SU1366167A1 - Electronic game - Google Patents

Description

The invention relates to electronic games and is intended to increase the entertaining game by increasing the visibility of the game action. The block diagram of the electronic game contains a block of a set of game situations, a block of change of a game situation,

block of simulation and indication of the course of the game, game elements with electrical contacts, light indication elements, current amplifiers, game control units. The block set of the game situation is installed in the reservoir with water, which is located in the device case. At the bottom of the tank game elements (ships) are installed in the sockets. In accordance with the coordinates of the sockets, there are light indication elements that are controlled by shift registers. Playing at the right time with the buttons of the switches try to "get" in the "ships". The game allows you to develop vision, imagination, tactical skills of the game and the reaction of the players. 2 hp f-ly, 4 ill.

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The invention relates to electronic games.

The aim of the invention is to increase the entertaining game by increasing the 'visibility of the game action.

FIG. 1 shows a block diagram of the device; in fig. 2 - the body of the game with a tank for. water; in fig. 3 and 4 are embodiments of the game elements.

The electronic game block diagram contains light indication elements 1, current amplifiers 2, And 3 elements, electrical sockets 4, shift registers 5 and 6, pulse generators 7 and 8, timers 9 and 10, node 11 of the initial installation of the game, IEP elements 12, triggers 13, multistake coincidence circuit 14, block 15 for simulating and indicating progress of the game, game element 16 with electrical contact 17, light signal element 18, game switches 19 and 20, frequency adjusters 21 and 22, connectors .23, housing 24, sealed tank 25 for water, drain channel 26, wire 27, curvilinear electric electric contact ~ 28, vertical metal plate 29.

The game situation block contains elements And 3, electrical sockets 4.

The gaming situation change unit contains shift registers 5 and 6, generators 7 and 8, timers 9 and 10, initial setup node 11, game switches 19 and 20, frequency adjusters 21 and 22. The control elements of the game elements consist of elements AND-NOT 12, triggers 13.

The outputs of the shift registers 5 and 6 are connected through the current amplifiers 2 with the indication elements 1 and through the elements 3 with the sockets 4, the first inputs of the elements 3 and 3 are connected to the outputs of the shifting registers 6. This connection forms a matrix of the elements And 3 with a size equal to the product the number of pins of the shift register 5 for the number of pins of the shift register 6. The synchronizing input of the shift register 5 is connected via generator 7 and timer 9 to switch 19, and the synchronizing input of register 6 via generator 8, timer 10 with switch The teacher 20. The write inputs of the shift registers 5 and 6 are connected to the initial installation unit 11, to which the installation inputs are connected to the “0” flip-flops 13 connected by the installation inputs to the “1” through the inputs of the circuit 14 to the unit 15 for simulating and indicating the progress of the game and through the first inputs of the elements AND-NOT 12 - with the outputs of the timers 9 and 10. The second inputs of the elements AND-NOT 12 are connected via conductor to the electrical contacts 17 of the corresponding game elements 16, the light signaling elements 18 of which are connected to the outputs of the respective triggers 13. Shift registers 5 and 6 can b They are made on the registers of successive approximation or on B-flip-flops connected according to the scheme of the annular shift register, as well as according to any known schemes.

The generators 7 and 8 pulses are made on the elements 2I-NOT and have regulators 21 and 22 frequencies.

Block 16 of the simulation and indication of the game is made according to well-known schemes that create the sound effect of an explosion.

The electronic game is made in the housing 24 (FIG. 2) with a water tank 25. On the upper panel of the housing there are indicator elements 1, buttons 19 and 20, sockets 23. Sockets 4 are installed at the bottom of the sealed water tank 25. The tank 25 has a drain channel 26.

Game elements 16 are made in the form of ships (FIGS. 3 and 4), in the case of which electrical contacts 17 are sealed, light signal elements 18 (LEDs) connected to the plug of connector 23 (FIG. 3) by wire 27.

The game works as follows.

After powering on the initial installation unit 11 (in the simplest case, it is performed on a series-connected resistor and a capacitor connected to a power source) a negative pulse is generated, which sets the triggers 13 to zero and writes each shift register 5 and 6 "1" to the first digit , zero is written to the remaining digits. The light signal elements 18 game symbols light up. The inputs of the synchronization of the shift registers 5 and 6 are impulse1366167

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sy from the outputs of the generators 7 and 8, which creates at their outputs a cyclic shift to the right of the recorded "1". The frequency of the cycle time of the shift register 5 is determined by the number of its bits and the frequency of the generator 7, which is set by the regulator 21. The frequency of the cycle time of the shift register 6 is determined by the number of its bits and the frequency of the generator 8, which is set by the regulator 22. When 1 is applied to the current amplifiers 2 their outputs appear zero, which leads to the ignition of the corresponding indicator elements 1. A short press on the button of the switch 19 starts the timer 9 (it can be performed according to the one-shot ator), which forms at the input a positive impulse with a duration of 7–10 s, arriving at the input of blocking generator 7. The latter is set to a stable state, and the shift in register 5 stops. During the 7th phase, the indicator element 1 is lit, connected through the corresponding current amplifier 2 with the discharge of the shift register 5, in which "1" is written. By briefly pressing the switch button 20, a timer 10 is started, which generates a positive impulse with a duration of 7-10 seconds at the output of the generator 8 lock. The latter is set to a stable state, and the shift in register 6 stops. For 7-10 seconds, the indicator element 1 is lit, connected through the corresponding current amplifier 2 with the discharge of the shift register 6, in which "1" is written.

The display elements 1 associated with the outputs of the shift register 5 are installed in the housing 24 alternately in one line perpendicular to the display elements 1 associated with the outputs of the shift register 6. Therefore, when the registers 5 and 6 are in operation, the effect of running the lights in two directions at an angle of 90 is created.

If after pressing the switch button 19 for 7-10 seconds, the switch button 20 is pressed, then two indicator elements 1 come on, and two logical "1" are applied to the matrix of logical elements 3.

In this case, the output of one element

From the corresponding coordinates of the signals "1" at the outputs of the matrix, appears "1". If the electrical contact 17 of the game element 16 is connected to the socket 4 connected to the IZ element selected from the marina, then through the electrical contact 17 connected by a conductor to the second input of the element AND —NE 12, the inputs of the latter are received “1” from the outputs of the timers 9 and 10. When ”1" on all inputs of the element THAT IS NOT 12, a logical "0" appears at its output, which starts through the logic circuit 14 a block 15 of imitation and indication of the course of the game (driver of the "explosion") and sets the trigger 13c "1 ", as a result of which the light signal element 18 Element 1 6. When the pulse ends, the output of timer 9 starts the generator 7, the register starts operating in shift mode, and when the pulse ends, the output of timer 10 starts generator 8, the register 6 runs in shift mode.

For a successful game, the duration of the pulses generated by the timers 9 and 10 is selected about 7-10 s in order for the player to stop the shift in one register at the right moment, and stop the shift in the other register at the right moment. Depending on the magnitude of the frequency of the generators 7 and 8, the pulse duration is set. In the final case, it can be adjustable.

One, two or several players take part in the game.

Possible next version of the game for two players.

The players install the game elements 16, which may have different colors, in the sockets 4 (FIG. 2) so that the electrical contact 17 of the game element 16 enters the socket

4. Thus, the players install and fix in the tank 25 at any selected coordinate point the same number of game elements 16. Then the players connect the plugs of the connectors 23 from the wires of the game elements 16 to the slots of the connectors 23. After that, water is poured into the tank 25 (water can be tinted ). After powering on the device, two luminous lights begin to run over the indicator elements.

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cops 1. The first player after the coincidence of the glowing light with the first coordinate of the selected game element 16 (the enemy's ship) presses a button (for example, 19), which causes one glowing light to stop at 7-10's on the selected coordinate. Then, after the second glowing light matches the second coordinate of the selected game element 16, the player presses the second button (20), which causes the second glowing light to stop on

7-10 seconds on the selected coordinate. In that case, if the obtained coordinates of the point coincide with the coordinates of the game element 16 (the ship), then its light signal element 18 goes out. Block 15 generates an explosion sound signal (the ship is read as blown up). If the player misses more than 7-10 seconds after pressing the first button (19), and then presses the second button (20), then 25 two lighted glowing lights do not simultaneously burn. The second player makes his attempt. The game continues until all the light signal elements of the 18 gaming elements of 16 (ships) of one of the opponents are redeemed. In the case when the player shows a weak reaction, he can choose the coordinates of his ship and blow it up. This circumstance especially increases the interest in the game, so. how the players can build tactical plans when setting up ships. When making game elements 16 (ships) of material with a density of lower water density for game elements 16, a curved electrical contact 28 (for example, made in the form of an anchor) is used (figure 4), which fits into slots 4 (figure 4) made on vertical metal plate 29 connected to the outputs of the recruitment block game situation. This is done. neniya elements of the game allows you to keep afloat the game elements 16, which will sway with the fluctuations of water in the reservoir 25. This increases the interest in the game.

* one

The game allows you to develop spatial vision, imagination, tactical skills of the game and the reaction of the players.

7 in

The invention increases the fun of the game by increasing the visibility of the game action.

Claims (3)

Claim 1. An electronic game containing a set of a game situation with electric sockets, connected by inputs to the first outputs of a game situation change unit, an imitation and indication module of the game progress, game elements with electrical contacts, characterized in that, in order to increase the fun of the game by increasing visibility game actions, it has light indication elements, current amplifiers, a multi-input coincidence circuit, game control nodes, a game situation change block contains a game initial setup node, c The game registers, pulse generators, timers and game switches, and the game situation dialing block are made on the AND elements connected by the outputs to the corresponding electrical sockets, while the switch outputs are connected to the inputs of the corresponding timers, the outputs of which are connected to the inputs of the corresponding pulse generators and the first inputs of the corresponding game control nodes, the second inputs of which are connected with the output of the initial installation node of the game and the first inputs of shift registers connected by the second inputs with you odes corresponding generators momentum ₄₀ pulses, the outputs of the first shift register are connected to the first inputs of the elements and through the first current amplifiers are connected to the terminals of the corresponding first light and ₄ coding elements, the terminals of the second light indication elements are connected to the second inputs of the And elements and the second outputs the shift, θ of the th register, and the control outputs of all game control nodes through a multi-input coincidence circuit are connected to the input of the simulation and indication module of the game progress, signal inputs and you ⁴ stroke game control nodes are connected to the electrical contacts of the corresponding game elements. 2. The game is pop. 1, distinguished by 9 I I am the control node; eight 7 1366167 the game has an NAND element and a trigger, while the first and second inputs of the NAND element are the first inputs of the game control node, the second input of which is the first input of the trigger connected by the second input to the output of the NAND element, the third input of which is a signal input control node of the game, the output of the trigger- ιθ ra is the signal output of the node control of the game, the manager of the output, whose house is the output of the NAND element. 3. The game pop. 1, characterized in that the block set of the game situation is made in the form of a sealed fluid reservoir with a drain channel at the bottom of which electrical sockets are placed. -G * ³ "* P ⁴ ί -._ fi & .1 2 1366167