SU1694175A1 - Electronic game - Google Patents

Abstract

The invention relates to electronic games, can be used during competitive games and allows to increase the entertainment of the game by taking into account the spatial actions of the player. The game contains a simulated throwing projectile and a simulator of a target with a base provided with a soft coating. The game also contains a shield mounted on the player’s side and made in the form of an optical grid formed by mutually perpendicular light beams located in one plane, the outputs with corresponding. The photodetectors of the shield are associated with information-processing devices, which, during the game, ensure the setting of the prize zone in the plane of the optical target and record the fact that the projectile hit the prize area. 4 il.

Description

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

A known electronic game comprising a photosensor assembly, simulated a projectile with a target simulator, including a base with a housing, a fixation unit for the actions of the player, a memory unit; , a unit for converting information about the position of the simulated throwing projectile and a unit for displaying game information.

A disadvantage of the known device is the low interest of the game.

The aim of the invention is to increase the playability of the game by taking into account the spatial actions of the player.

FIG. 1 is a diagram illustrating the principle of the electronic game; figure 2 and 3 is a diagram of the simulator target; 4 is a functional electronic game circuit.

The electronic game contains a simulator 1 of the target, made in the form of a shield 2 and a base 3, a unit for recording actions of the player 4, nodes 5 and 6 for storing coordinates, a block 7 for converting information about the position of the simulated throwing projectile with inputs 8, a block 9 for displaying game information with inputs 10, block 11 of decoders, simulator 12, projectile, optical emitters 13 and 14, groups of photodetectors 15 and 16, body 17, soft coating 18. element OR 19, element AND 20, element OR 21, generator 22 clock pulses, element And 23, shaper 24 codes , multiplexers 25 and 26, information registers 27 and 28, control triggers 29 and 30.

Block 11 has linear decoders 31 and 32 and a matrix decoder 33.

The game information display unit has light indication nodes 34 which

about

2 3

contain pushbutton proximity switches.

Electronic game works as follows.

Before the game, the player or the person responsible for the attraction presses any (at its discretion) push-button proximity switches of the nodes 34 to set the number of the bonus zone. In this case, the front panel of these switches is illuminated (in the case of an attraction, the front panel of the switch is hidden from the player). It should be noted that the switches of the nodes 34 are structurally located on the front panel of the block 9 and represent a reduced geometrically similar model of the optical grid of the shield 2, or rather its nodes (figure 2). The number of the switch corresponds to the node number of the grid, as well as the output number dl (figure 4) of the matrix decoder 33.

The player then throws a simulated throwing device 12, for example, a toy ball with a tennis ball.

When the simulated projectile hits (mh, boom, etc.) 12 into the grid node of the shield 2 of the target simulator 1, the optical rays from the first 13 and second 14 of the optical emitters overlap with the body of the simulated projectile (Figure 2). The fact of overlapping of the rays is recorded in the form of a level occurrence of log.1 at the output of the corresponding photodetector channels of the first 15 and second 16 groups of photodetectors. As shown in FIG. 3, the outputs of all photodetectors are connected to the inputs of the elements OR 19 and 21 and the inputs of the memory block 5 and 6. Upon the fact of simultaneous overlapping of the lines in the X and Y coordinates at the output of the element AND 20, using the elements OR 19 and 21, a differential from the log state appears. To log state G, in which the state of the optical grid lines is recorded and stored. shield in nodes 5 and b, made in the form of a memory register. In addition, this differential in the form of a signal is fed to the input of the element I 23, allowing the passage of the pulses of the generator 22 to the input of the generator of 24 codes, which is a binary pulse counter.

The code from the shaper 24 output is fed to the address inputs of multiplexers 25 and 26 and, moreover, to the information inputs of registers 27 and 28. Multiplexers 25 and 26 under the control of shaper 24 sequentially poll the outputs of nodes 5 and b, and at the time of the appearance at the multiplexer output 25 or 26 level log. 1, the first 29 or second 30 control trigger is triggered, the output of which records to the register 27 or 28 present at their input

information. Thus, in registers 27 and 28, the node number (zone) of the grid of the shield is memorized.

Let, for example, the simulated projectile block off the zone with coordinates X0 and YO. Then the binary code corresponding to these coordinates comes from block 7 to block 11 of decoders, namely, code X0 - to the linear decoder 31, code Y0 - to the linear decoder 32.

5 Decoders 31 and 32 with K outputs and matrix decoder 33 form a decoder on the K2 outputs. When the X0 and YO codes are decrypted, a differential from a log is generated at the corresponding output of the matrix decoder. O to log G is input to the Reset switch of the corresponding node 34. If this switch was previously turned on (lit), it will now go off (turned off ). Thus, the game allows you to preliminarily set the aiming zone on the light panel (the front panel of the game information display unit 9), then mentally search it on the target 1 simulator and try to get into it during the game. Thus, the player develops spatial imagination. Working with the keyboard 5, the swarm of block 9 develops skills in working with computers. In the case of an attraction, when the switch of 34 knots is hidden from the player, entering the prize zone is probable in nature.

0 It should be noted that the base 3, which contains a rigid body 17 and a soft cover 18 reinforced with it, should ensure the formation of a space where the simulated projectile 12 is thrown and a soft stop of this throwing projectile is thrown. In order to increase the playability of the soft coating 18, a pattern can be applied. The distance L (Fig. 2) between the shield 2 and the base 3 must be such that

The strikes on the base 3 of the snip 12 did not fall back into the plane of the shield 2, which is provided by the deciphering properties of the snoot and the base.

The use of the invention enhances

Claims (1)

5 entertaining game by taking into account the spatial actions of the player. Claims of the invention An electronic game comprising a photosensor assembly simulated by a projectile with a target simulator including the base with the body, the player’s action fixing unit, the memory unit, the information transform information about the position of the simulated projectile, and the game information display unit, characterized in that, in order to increase the playability of the game by taking into account the spatial actions of the player, it is equipped with linear decoders, the matrix decoder, the memory block contains the coordinate memorization units, the player’s action fixing node has the elements OR, the element I. the unit for converting information about the position of the simulated The projectile contains a clock pulse generator, the AND element, a shaper codes, multiplexers, control triggers and information registers. The photosensor assembly has targets installed along the perimeter of the simulator case, mutually perpendicular to the pair of optical emitters and photoreceivers, and inputs of the corresponding coordinate storage nodes and OR elements whose outputs are connected to the inputs of the first element And connected by the output to the control inputs of the coordinate storage units and the first input of the second element I, the outputs of the memory nodes are connected to the first inputs of the corresponding multiplexers, the outputs of which through control triggers are connected to the control inputs of the corresponding information registers, the output of the clock generator is connected to the second input of the second element And connected to the input of the code generator associated with the outputs of the second multiplexer inputs and information register inputs, which are connected to the inputs of the corresponding linear decoders connected to the inputs of the matrix decoder, which outputs are connected to the inputs of the game information display unit. I I Cfat four pvtapai dir 13 FIG. 2 UNN - 0 figs 15 four -about