SU1517970A1 - Electromechanical game - Google Patents

Abstract

The invention relates to electronic games, can be used as a collective game and allows to increase the fun of the game by increasing the number of game situations. The device contains a base in the form of a playing floor, mounted on the field figures of players (forwards, defenders and goalkeeper) with an electromagnetic drive, reed sensors of game situations, m h, made in the form of a permanent magnet, a digital scoreboard with indicators of shots on the gate, scored by and game period. The attackers' figures are controlled by control switches, and the defenders and goalkeeper figures are automatically controlled depending on the game situation, and their electromagnetic drive is made in such a way that these figures move along the field, depending on the trajectory of movement, creating the illusion of intelligent movement. and increasing the dynamics and attractiveness of the game. 6 Il.

Description

This invention relates to (Lectropic games and can be used as a collective game.

The aim of the invention is to increase engagement by increasing the number of games (.) OU.X situations.

FIG. I shows an external view of the electronic game; in fig. 2 - electrical circuit principle; in fig. 3 - electromagnetically driven actuator of the attacker; in fig. 4 - the same goalkeeper; in fig. 5 - the same defender; in fig. 6 - structural c.hema of the electronic game (continuation of FIG. 2).

The electronic game (Fig. I) contains a base in the form of a playing field 1, the players е with an electromagnetic drive mounted on the field: attacking 2-5, defenders 6, 7, goalkeeper 8, magnetic control - my contacts of the imitation block 9 ca into the game, defenders 10-13, magnetically adjustable contacts goalkeeper 14, 15, gate 16, perektyuzhagel 17 initial set

NONKI game. pack avaluyuschie nerelyukuppmp 18 21 protection, impulse in the niociu of this magnet m h 22. bk 23 and ipatsii throw in the game, u.ch 24 ipdikp 1 state of the game with indicators Hifvinoin period 25, the number of throws 2 ()) ). (you.h heads 27.

FIG. 2 shows an electrical circuit with sensors and executive e.N - cops. included in the game, which includes an electronic unit 28.

FIG. 3 shows the construction of the e.chk-tromag}) of the total drive of the figure attackingly | About 2-5, consisting of e, an electromagnet with a core 29, a spring-loaded lever 30. The axis of the axis 31 of which is located the figure of player 2. At the end of the lever is placed one hinge, | th / nut 32. In FIG. Figure 4 shows the design of the electromagnetic drive of the goalkeeper figure 8, consisting of a spring-loaded two-fold lever 33, on one pole which ;;; - the goalkeeper figure 8 has a strong position, on the second stage t TanoB. ien are 11-shaped (|) vsteyi v).

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At the ends of which there are permanent magnets; 35, 36, and the core 37 of the electromagnet is placed between the magnets.

FIG. 5 shows the design of an electromagnetic magnetic drive of the defenders 6, 7. It differs from the drive of the goalkeeper figure 8, that the figure of the defender 6 is located on the additional spring-loaded lever 38 in the center of its rotation, at the end of the lever 38 the permanent magnet 39 is fixed, and along the radius of movement of the figure, a series of permanent magnets 40-43 is established. 44-53 designate communication lines and connections between elements, blocks, and nodes of this device.

FIG. 6 shows a block diagram of an electronic unit 28 consisting of a game period counter 54, a throw counter 55, a heads counter 56, a trigger 57, a control relay 58, an OR element 59.

Electronic game works as follows.

In the initial state, due to the presence of a slope of the playing field, the m 22 is located in the area of operation of the block 23 of the imitation of the ball in the game. When the switch 17 is pressed to the input 46 of the electronic unit 28 || os 1 1aet 1i), 1 () LIFT1, 1Y11) 111 pulse, which flips the counters 11g |) () periods of 54, chie-, 1, - | b xx kov 55 and ro. ioH 56, on M (i; uiK; iT (i) ax I;: n) vog () r1c | And |) d; | 25, 4Mc.i; i b) Ocons 2t and r (j, i () B 27 and y.i. ia 24 ta11av, 1ivan) T1. and iu.li, while rpnri cp 57, having set, kicks to the initial state, vc,: n) h; 1 nmc 58.

When the relay 58 is turned on from the output 50 elect - - oinog () of the block 28, a constant and 11) is applied to the () and the first contact 1 1 of all reed switches installed on the playing field.

Under the action of the magnetic field 22, the magnetically controlled contact 9 is activated, and the positive voltage jump enters the input 45 of the electronic b, while 28, the counter 54 is triggered and the unit 25 is set to the game period indicators. When the contact 9 is closed, the constant voltage is also supplied to the electromagnet bk imitating the throwing of the ball into the game, the movable spring-loaded electromagnet core abruptly retracts, and the ball strikes the ball and the contact 9 times . The spring-loaded core of the electromagnet is also reset. The goal of the player is to score a goal with the goalkeeper 8 as much as possible. The goal is kept on the inclined field and the gate is defeated by attacking 2-5 control switches 18 - 21. When you press, for example, 18, the electromagnetic actuator of the attacker's figure 2 is energized with a positive voltage, while

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at the end of the core 29, a magnetic field with the same pole is induced with respect to the pole of the side of the constant magnet 32 pressed to the core 29, the magnet 32 pushes away from the core 29, driving the lever 30, and figure 2 mounted in the center 31 of the rotation of the lever 30 sharply turns. If at this time mh 22 passes the zone of action of the stick of figure 2

the attacker then abruptly drops towards the gate. If the player fails to throw the ball towards the gate with the help of attacking figures 2-5, he rolls into the zone of action of block 23. After that, the ball is automatically thrown into the field again, and the next game period is displayed on the scoreboard of node 24.

At the end of the N-th period (H-factor of the counter 54), the counter 54 overflows, tilting the trigger 57, which turns off the relay 58, providing voltage to the executive elements of the playing field. To start a new game, you must again press the switch 17 of the initial installation of the game.

To score the ball into the goal, moving the figures and the batters of the ball, 6, 7 and the goalkeeper 8.

When the sensors 14 are triggered, the input voltage 19 of the electronic unit 28 receives a surge of positive voltage, through the element

0 OR 59 this signal arrives at the counter 56, i: it is calculated and fed through the output 52 to the throws indicator 26, where the next goal kick is indicated. When sensors 14 are triggered on the electric magma drive of the figure, goalkeeper 8, a positive voltage is applied, which establishes a pole on the electric magnet core 37 simultaneously with the pole of the magnet 35, the interaction of the magnet 35 and the core 37 causes the figure of the goalkeeper 8 to deflect PU closed sensor 14, i.e. to the side of the moving. m cha. When the reed sensors 15 are closed, a different winding is connected, a different pole is induced on the core 37, and due to the interaction of the core 37 with the magnets 35 and 36, the goalkeeper 8 is deflected in the other direction, again in opposition to the motion of the ball. The figures of the defenders 6, 7 act similarly, only during the movement along the arc due to the interaction of the permanent magnets 40-43 and the magnet 39 installed on the spring-loaded lever 38, it makes sharp turns around its axis, imitating the stick with a stick on m chu. When the ball enters the gate, the magneto-controlled contacts 16 are triggered and the counter 56 receives impulses recording 55 SI to the counter 56, their number is indicated on the indicator 27 heads.

Thus, the design of the electromagnetic drive of player figures, in principle

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PA control figures, the introduction of an electronic unit and a digital scoreboard increased the interest of the game. The orderly movement of the figures of defenders 6, 7 and goalkeeper 8, depending on the movement trajectory on the playing field, creates the illusion of the players' intended response to the game situations, which increases the entertainment of the game, creating recognizable game situations on the field.

Claims (1)

Invention Formula Electrome.Hanic game containing a body with a base with a playing field layout on it with figures of attackers and detectors with electromagnetic drives installed, a goalkeeper, a power source connected to the first output of the attackers and defenders with the first output The magnetically adjustable contacts of the figures of the defenders connected by the first conclusions with the second conclusions of the electromagnetic drives of the figures of the defenders, and made in the form of a permanent magnet m h, which differs from o, in order to increase entertainingness by increasing the number of game situations, it is equipped with a simulator for throwing the game into the game, containing a magnetically controlled contact and an electromagnet, a switch for the initial installation of the game and control protection switches located on the body of the game, counters for game periods , shots, gaps, trigger, element OR, control relay with closing contact. Manually controlled contact of the gate and the goalkeeper, an indication of the state of the game located on the body, additional magnetic-compatible contacts of the defense figures, the layout of the playing floor with the goalkeeper and defense figures located in its upper part the attacking figures and the block of imitation of the throwing of the ball into the game are set obliquely to the base, the figures of the attack are mounted on the axles, and each of them is equipped with a spring-loaded lever with a permanent magnet placed at its end, the action area of the electromagnetic drive. the figures of the defenders are additionally equipped with spring-loaded levers, at the end of each of which a permanent magnet is fixed, and a spring-loaded two-arm lever, at one end of which a U-shaped bracket with permanent magnets mounted at its ends is located, the base of each figure of the defender is located in the center of rotation the corresponding spring-loaded lever, and its permanent magnet is installed with the possibility of interaction with the races 0 five Fastened on the circumference of the radius .i; and the figure of the figures are permanent magnets, and the permanent magnets of the I-shaped bracket are located in the area of the electromagnetic drive, the goalkeeper's figure is equipped with an electromagnetic drive and a spring-loaded two-arm lever; permanent mi wires installed at its ends, which are in the zone of action: 1, of a rotor magnetic drive, and magnetic contacts are placed in zone c); 1 and 1, respectively, of the game imitation simulator, fig ur zanstnikov the goalkeeper and the gate, with the second output of the power source connected to the first terminal of the electromagnet, those controls, and the ni terminal of the closing contact pe. ie control and the first conclusion Nersk. 1K) the game's individual installation, which is connected to the second HXCJ.UIMH game period counters, 6pocKohi, 10-arrays and the trigger connected by the output to the go) th output of the electromagnet control, which is connected to the first terminals magnetically actuated contactors; batch of imitations of a face-off in Hip. gate and goalkeeper and additional mi1} it | controllable contacts of figures of lowers vu-) with conclusions of the main1; s 1ignitou11) and 1) .1 I (Q of my contacts of figures with shielding 11IK (.) le.ieii IIIIIGY, the second conclusion M ;; BAT (). 1U1P1 () 10 contact of the imitation unit Br.): ICbin. The game is associated with the first ikim of the romagnet of the imitation unit 1 (g) m 5 chu into the game and with the informational nx (the play periods counter, K (; the output is connected to the information input of the trigger and the first input of the game state indication node, the second pins of the protection drivers are connected to the second W): by the waters of the corresponding electromagnetic attackers, the second pins of the managed contacts are connected to the head counter information input, which is connected to the second end of the game state display node, W The first waters of the first additional magneto-matched contacts of the figures of the defenders are connected by the additional second conclusions of the electro-magnetic drives of the figures of the defensive side, the third conclusions of which are provided by the second terminal of the second additional contacts of the figures of the defenders, the second conclusions of the first and second magicians nitromanaged contacts the goalkeeper are associated respectively with the first and second outputs 5 dami electromagnetic drive goalkeeper and the first and second inputs of the element OR. which is connected to the information input of the throw counter associated with 0 0 the output with the third input of the game state indication node, the second conclusions of the electromagnetic drives of the goalkeeper and the block by them / f 7a -t y / Shgfzf CT Jx.-ii tions of a throw-in to the game are connected in addition to the first output of the source nutrition 2k (rigging g J5