SU1389794A1 - Apparatus for controlling electronic game - Google Patents

Abstract

The invention relates to electronic game control devices, can be used when conducting electronic games, and is intended to increase entertainment by expanding the number of game situations. The image allows you to conduct a game with a quantitative estimate of the cost of achieving the final result by the players, automatically fix the game until it ends when the specified number of moves (or time) is reached, block the results of further activation of the turn keys and stop the game. The electronic game control device contains bit and control triggers, game indication blocks, game situation and control sets, first and second commutators, counters, decoders, inverters, pulse generator, game result indicator, logic elements, progress keys, settings, game mode, reset. The game consists in a set of the initial game situation (arbitrary), the "shift of luminous elements. The result of the game is to illuminate the given indicators of the game unit for the minimum possible number of moves or elapsed time for the player. 3 il. a e SL

Description

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The invention relates to electronic game control devices and can be used when conducting electronic games.

The purpose of the invention is to increase entertainingness by expanding the number of game situations.

FIG. 1 shows a complete functional diagram of the device with an indication of all logical connections and taking into account the load capacity of the elements; in fig. 2 - key stroke pattern is functional; in fig. 3 - symbols and placement of display elements and controls on the game panel.

The electronic game control device contains bit triggers 1-6, input to the first shift register, bit triggers 7-12, which make up the second shift register.

The device also has control triggers 13 and 14, game indication block 15, game situation dialing block 16, control block 17, switches 18 and 19, reset key 20, pulse generator 21, counters 22 and 23, decoders 24 and 25, indicator 26 the result of the game, the installation key 27 connected to the game situation set block 16, the AND-OR-NO element 28, the game mode key 29, the AND-NE element 30 and 31, the turn keys 32 and 33, the inverters 34 and 35, the AND elements NOT 36 and 37.

The key switch (Fig. 2) is made according to the “anti-bounce circuit implemented on two inverters 38 and 39 with a free collector.

Bit triggers constitute ring shift registers. Triggers 13 and 14 are control common to both registers.

The game indication unit 15 is designed to display and visually perceive the state of the game situation depending on the activation of the corresponding triggers of the ring shift registers and the corresponding light indication elements included in the unit (e.g., LEDs or other light elements allowing direct control from microcircuits).

Block 16 of the game situation set is designed with the installation key 27 for switching on eight any light indication elements of the block 15 in two stages, setting the switch 27 in turn to position I (to turn on any of the flip-flops 1-6 and 13) and 11 (to turn on any of the flip-flops 7-12 and 14). The phased set of the required initial game situation allows to reduce by half the number of game keys of block 16, for example, buttons of type KM1 are used.

The control block 17 is designed to generate control signals and

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providing appropriate information shifts in ring shift registers until a given game situation is reached. It consists of the first and second elements AND-NOT 30 and 31 and the keys of the progress 32 and 33 of the first and second inverters 34 and 35 and the third element AND-NOT 36.

The first and second switches 18 and 19 are designed to receive and switch signals with the output of bit triggers 5, 6 and 11, 12 of both ring shift registers to the inputs of the corresponding control triggers 13 and 14 and are made on AND-OR-NOT elements.

The pulse generator 21 is designed to generate the formation and output from the two outputs of the second and ten second time signals for clocking the operation of the corresponding nodes of the device.

The first and second counters 22 and 23 are binary-decimal counters and are designed to count the number of moves from 1 to 90 or the time (from 10 s to 9 min) spent on achieving the final result of the game and issuing content to the corresponding decoders 24 and 25 and further for display on two seven-segment display elements of the indicator 26 of the game result.

The device can be made in the form of a desktop board and the plane of the game panel on which (Fig. 3) a geometric cube pattern is placed, on the vertices and edges of which are light indicator elements. Below and to the right of the picture are the game controls, the keys for the move, the reset, the game mode of the installation, and the game keys (not shown) of the game situation set block and at the top right are two elements of the game result indicator.

The game is as follows.

When the reset key 20 is pressed, all the triggers 1-14 and the counters 22 and 23 are set to the logical state. In this case, the indication elements of the game indication unit 15 are extinguished.

The player uses the game keys of the game situation set set 16 and the installation key 27 includes eight any bit triggers to the state "1", which causes the eight corresponding light indication elements (indicators) of the block 15 to light up. Thus, the game sets any game situation.

When the first key 32 of the stroke is pressed, the passage of signals with a frequency of 1 s from the generator of 21 pulses to the control inputs of switches 18 and 19 and through the first AND 30 elements and inverter 34, which are fed to the first (synchronizing) inputs of the triggers 1- 6 and through the third AND-36 element to the first inputs of the control triggers 13 and 14 and the AND-OR-NOT element 28.

The first and second switches 18 and 19 connect the outputs of the flip-flops 5 and 6 to the inputs of the controlling flip-flops 13 and 14, respectively, resulting in the first ring shift register of the flip-flops 1, 2, 3, 4, 5 and b, 13 and 14. The output signal of the first inverter 34 shifts the second inputs of the triggers of the recorded information by one time. Thus, when pressing and holding the first key 32 of the stroke, each one-second signal from the pulse generator 21 causes the information to shift to the right by one bit in the register from triggers 1, 2, 3, 4, 5 and 6, 13 and 14 (without the need to repeatedly press the key key).

By pressing the second key 33 of the stroke, similarly, the formation of the second ring shift register of the flip-flops 7-14 and the information stored in it is shifted to the right by one bit each time according to the signals from the second inverter 35 generated with the pulse generator frequency 21.

Thus, information recorded in one register can, with the help of the first and second switches 18 and 19, pass into another register.

By the set 16 of the game situation and the installation key 27, the player arbitrarily constitutes a light pattern which on the playing field can look like eight luminous indicator elements, for example 1, 2, 3, 4, 5, 10, 9, 8 and 14 Using the control unit 17 of the described images, the player performs a "shift of luminous elements, to achieve the result of the game, which can consist in the glow of indicators 1, 3, 5, 6, 7, 9, 11 and 12, those. vertical cube gaming panel.

When playing on achieving the final result for the corresponding number of moves and pressing the first or second keys of move 32 and 33, signals from the combined output of the third element AND-NOT 36 are also fed to the first input of the AND-OR-NOT element 28, which, when the key is installed 29 The game mode in position I “moves” takes into account the number of “shift signals (number of moves) and outputs them to the counting input of the first counter 22 (the unit of move units). From the output, its transfer signal after every ten holts is fed to the counting input of the second counter 23 (the counter of ten turns). At the same time, the current contents of the counters 22 and 23 from their outputs are displayed on the information inputs of decipherors 24 and 25, which include the corresponding seven-segment elements of the indicator 26. Thus, the counting and display of the number (from 00 to 90) of moves made by the player to achieve - the bride of the final result. When a game is not finished in 90 moves, the game is stopped, because if there are signals at the first and fourth outputs of the second counter 23 by the fourth element II --- HE 37, a signal is generated that arrives at the prohibiting inputs of the element AND - OR –NE 28 and the first and second elements AND- NOT 30 and 31, do not allow further passage of signals from these elements. In this case, the readings of the counters about the number of moves made does not change, a further shift of the information recorded in the registers does not occur, regardless of whether the key 32 and 33 of the stroke continue (turn on).

When playing to achieve the final result for the appropriate amount (time spent on thinking) of time, the key 29 of the game mode is set to AND "Time and the AND-OR-NOT 28 element already takes only ten second signals from the second output of the pulse generator 21. In this case, the counters 22 and 23 on the seven-segment elements of the quantity indicator 26 are displayed with a resolution of 10 seconds from 10 s to 9 min. 00 s. At this time, the elements 28, 30 and 31 are also blocked, and the game is stopped.

When playing for time and achieving the final result earlier than 9 minutes, the player immediately switches the key 29 of the game mode to position I "moves and thus fixes the time spent by the player to achieve the specified final result of the game.

Each new game cycle starts with pressing reset key 20.

To achieve the result of the game, the player uses certain algorithmic processes that he builds on the basis of the existing light patterns on the game panel.

The use of the invention enhances entertaining.

Claims (1)

Invention Formula An electronic game control unit containing a game situation dialing unit connected by outputs to first inputs of control flip-flops and first inputs of shift register bits connected by second mn inputs of bits to corresponding first and second outputs of control unit connected by third output to first inputs switches connected by the second inputs to the shift-register control outputs, a reset key connected by the outputs to the third inputs of the shift register bits and to the second control inputs x triggers third inputs connected to the outputs of the respective switches, and display unit of the game, inputs coupled to respective outputs of the bit shift registers. characterized in that in order to increase the level of play by expanding the number of game situations, it has a pulse generator, an AND-OR-NOT element, a game mode key, counters, decoders, an AND-NOT element and a game result indicator, with the first output of the pulse generator connected to the first inputs of the control unit, the fourth output of which is connected to the fourth inputs of the corresponding control flip-flops and the first input of the AND-OR-NOT element, the second input of which is connected to the second output of the pulse generator games are connected to the first and second inputs of the first counter and the third and fourth inputs of the AND-OR-NOT element ;, which output is connected to the third input of the first counter, which is connected with the control output to the first input of the second counter, the output of the reset key is additionally connected to the fourth input of the first counter and the second input of the second counter, the information outputs of both counters via the corresponding key decoders the inputs of the game outcome indicator, with one of the outputs of the second counter through the element AND-NO connected to the fifth and sixth inputs of the element AND-OR-NOT and the second inputs of the control unit, and the fifth output of the control unit audio inputs connected to third switches. 7V ("./ Fiz.g   Paykum dpfffi Cut / Set fPuz.5