SU1600820A1 - Electronic game control device - Google Patents

Abstract

The invention relates to electronic games and can be used when conducting reflex games and allows for increased entertaining. The electronic game control device has display elements mounted on the game panel, which are controlled by a shift register from the clock generator. The information from the first outputs of the shift register goes to the information inputs of the multiplexer, from the output of which the pulses are counted by the counter. The player after the sound signal, which is generated by the game information presentation unit, counts the number of lit display elements and makes pressing the corresponding switch, which sets the trigger in the binary code, it is compared on the comparator and the counter increases on the digital counter. the indicator, the player gets a point. 1 hp ff, 2 ill.

Description

The invention relates to electronic games and can be used during reflex games.

The purpose of the invention is to increase entertainment.

Figure 1 shows the game panel, a general view; figure 2 - presents the functional diagram of the device.

The game panel has indication indicators 1 and 2, switches 3 with symbols of numbers, digital indicator 4, and audio indicator of the unit 5 for presenting game information.

The functional diagram of the electronic game control unit contains indication elements 1 and 2, switch, pi 3, digital indicator 4, block 5 for presenting game information, counters 6-9, triggers 10-13, generators 14 and 15 tact-oypulses, shift-register 16, multiplexer 17, comparator 18, decoder 19, priority decoder 20, element 21 of the initial installation.

The game result generating unit 22 contains a digital indicator 4 connected via the decoder 19 to the outputs of a (binary-reversible) counter 9. The data input unit 23 contains switches 3, triggers 12 and 13, and priority decoder 20. Switches 3 are connected to information inputs of the priority decoder 20, the code outputs of which are connected to the installation inputs in 1 triggers 13, the group output of the priority

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the decoder is connected to the installation input of 1 flip-flop 12, the output of which is connected to the resolution input of the priority decoder 20, the outputs of the flip-flops 13 are connected to the information inputs of the comparator 18, other information inputs of which are connected to the outputs of the counter 8. Initial setup element 21 is connected to the installation input About the counter 9 and with the control input of the shift register 16, the outputs of which are connected to the display elements 1 and 2 and the information inputs of the multiplexer 17 connected to the control inputs with the outputs of the counter 7. The transfer output of the counter 7 is connected to the clock input of the counter 9, the installation inputs to the counters 6 and 7, and the flip-flops 10 and 11. The output of the trigger 11 is connected to the block 5 presenting game information and the input of the clock generator 14, the output of which is associated with the clock the inputs of the shift register counter 6, the latter has a high-order connection to the information input (formed by a ring shift register) and the control input of the counter 6, the transfer output of which is connected to the installation inputs to 1 flip-flops 10 and 11 and to the installation inputs to the trigger 12 and 13 of the counter 8. The clock inputs of the counters 7 and 8 are connected to the output of the clock generator 15, the control input of which is connected to the output of the trigger 10. The output of the multiplexer 17 is connected to the enable input of the counter 8. The output of the comparator 18 is connected to the control input of the counter 9.

The game is as follows.

After the game is turned on, the digital indicator 4 lights up O, a part of the indicator elements 1 and 2 lights up, which move in a circle with a predetermined frequency, a sound signal is played, at the moment the second sound signal appears from the sound indicator of the game information display unit 5, the player must count the number lighted indicator elements 1 and press a certain switch 3 corresponding to the value of the sum of lighted indicator elements 1. If the player has performed the actions correctly, then on the numbers In the new indicator 4, the score is increased by 1 and the player receives a point. Moreover, after the sound signal, the movement of the lit indication elements ceases for a predetermined time at which the player must press one of the switches 3, then the game continues as in the previous actions. The appearance of a sound signal in each period of the game appears with a different pause, which complicates the course of the game and increases the fun. If the player makes a mistake during the game, i.e. presses the switch 3, then on the digital indicator 4 the score is reduced by 1. The player needs to score the most points on the digital indicator 4.

The functional scheme of the electronic game control device works as follows.

After powering on the game, the initial setup element 21 forms

5 a positive pulse, which sets counter 9 in O (O is displayed on digital indicator 4) and trigger 11. Logic control input of the 14 clock pulses receives a logical O, which

0 starts it up, i.e. the output voltage rises to the level of logical 1 and then goes into the generation mode. This time period in shift register 16 is written

5 parallel information, for example, with the code 111011011100000101111 and when the positive pulse at its control input decreases, the shift register 16 switches to the sequential ring mode

0 shift. At the time the power is turned on, counters 6-8 and trigger 10 are set to an indeterminate state. The circuit goes into the required state after counter 6 overflows from pulses

5 of the generator 14, when a positive pulse appears at the transfer output of the counter 6, which sets the counter 8 in O and the logic 1 triggers 10 and 11. Setting the trigger 11 to 1 translates the generator

0 14 clock pulses into steady state with a low level at the output and leads to the launch of the block 5 of presentation of game information - a beep sounds, which warns the player about

5 preparing for the game.

Setting the trigger 10 to 1 starts the generator of 15 clock pulses, the counter 7 counts before filling, then a positive pulse appears at its transfer output, which sets counters 6 and 7 to O and the triggers 10 and 11 — the circuit takes a certain state at which the generator 15 clock pulses goes into a stable state with

5 low level output, the 14 clock pulse generator is started. The pulses from the oscillator 14 fill counter 6 (with a division factor; equal to 15) and, during the decay of positive J / 1mpils, affect the clock input of the shifter

register 16, which lead to a shift recorded information in it. The logic level 1 at the output of the shift register 16 ignites the indication elements 1 and 2. Moreover, the filling of the counter 6 occurs along the clock edge and at a high level at the resolution input, which is fed from the last bit of the shift register 16, therefore after several cycles ( more than 15) a transfer pulse is formed at the output of counter 6, i.e. its filling depends on the state of the bits of the shift register 16, which makes it possible to form a sound signal by the block 5 presenting game information with a different pause. As a result, the counter 8, the triggers 12 and 13 are set to O, the triggers 10 and 11 are set to 1 (an acoustic signal is heard), the clock pulse generator 14 goes into a stable state. The player counts the number of lit indication elements 1, presses the corresponding switch 3. From the outputs of the shift register 16, information (logical 1) is fed to the inputs of the multiplexer 17. Clicking on one of the switches 3 leads to a low level input to the priority decoder 20, the output of which occurs the binary code corresponding to the decimal digit of the pressed switch 3 The level of logical 1 at the outputs of the priority decoder 20 leads to the installation of the flip-flops 13 in I, therefore at their outputs by The code corresponding to the code at the output of the priority decoder 20, in which a negative pulse is generated at the output of the group transfer, it sets 1 trigger 12. The high level of trigger 12 closes the priority decoder 20 from the repeated signals from switches 3 at the resolution input. 1 starts the generator of 15 clock pulses; when a high level appears at its output, counter 8 is filled, if a high level from the output of multiplexer 17 arrives at the control input, During this period of time, the first information input is connected to the output, due to the code state 000 at the control inputs of the multiplexer 17. The code 000 to the control inputs of the multiplexer 16 is fed from the outputs of counter 7, which, when the positive level drops at the clock input, goes into the code one state 001 which leads to the connection of the output of multiplexer 17 with its second input, if

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If the level is logical, then with a positive level difference at the clock input of counter 8, the latter will not change its state.

5CH-ylo bits of the counter 7 corresponds to the number of information inputs of the multiplexer 17, therefore after the appearance of the transfer pulse at the output of the counter 7, the counter 8 counts all logical 10 on the information inputs of the multiplexer 17 and the number from the output of the counter 8 in the binary code the inputs of the comparator 18. The other inputs of the comparator 18 are supplied with a binary code of the number from the outputs of 15 triggers 13, if the numbers at the inputs of the comparator 18 are equal, then a high level appears at its output which goes to the control input of the counter 9. Ex and the appearance of a positive pulse at its clock input, the counter 9 is filled, as a result, the number on the digital indicator 4 increases. When a transfer pulse appears, the output of the counter 7 is set to O, triggers 10 and 11 and counters 6 and 7 5 Then work the circuit runs in the same way, only with player errors, when the number at the outputs of the flip-flops 13 is incorrectly set, the output of the comparator 18 appears to be low, which puts U counter 9 into the subtraction mode, which leads to a decrease in its content - decreases the number on the digital indicator 4, the player loses one period. In order for counter 9 not to change its content when subtracting, after code state 0000, the transfer output is connected to the recording input, and the information inputs are connected to the common wire.

Thus, the player, guided by the sound signal of the block 5 presenting the game situation, counts the number of lighted indicator elements 1 and makes pressing the corresponding switch 3. The game pace can be set by the speed of movement of the indicator elements 1 and 2, which depends on the frequency of the pulse generator 14. The exposure time of the game information, i.e. the period of time when the indicator elements 1 and 2 do not move can be set by the frequency of the generator pulses 15

Claim 1. E-game control device comprising a data input unit, a game information prediction unit, a clock pulse generator, a setup element, a trigger, a counter, a game result generating unit, a multiplexer and display elements, different

so that, in order to increase the interest, it additionally contains a comparator, shifting the register and additional detectors, a clock pulse generator and a trigger, output connected via an additional clock generator to the counting inputs of the additional counters, the first outputs of the first auxiliary counter and the outputs of the second to - the additional counter is connected to the first inputs of the multiplexer and comparator, respectively, the output connected to the first input of the game result formation unit, the outputs of the nodes The data inputs are connected to the second inputs of the comparator, the trigger output is connected to the input of the game information presentation unit and the clock pulse input connected to the counting counter input and to the first shift register input, the first outputs of which are connected to the first indicator inputs and to the second inputs of the multiplexer, the output connected to the first input of the installation in O of the second additional counter, the output of the element of the initial installation connected to the second inputs of the shift register, the form block the results of the game and the installation input into the trigger, while

the second output of the first additional counter is connected with its own input to O, to the inputs of the installation to O flip-flops, to the first input of the installation to O to the counter and the third input of the game result formation unit, while the second and third outputs of the shift register are connected to the inputs of the second indicators, and the third output of the shift register is additionally connected with its third input and the second input of the installation in O of the counter, the output connected to the S-inputs of the trigger, with the second input of the installation of O of the second additional counter and the input m dan5 GOVERNMENTAL input unit.

2. Device POP.1, which differs from the fact that the data entry node contains switches, a decoder and triggers, while the switches are connected to the first inputs of the decoder, the first outputs of which are connected to the S-inputs of the first triggers, the outputs of which are the outputs of the data entry node, the second output of the decoder is connected to the S-input of the second 5 flip-flop, the output connected to the second input of the decoder, while the installation inputs to O of all the flip-flops are combined and are the input of the data input node. tp

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Claims (2)

Claim 1. An electronic game control device comprising a data input unit, a game information presentation unit, a clock pulse generator, an initial setting element, a trigger, a counter, a game result generating unit, a multiplexer, and indication elements, characterized in that, in order to increase entertainments, it additionally contains a comparator, a shift register and additional counters, a clock generator and a trigger, connected via an additional clock generator to the counting inputs -negative counters, the first counter outputs the first additional and second additional counter outputs are connected to the! the first inputs, respectively, of the multii plexor and comparator, the output connected to the first input of the unit for forming the game results, the outputs of the data input unit are connected to the second inputs of the comparator, the trigger output is connected to the input of the presentation of game information and the input of the clock generator, the output associated with the counting input counter and with the first input of the shift register, the first outputs of which are connected to the inputs of the first indicators and second inputs of the multiplexer, the output associated with the first input of the installation in O a second additional counter, and the output of the initial setup element is connected to the second inputs of the shifting register, the game results generation unit and the setup input at 0 triggers, while the second output of the first additional counter is connected to its setup input at “0”, with setup inputs to 0 triggers , with the first input of the setting at 0 of the counter and 5 with the third input of the unit for generating game results, while the second and third outputs of the shift register are connected to the inputs of the second indicators, and the third output of the shift reg Stra further soe10 of the connections to its third input and a second input for setting to "0" counter, the output associated with the S-trigerrom inputs, a second input for setting to "0 second additional counter and the input of input unit dan15 them. 2. The device according to claim 1, with the fact that the data entry unit contains switches, a decoder and triggers, while the switches are connected to the first 20 inputs of the decoder, the first outputs of which are connected to S-inputs the first triggers, the outputs of which are the outputs of the data input node, the second decoder output is connected to the S-input of the second 25 trigger, the output connected to the second input of the decoder, while the 0 ”setting inputs of all triggers are combined and are the input of the data input node. Fi.g. 2