SU1724291A1 - Electronic game - Google Patents

Abstract

The invention relates to electronic games, can be used for playing game events and allows to increase entertaining by increasing the number of game combinations. The electronic game is combinatorial, based on the flip and analysis of options to enable the indicators "Greater number." different combinations that need to be considered to find a solution, compared with the analog, makes the game more entertaining. It develops logical thinking, memory. The game is made in the form of a square divided into 9 cells, each of which contains an indicator and a button switch. The game consists in bringing all indicators from the initial state, when all indicators are off, to the state when all indicators are turned on and back, after this is a switching of communications, which leads to a change in the solution. The game has 16 different options for communications, 2 pcs. 1 scoreboard SP

Description

The invention relates to electronic games and can be used for playing game events.

The purpose of the invention is to increase entertainingness by increasing the number of gaming combinations.

Fig „1 is a block diagram of an electronic game; Fig 2 - diagram of the node logical transformations "

The electronic game contains nodes 1-9 logical transformations (SFM), a reset node 10 consisting of a capacitor 11, a resistor 12 and an inverter 13. The SFM consists of a multi-input element OR 14, a trigger 15, an indicator 16 and a pushbutton switch 17, switch unit 18 connection, consisting of decimal elements And 19 and 20, the trigger 21 control, binary

a pulse counter 22, switches 23-26, power bus 27, and reset buses 28. The signal indication unit includes switches 23-26.

Electronic game works as follows.

After supplying power voltage to bus 27, reset unit 10 generates a reset signal, which, via bus 27, sets all triggers 15 of the ALM to zero status. All indicators are lit, counter 22 is set to zero, at the S input of the trigger 21 a logic level 1 appears, and it is set to one state. When all the indicators are extinguished by pressing the button switches, all the triggers 15 go to one state.

to

Ј GO

WITH

 3-17

From their direct outputs, logical 1 is fed to the inputs of the element And 19 and from its output to the R input of the trigger, it is set to the zero state.

If then all the indicators are lit, all the triggers 15 return to the zero state and from their inverse outputs logical 1 goes to the inputs of the element AND 20 and from its output to the S input of the trigger 21, that is, it is set to one.

From the direct output of flip-flop 21 by a positive differential (when going from zero to one), the counter 22 is started, and the number} written in it increases by one. At this, its first output results in a logic 1, which goes to the control input of the switch 23, and it deviates and breaks the connection between the second and fifth blocks, i. One of the communication options is turned on. Similarly, the scheme works on subsequent switchings from the sixteenth switch. The game returns to the first option. Decision options, depending on the state of the counter, are listed in the table.

100002,4,5,6,8

200011,2,3,4,5,6,7,8,9

3. 00102,5,7,8,9

400111,2,3,8

501001,2,3,4,5,7

6.01011,2,3,4,6,7,8,9

701101,2,3,5,6,9

801111,2,3,8

910001,2,3,5,8

1010011,2,3,4,6,7,8,9

1110101,2,3,4,5,6,7,8,9

1210111,2,3,8

1311002,5,6,7

1411011,2,3,4,6,7,8,9

Q

s 0 0

five

five

0

five

0

five

The use of the invention increases the fun of the game by increasing the number of game combinations ;,

Claims (1)

Invention Formula An electronic game containing a first logical transformation node, connected by a first output to the first inputs of a first logical transformation node, a second logical transformation node connected by a first output to its second input, and a third logical transformation node, a fourth logical transformation node connected to the first output the third input of the second logical transformation node, the first input of the fourth logical transformation node and the first input of the fifth logical transformation node, connected with the first input, the second input of the fourth logical transformation node, the first input of the sixth logical transformation node and the first input of the seventh logical transformation node connected by the first output to its second input, the third input of the fifth logical conversion node and the first input of the eighth logical transformation node associated with the first output with its second input, the third input of the seventh logical transformation node, the second input of the sixth logical transformation node and the first input of the ninth logical transformation node associated with the first output with its second input, the third input of the seventh logical transformation node and the second input of the third logical conversion node connected by the first output to its third input, the third input of the ninth logical conversion node and the third input a sixth logical transformation node connected by a first output to its fourth input and a third input of a fourth logical transformation node, a power supply connected first output from the first the control inputs of all logical transformation nodes and the first output of the resistor connected by the second output to the first output of the capacitor connected by the second output to the second output of the power source, characterized in signal switching, which is connected to the third output with the third input of the first logical transformation node and the fourth input of the fourth logical transformation node, The number of gaming combinations, the first output of the sixth logical node, it is equipped with AND elements, an inverter, the conversions are additionally connected to the control trigger, pulse counter and signal switching unit, while the second and third outputs of the logical transformation nodes are connected to the inputs of the first and the third and fourth inputs of the signal switching unit, which by the third output is connected to the fourth input T5 of the first logical transformation node, the second output of the resistor is connected via an inverter to the reset input of the control trigger and the second control inputs of all nodes of the second And elements that are connected to the trigger inputs control associated with the output of information, and the second output of the resistor through the inverter is connected to the reset input of the control trigger and the second control inputs of all nodes login input pulse counter 20 koto- iCal transformations - ing and a fourth output connected with the control output of the signal switching unit inputs sub-block signals switching keys to fourth inputs of the seventh and the associated first output to a fifth vho-. the ninth logical transform node of the sixth, logical transform node 25 the first output of the sixth logical transform node is additionally associated with the third and fourth inputs of the signal switching unit, which by the third output are connected to the fourth input of the first logical unit, the first output of the sixth logical transformation unit is additionally connected The second output of the resistor is connected via an inverter to the reset input of the control trigger and the second control inputs of all the logical transform nodes, and the fourth output of the switching unit of the subconnect signals to the fourth inputs of the seventh and ninth logical transform nodes FIG. 2