SU1291166A2 - Electronic game - Google Patents

Abstract

The invention relates to electronic games and can be used as a stand-alone portable game for one player. The aim of the invention is to increase the playability of the game by increasing game situations. By playing a game situation block, the player with the help of a hub 52. composes an arbitrary light pattern, which on the playing field can look like eight luminous indicator elements (for example, 21, 22, 23, 24, 32, 31, 30 and 28). Using the control unit, the player shifts the luminous elements to achieve the result of the game, which can be in the glow of the elements 21, 23, 25, 27, 29, 31, 33, 34. Moreover, after the first shift, the blocking trigger 50 is set to the logical state 1, which causes the diode 51 to close to a high logic level and, accordingly, to an increase in resistance between the probe 52 and the common power bus wire, so the subsequent touch of the probe pad 52 to the contact pads does not cause the discharge triggers to become logical. about the ignition of the indicator elements. 2 Il. (Lu; o

Description

1, 12

The invention relates to electronic games, can be used when playing various games, and is an improvement to the game auth.St. No. 1219103.

The purpose of the invention is to increase the playability of the game by increasing game situations.

Fig1 shows a block diagram of an electronic game; figure 2 - the game panel with the location of the electronic circuit elements.

The electronic game block diagram contains switches 1 and 2, the logic element OR 3, the pulse cutoff delay element A, bit triggers 5-18, switches 19 and 20, indication elements 21-34, switch 35 for setting bit triggers logical 1, pads 36-49, blocking trigger 50, diode 51, probe 52, resistor 53.

The control unit contains switches 1 and 2, an element OR 3. The game situation set unit contains a switch 35 for setting bit switches to a logic 1 state, pads 36-49, a blocking trigger 50, a diode 51, a probe 52 for setting bits triggers in logical zero state.

Figure 2 is conventionally depicted game panel 53 with the location of the elements of the electronic circuit. The game panel 53 is made of foil-lined fiberglass plastic, on its plane a pattern of a geometric cube 55 is applied by chemical engraving, tops and edges of which are display elements 21-34, adjacent to them are contact pads 36-49, made in in the form of letters 54. On the play-pa; The switches 53 installed switches 1 2 and 35, on the section 56 are installed by printed wiring radio components of the electronic circuit.

The closure of the contacts of the switch 35 causes the triggers 5-118 to be set to the logical 1 state, while the indication elements 21-34 go out, and the blocking trigger 50 is set to the logical O state, while the probe 52 has the logical level O. Camping Probes 52 of any of the contact areas - Doc 36-39,41-47 and 49, sets the number 5

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35 50

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Seven corresponding bit triggers in the logical O state, which causes the eight corresponding light indication elements to light up, and the contact pads 40 and 48 are not electrically connected to the installation inputs of the O flip-flops 9 and 17, therefore the indicating elements 25 and 33 are lit it is not possible. Thus, the player sets any game position without the fate of the indicator elements 25 and 33, which excludes the possibility of dialing the probe 52) the result of the game.

When the contacts of the switch 1 are closed, the logical 1 is formed at the output of the OR 3 element, which is fed to the clock inputs of the flip-flops 6-10 and to the pulse-slice delay element 4, from the summing output of the OR 3. The logical 1 is fed to the control triggers 11 and 12 and to the input of the blocking trigger 50, the latter is set to the state of logical 1, From the output of element 4, the pulse slice delays the inverted signal (logical O) goes to the control panel of switches 19 and 20 and, affecting the switch selector circuit, oedin is output through the switch 19, the trigger line 9 to the input line of the control flip-flop 11, via the switch 20 - the flip-flop output line 10 to the input line of the control flip-flop 12. As a result, such a state is formed from a ring shift register bit triggers 5-12.

After the contacts of the switch 1 are opened, the negative inputs of the triggers 5-12 create a negative voltage drop, which shifts the recorded information to the right by one bit. After the contacts of the switch 1 are opened, the control voltage of the logical zero on the switches 19 and 20 is saved for a time shift information in the register for one bit at the expense of the element 4 delay slice pulses. Thus, each clock of closing and opening the contacts of switch 1 leads to a shift of information to the right by one bit in the register of triggers 5-12.

When the contacts of the switch 2 are closed, a logical 1 is formed at the other output of the IPI 3 element, which is fed to the synchronizing

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Claims (1)

the inputs of the trigger triggers 13-18, from the summing output of the element OR 3 logical 1 are fed to the synchronization inputs of the control triggers 11 and 12. When the contacts of the switches 2 and logical 1 are closed and opened, the logical 1 switches to the control inputs 19 and 20. Therefore, the sampling circuit of switches 19 and 20 connects through switch 19 the output Q line of the trigger 17 with the input line of the control trigger 11, and through the switch 20 - the output line of the trigger 18 with the input line of the control trigger 12. This connection forms a ring shift register of the triggers 11-18 .. After opening the contacts of the switch 2 on the synchronization inputs of the flip-flops 11-18, a negative differential is generated — an invention formula that shifts the recorded information to the right by one bit. Thus, and information 66 If the diode 51 is set to a high logic level and accordingly increases the resistance between the probe 52 and the common wire of the power bus, therefore, subsequent touch of the probe 52 of the contact pads does not set the discharge triggers to the state O and ignite the indicator elements. Thus, the possibility of selecting the required light pattern with the probe 52 during the game is excluded. To achieve the result of the game, the player must use certain algorithmic processes that he can build on the basis of the composition of the light patterns on the game panel. Electronic game auth.St. No. 1219103, characterized in that, in order to increase the playability of the game by increasing game situations, it has a blocking trigger, a diode, a probe, to set the triggers in the logical zero state, and the game panel is equipped with contact pads connected to the first inputs corresponding to trig bit trigger flip-flops, while the non-working pin of the probe for setting the triggers to the state of a logical zero is connected via a diode to the input of a blocking flip-flop, the first output of which is connected to one of the inputs of the logical element OR, the second output of the blocking trigger is connected to one of the pins of the switch and the second inputs of all the bit triggers written in one register, it can be transferred using switches 19 and 20, to another register. By playing a game situation block, the player using a probe 52 constitutes an arbitrary light pattern which on the game field can look like eight luminous indicator elements (for example, 21-24, 32, 31, 30 and 28). With the help of the control unit, the player shifts the luminous elements to achieve the result of the game, which may consist in the glow of the indicators 21,23,25,27,29,31,33,34. Moreover, after the first shift, the booster trigger 50 is set to the logical 1 state, which results in the closing 6 If the diode 51 is set to a high logic level and accordingly increases the resistance between the probe 52 and the common wire of the power bus, therefore, subsequent touch of the probe 52 of the contact pads does not set the discharge triggers to the state O and ignite the indicator elements. Thus, the possibility of selecting the required light pattern with the probe 52 during the game is excluded. To achieve the result of the game, the player must use certain algorithmic processes that he can build on the basis of the composition of the light patterns on the game panel. Invention Formula Electronic game auth.St. No. 1219103, characterized in that, in order to increase the playability of the game by increasing game situations, it has a blocking trigger, a diode, a probe, to set the triggers in the logical zero state, and the game panel is equipped with contact pads connected to the first inputs corresponding to trig bit trigger flip-flops, while the non-working pin of the probe for setting the triggers to the state of a logical zero is connected via a diode to the input of the blocking trigger, the first output of which is connected to one of the inputs of the logical element OR, the second output of the blocking trigger is connected to one of the pins of the switch and the second inputs of all the bit triggers 5 Sfi) a 22 (57) B2J (36} ABOUT A 3fiM ff. TL Ъ26М C27 (2) C ABOUT thirty( a j jjfW I am .5. B 23iiA) C27 (2) C ABOUT 30 (5) FIG. Compiled by S. Aleksanov. I. Gorn’s editor. Techred L. Serdyukova Proofreader. A. Tsko Order 64/7 Circulation 397Subscription VNIIPI USSR State Committee for inventions and discoveries 113035, Moscow, Zh-35, Raushsk nab., 4/5 Production and printing company, Uzhgorod, st. Project, 4