device for providing gambling games shown in FIG. 3, works as follows. The shaper 10 of the TV game signals, containing, in its composition, a clock generator, counters, shapers of the counting, sound, synchromesh and video signal, ensures the normal operation of all other TV game nodes. So, for example, from the signals of the counters of block 10, the signals for controlling the speed motion of the clock (in block 14), the signals of the playing field (in block 12) are formed. The signals from block 10 synchronize the formers of the shoulder symbol (in block 12) and the characters of the players (in block 11). The generated signals of the players' symbols, the playing field and the game are brought to logic block 13, which consists of logic circuits, triggers and counters. By means of block 13, the image signals are shifted by a sign that determines the color (white or black), as well as the limitation of the image parts, the formation of the control signals for the game and the sound of the game. All of these signals arrive at the corresponding inputs of block 10, providing the necessary effects for the game. In addition, block 13 generates codes for selecting signals controlling the speed of movement of the ball, depending on the situation. These signals are fed to the input of block 14. In the same place, the necessary control signals are selected, which are then fed to the corresponding input of block 12. Block 13 generates a signal to control the direction of the vertical movement of the meter. The device performing this formation can be made similar to the one proposed. As a unit 16, any home TV can be used. In this game, it is necessary, having played a combination between the characters of one of the players, to send the mh to half of the opponent, who, having controlled his characters, must reflect this mh (Fig. 4). By playing a combination on two or three submissions, you can be misled by the enemy, which contributes to the possibility of an accurate strike either from the far or from the near (under the net) distance. If the m 22 h is redirected from the left side of the playing floor to the right, the player controlling the symbols on the right half of the playing floor can beat off the m with the symbol at a long distance (defender). In this case, the mh can get into the player's symbol under the net (the attacker). Thanks to the proposed device, the mh is beaten back to the defender, who beats the mh half the opponent. However, when sending it from one half to the other, the m can be taken as a symbol under the net (attacker). In this case, it changes its direction and at a certain angle, which can be specified by the location of the character symbol in the player's symbol, is sent to half the enemy. Thus, the symbol under the grid is able to reflect the mask either to the right or to the left. Similar to the game situation, when one of the moving symbols can be reflected by another symbol in different directions, it can be in a number of games, for example in a billboard game. In this game, each of the balls is mutually controlling and can create the described situation in a collision either with a side or with another ball. The use of the invention increases the degree of entertaining television games.

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Claims (1)

DEVICE FOR CARRYING OUT TELEIGURS, comprising a television game signal generator connected to a game environment reproduction unit, a game field character generator, a game object character generator, a game logic unit and a game control unit associated with a game object character generator and a logic unit connected to the game driver symbols of the playing field and the shaper of the symbols of the game object, and the control unit of the path of the game object, characterized in that, in order to increase In order to keep the game entertaining, the control unit for the path of the game object contains AND elements, an extension unit for pulse widths, a signal switch and a trigger, while the control outputs of the symbols of the game field and the game object are connected in addition to the inputs of the I elements, the outputs of which are connected to the inputs of the node extension of the pulse duration and the first inputs of the signal switch, the outputs of which are connected to the inputs of the trigger, the output of the trigger and the output of the extension node of the pulse duration s connected to the second input of the signal switch are connected to the corresponding control inputs of the signal generator of the television game and the symbol generator of the playing field. fi.y. 1 SU .... 1044302