SU995840A1 - Device for conducting television games - Google Patents

Description

(54) DEVICE FOR CARRYING OUT TELEEDERS

one

This invention relates to telegame devices.

A device for conducting TV games is known, which contains a service information generation unit connected to a small arms simulator, a signature analysis unit, a service character display unit, a game program selection unit connected to a start-stop unit and a service character display unit, which connected to the service character display block and the service information generation unit, a memory element connected to the service character display unit and b eye reproducing gaming environment clubs forming unit on the board connected to the display unit overhead symbols, and reproducing unit 1 game situation.

The disadvantage of this device is the interest of the game.

Purpose of the invention

increase in entertaining telegame.

The goal is achieved by the fact that a device for conducting TV games containing a service information generation unit connected to a small arms simulator, a signature analysis unit, a service symbol display unit, a game program selection unit connected to the start-stop unit and a service symbol display unit and gaming unit,

10 which is connected to the service character display unit and the service information generation unit, the memory element connected to the service character display unit and the game environment playback unit, the formation unit 5 of the club on the playing field, connected to the service character display unit and the game environment playback unit , has a block mace block, an obstacle form memory block, a code generator

20 images, a block for changing obstacles, a shaper of signs of attention and a game mode formation unit, the output of which is connected to the control input of the service information formation unit, and the input is provided with the information output of the game program selection unit that is connected to the input of the first control output the attention maker, and the second control output is connected to the first input of the obstacle form memory unit, which is connected to the second input, to the first output of the imaging code generator and the third input - with the first output of the block of changing the form of obstacles associated with the input to the control output of the service character display unit, and the second output - with the first input of the image code generator, which by the second input is connected to the information output of the service character display unit, the third input to the output of the club forming unit on the playing field, the fourth input to the sync output of the gaming program selection block, the second output to the input of the memory element, and the output of the club forming unit on the game ole through block gascheni clubs clock terminal connected to the game program selection unit, the output of the symbols attract attention connected respectively to the clock generating unit and the block overhead information reproducing gaming environment.

The drawing shows a block diagram of the device.

The device for conducting a TV game contains a quartz oscillator unit 1, a synchro generator node 2, a small arms simulator 3, a shot and hit pulse generation unit, a game modes formation unit 5, a horizontal movement unit 6, a vertical movement unit 7, a digital display unit 8, element 9 memory, block 10 of the form of obstacles, block 11 of changing the shape of obstacles, imaging unit 12, block 13 for creating a mace on the playing field, block 14 for extinguishing the maces, gaming program control unit 15, game switching unit 16 Vym programs shaper 17 symbols attract attention, assembly 18 remaining audio, composite video unit 19, the signature analysis unit 20, video monitor 21, jog unit 22, power unit 23, a control panel 24 disposed thereon gaming program selection buttons.

The service information generating unit has a quartz oscillator node 1, a sync generator node 2, and a shot and hit pulse generation unit 4.

The service character display unit comprises a horizontal movement unit b, a vertical movement unit 7 and a digital display unit 8.

The gaming program selection unit includes a gaming control unit 15.

programs, node 16 switching gaming programs and control panel 24.

The game environment playback unit has an audio accompaniment node 18, a full video signal node 19 and a video monitor 21.

At the same time, the output of the game mode generation unit 5 is connected to the control input of the service information formation unit, and the input is connected to the information output of the game program selection unit, which is connected to the input of the driver 17 for the attention sign and the second control output to the first control output the first input of the block 10 of the form of obstacles, which is connected to the second input of the first output of the imaging unit 12 of the image codes, and the third input to the first output of the block 11 of the change of the form of the obstacles associated with Odom to the control output of the display overhead symbols, and the second output to a first input of the code image 12, which second input is connected to a display data output unit overhead symbols, third

5 input to the output of the club forming unit 13 on the playing field, the fourth input to the sync output of the gaming program selection unit, the second output to the memory element 9, the output of the club forming unit 13 on the playing field through the unit

 The 14 club gains are connected to the synchronous input of the gaming program selection unit, the outputs of the driver of 17 attention signs are connected, respectively, to the synchronous inputs of the service information formation unit and the game environment playback unit.

The node 1 of the crystal oscillator generates rectangular pulses with a frequency of f 5 MHz, as well as all frequencies obtained by dividing it by 320.

0 Node 2 of the synchronous generator generates horizontal and vertical sync pulses, damping, horizontal and vertical pulses.

5 Simulator 3 is designed to convert the luminous flux coming from the light image of the target on the screen of a video monitor - the playing field, when you point the gun at this target, into an electric signal for pointing and triggering a shot when you pull the trigger.

Shot and hit pulse shaping unit 4 generates shot signals (Idystr. 1, Iv) pages. 2) and hit

5 (nonai. 1 Dip. 2) of both pistols, and also contains a scheme that eliminates the influence of an external light source.

The game mode shaping unit 5 plays the game programs.

"Finish or" Racing in the mode of doubles or single-player game with a machine, depending on the number of coins dropped.

The horizontal movement unit 6 generates 10x16 horizontal coordinates along the line and signals of horizontal movement of game program elements.

The vertical movement unit 7 generates 10x16 vertical coordinates along the frame and signals of vertical movement of game program elements.

The node 9 of the digital display generates pulses of the coordinates of the locations of the digits, counts the number of shots, points scored and the quality of the circles traveled depending on the game program, and also forms the video signal of the image of digits.

The memory unit 10 is designed to form obstacles of 4 different types of video, as well as generates signals from the center of the clubs and is placed on displaying the image of the track when playing with an obstacle. ,

The block 11 of changing the form of obstacles of different configurations changes the configuration of the image of obstacles.

Shaper 12 generates codes for images of game program elements, depending on the selected program, and also generates read resolution signals for one or another image from memory blocks.

5Block formation unit 13 forms a series of impulses of coordinates of the location of the clubs on the playing field (K). The blanking block 14 produces signals for the disappearance of the maces, as well as a resolution signal for the recovery of the image of all the maces (,) after they have completely disappeared.

The gaming control unit 15 generates a gaming control signal and impulses controlling the direction, speed and trajectory of the sword and circle, controlling the movement of machines with obstacles.

The gaming program switching node 15 generates gaming program control signals, as well as signals for setting the automaton blocks to the initial state.

The imaging unit 17 generates the activation and control signals of the automaton in the "Attracting Attention" mode.

Sound node 18 generates sound and musical signals for games.

The full video signal node 19 generates a full video signal carrying information of game program images, display digits, time stamp and signal information needed for synchronization.

Signature analysis block 20 is designed to find faults in the logical blocks of the machine.

The device works as follows.

When the power supply of the automaton is turned on, the installation signal of the blocks to the initial state from the block 16 is supplied to all the blocks and nodes of the automaton, having set them to the initial state. This signal arrives at block 17, in which a signal is generated for a "RPV (attention-grabbing mode)", which enters the gaming-program switching unit 16 and gives permission to display all programs on the TV screen sequentially, at a time interval of 5 seconds. Same signal

 entering the game sound unit 18, prohibits the flow of sound signals to the video monitor 21.

When the coin is lowered in block 22, a signal is generated, with which

0, in block 16, a permission signal is generated per game; arriving at block 5.

With pressing one of the game program selection buttons, for example, "Serso, the signal from the corresponding button goes to node 16, where the game signal is generated

5 "Serso. The lamp of the indicated button lights up from the signal from the amplifier of node 16. The game signal from the heart from node 16 goes to the following blocks: block 13, where position coordinates pulses are formed at the location of horizontal and vertical coordinates signals from nodes 6 and 7 a mace arriving at block 12, a block 15 in which the game control signals are generated for the Serso and the sync signal for the horizontal movement unit, which forms the signal for the horizontal movement of the circle, which arrives at the block 12,. in which the extension signals to the video sample of a circle from the memory element 9 and maces from the memory block 10 are formed.

The video image of the circle and clubs from block 9 and GO enters the full video signal node 19, which adds up the video of the time stamp and the video image of the numbers defining the number of shots and disappeared maces formed at node 8 using the shot signals from block 4, signals coordinates from nodes 6 and 7 and the signal from node 15 (the signal is generated when

(0) the disappearance of the mace, after sagging hearts on the mace).

Claims (1)

When a successful shot is fired in a circle, a hitting signal is generated at node 4, which, entering the control node 15, generates the vertical motion sync pulses and enters node 7, simultaneously stopping the flow of horizontal synchronization pulses to node 6. When the circle sags on the club (t i.e. if the center of the circle and the club coincide), in the control unit 15, a coincidence signal is generated, which arrives at the block of blocking of the clubs. Block 14 gives permission to each mate to display it. The coincidence of the coincidence signal with the marshalate over time generates a prohibition signal for a particular mace. With the intersection of the heart line of the screen (after sagging on the club), the flow of signals determining the vertical movement to the node 7 stops and the supply of 1 signal of signals from the block 15 to the node 6 determining the horizontal movement of the circle is resumed. With the disappearance of all the clubs before the game has expired, in block 14, a repetition impulse is formed, which, entering the control unit 15, generates a bonus game signal and sync signals for node 6, providing different directions for the hearts at different levels. With the expiration of the game time in the control unit 15, a game termination signal is generated, which is supplied to block 17, including RPT, to block 18, prohibiting sound transmission to block 21, to block 4, prohibiting transmission of hit pulses. When you press the "Skittles" key, the corresponding bulb lights up, and the "Skittles play signal" is generated. This signal arrives at block 13, generates the coordinates of the clubs and at node 15, generates the Game control signals and vertical motion signals for node 17, the signal for enabling audio signals for node 18. The video image of the club is read from block 10, and the ball is from memory element 9. The repetition impulse formed in block 14, after all the maces have disappeared before the game time expires, enters node 15, generating motion synchronization signals for nodes 6 and 7 in such a way as to obtain a different direction of movement on the TV screen (direct, zagzagorobnoe, from top to bottom and bottom to top). After the repetition of the repetition pulse and the node 15, a prize signal is generated, and in block 12 the image sample code from the memory is changed to block 10, the output of which is a reduced video image of the mace. When the Finish button is pressed, the corresponding light comes on, the game permission signal appears. The finish line arrives at node 16, in which the playing game signal is generated when a single pulse arrives from the unit 22. When playing, the player is provided with a track. Shot and hit signals are generated from the first weapon. In block 5, a hit simulation signal is generated for the second track of the game when the obstacle video signals coincide. Upon receipt of 2 pulses from block 22 to node 16, a game with two players is formed, signals are generated from two weapons that enter counters of node 8. Information from node 8 enters block 11 of obstacle change, in which signals of four different obstacles to block 12 to form the image sample code for block 10. Changing this code makes it possible to highlight four different forms of obstacles. After 4 hits from the guns into the obstacles, in block 11 a decrease signal is generated, which from block 11 enters block 10, reducing the size of the obstacles. From block 10, video images of the obstacles of the new configuration will be read. After eight hits in block 11, a second reduction signal is generated, which, entering block 10, also reduces the size of the obstacles. After twelve hits, block 10 of block 11 simultaneously receives signals of primary and secondary reduction, which allows changing the size of obstacles once more. Each reduction in the size of an obstacle changes its shape. Of the four types of obstacles stored in block 10, 16 different forms of obstacles are obtained. The game signal "Finish, entering node 15, generates the" Finish game control signals and sync signals for node 6, which determine the direction and speed of movement of machines and obstacles before they collide. When a car collides with an obstacle, node 15 generates a signal of a car colliding with an obstacle, which changes the clock signals from block 15 to block 6 so that the mask starts to move back together with an obstacle at a changed speed. With the arrival of the signal from node 4 to node 15, the signals determining the speed and direction of movement of the machine change. Node 8 receives a signal prohibiting display of digits from node 16. When one of the finish line machines is reached, node 15 generates a signal for matching the video image of the machine and the finish line. With this signal, a game ending signal is generated. With the expiration of a certain time after the end of the game, the signal "RPT. When playing "Races, click on the button" Races (not shown on the drawing). From control unit 15, node 8 receives a permission signal for flashing digits reading the number of laps completed. Each time the mask crosses the right line of the screen, a signal is generated at node 15, arriving at the counter of node 8. The movement clock signals from node 15 to node 6 are higher than when the "Finish. In block 12, the image code of the race car is generated, which arrives at element 9, from which the video image of the race car will be read. The device simulates four game programs on the screen of the video monitor: “Serso,“ Pins, “Finish and“ Racing. The selection of game programs is made by pressing the corresponding button (not shown in the drawing). . The game involves shooting a special pistol with a light-sensitive sensor at various targets and is accompanied by different sound effects. In the game “Serso takes part one player. A circle moves horizontally along the screen. With an accurate shot at a circle, it turns into a hoop and falls. In case of getting into the circle at the moment of its being over one of the clubs located at the bottom of the screen, the hoop hangs on the corresponding club with its further disappearance. In the game “Kegli takes part one player. On the screen it moves vertically m. With an accurate shot, m h changes the direction of movement to the horizontal. In the case of contact with the mh when it is found, on the same level as the maces located on the right side of the screen in the form of / pyramid, mh knocks the maces with their further disappearance. After a collision with a mace, m may arbitrarily change the trajectory, knocking the mace in its path. With the remaining playing time and the complete disappearance of the clubs, a new game situation is created. In Serso and, Skittles, game situations are constantly changing, and there is a challenging prize game. In the game Finish, two players are participating. An image of two cars moving from left to right (each along its path) appears on the screen. It is necessary for the player to knock down obstacles moving towards the machines by an accurate shot in order to reach the finish line first. In the game "Racing involved two playing. An image of two race cars appears on the screen, moving towards obstacles at a speed greater than in the game Finish. The player needs to go through a certain number of laps during the game, knocking down obstacles. In the Race and Finish games, if a player misses the obstacle, the car collides with the obstacle, as a result of which the playing time is lost; In these games it is possible the participation of one player, competing with a slot machine. The next session is possible only after payment and then pressing one of the game program selection buttons. . The proposed device has several advantages: multiprogramming, a variety of target shapes, a variety of hit and shot effects, a variety of music and sound effects. The use of the proposed device greatly increases the fun of the game. The invention of the device for conducting TV games, contains a service information generation unit connected to a small arms simulator, a signature analysis unit, a service character display unit, a game program selection unit connected to a start-stop unit and a service character display unit and a game environment playback unit which is connected to the service character display unit and the service information generation unit, the memory element connected to the service display unit moles and a game environment playback unit, a club formation unit on the game field, connected to the service character display unit and the game environment playback unit, characterized in that, in order to increase the playability of the game, it has a blanks block, an obstacle form memory unit, for image codes, a block for changing obstacles, a shaper for attentional signs, and a game mode formation unit, the output of which is connected to the control input of the service information formation unit and the input — with the information output of the gaming program selection unit, which is connected to the input of the attention sign maker by the first control output, and the second control output is connected to the first input of the obstacle shape memory, which is connected to the first output the imager of the image codes, and the third input - with the first output of the block of changing the shape of obstacles, connected with the control output of the display unit of service symbols, and the second output - with the first input of the imager of codes from which, by the second input, is connected to the information output of the service character display unit, the third input is connected to the input of the maker block on the playing field, the fourth input is to the sync output the gaming program selection unit, the second output — with the input of the memory element, the output of the maker formation unit on the playing field, through the blanking unit, is connected to the synchronous input of the gaming program selection unit, the outputs of the attention draw unit are connected. respectively, to the synchronous inputs of the service information generation unit and the game environment playback unit. Sources of information taken into account in the examination 1. USSR author's certificate in application No. 2824736 / 28-12.