PL67898Y1 - Logical game - Google Patents

Description

Pattern description

The object of the utility model is a puzzle game designed to develop logical thinking, technical sense and stimulate creativity.

There are many types of games, puzzles and puzzles for developing and perfecting logical thinking. Games whose purpose is to arrange a specific image or body are divided according to the principle of their solution, into games in which the mutual belonging of individual parts is subordinated to their shapes, and games in which the mutual belonging of individual parts is subordinated to graphic motifs covering them. In some games (logic puzzles) both of these principles are applied, and thus the mutual belonging of the individual parts in the set is subject to both their shapes and the graphic motifs covering them. An example of such a solution are, for example, puzzles.

Another example of a puzzle game that aims to arrange a picture is a flat frame in which square elements are arranged, with one element always empty. In order to arrange the picture, the square elements are moved in relation to each other. The Hungarian patent description HU 170062 B describes a three-dimensional puzzle called Rubik's cube. The Rubik's Cube consists of 27 small cubes that form the sides of the cube, each of which consists of nine cubes arranged in three rows of three cubes each. The faces of the cube made of cubes are pivotally connected. The visible surfaces of the cubes that make up the walls of the cube are each made of one of six different colors. The number of cubes with a visible surface made in one color is the same for each color. In the collated state, each face of the Rubik's cube is made of cubes of the same color. From the US patent description US5769418A, a puzzle game is known consisting of two layers placed on one another, on which graphic images are presented, where in the collapsed position the graphic images on the individual layers partially overlap and / or complement the original image, while whereby the lower layer forms one whole and the upper layer is divided into at least three parts which are transparent and which can be moved relative to each other.

The purpose of the utility model is to develop a new and useful logical game, different from previously known solutions of this type, enabling the development and improvement of logical thinking, technical sense, and stimulation of creativity.

A logic game based on a utility model consists of at least two layers arranged on top of one another, each layer contains at least one graphic image. In the collapsed position, the graphic images on the individual layers overlap, fully or partially, and / or complement the original or new graphic image or images. The bottom layer is one whole and the top layer is divided into at least three parts and is smaller than the bottom layer, the individual parts of the top layer can only be moved within the surface of the bottom layer, and the individual parts of the top layer are adapted to move across the bottom layer. bottom layer by moving them.

Preferably the top layer is transparent, in particular when parts of the top layer fully or partially cover the graphic image of the bottom layer.

The purpose of the utility model puzzle game is to achieve, by moving the individual parts, the maximum mutual coverage of the images shown in the individual layers, possibly including combining the upper and lower layers into a new pattern (s). A utility model puzzle game requires the user to make a mental effort, the brain of which has to separate an apparently uniform image into two independent layers.

The object of the utility model is shown in the drawing, in which Fig. 1 shows the first embodiment of a logic game in an unfolded state, in a position in which the graphic images placed on the lower and upper layers have a low degree of coverage, Fig. 2 shows a second embodiment of a puzzle game in the unfolded state, fig. 3 shows the second embodiment of the logic game in a folded state, and fig. 4 shows the third embodiment of the puzzle game in a starting position.

Character 1. A logic game was made according to the utility model as shown in the picture. The bottom layer 1 is one whole and one complete graphic image is shown. The top layer 2 is transparent and is divided into more parts. The upper layer 2 is smaller than the lower layer 1, so its parts do not completely cover the lower layer 1. On individual

Claims (2)

parts of the upper layer 2 show fragments of the graphic image shown on the lower layer 1. The individual parts of the upper layer 2 are adapted to move independently on the surface of the lower layer 1 by sliding. The individual parts of the top layer 2 cannot be moved beyond the surface of the bottom layer 1. In the folded position, the individual parts of the top layer 2 are covered by graphically corresponding portions of the bottom layer 1, resulting in a visually uniform image. Figure 2. A logic game was made according to the utility model as shown in Figs. 2 and 3 of the drawing. The bottom layer 1 is one whole and it shows one incomplete graphic image. The top layer 2 is translucent and is divided into more parts. The upper layer 2 is smaller than the lower layer 1, so its individual parts do not completely cover the lower layer 1. The parts of the upper layer 2 show the missing parts of the graphic image shown on the lower layer 1. The individual parts of the upper layer 2 are adapted to move independently both on the surface of the bottom layer 1 and beyond the surface of the bottom layer 1. In the collapsed position, the elements of the top layer 2 on the bottom layer 1 together with the bottom layer 1 form a new complete graphic image. Figure 3. A logic game was made according to the utility model as shown in Fig. 4 of the drawing. The bottom layer 1 is one whole and it shows one incomplete graphic image. The top layer 2 is opaque and is divided into more parts. The upper layer 2 is smaller than the lower layer 1. On the individual parts of the upper layer 2 missing fragments of the graphic image shown on the lower layer 1 are shown. Individual parts of the 2 are adapted to move independently both on the surface of the lower layer 1 and beyond the surface of the lower layer. 1. In the collapsed position, the elements of the top layer 2 on the bottom layer 1 together with the bottom layer 1 form a new complete graphic image. A utility model logic game can be used to develop and improve logical thinking, shape the technical sense and stimulate the creativity of people of all age categories. Protective caveats 1. A logic game consisting of at least two layers placed on each other, each layer presents at least one graphic image, while in the complex position the graphic images on individual layers fully or partially overlap and / or or complement the original or new graphic image (s), the bottom layer is one whole and the top layer is divided into at least three parts, characterized in that the top layer (2) is smaller than the bottom layer (1), the individual parts of the upper layer (2) can only be moved within the surface of the lower layer (1) and in that the individual parts of the upper layer (2) are adapted to be moved over the lower layer (1) by sliding them. 2. The puzzle game according to claim 6. The material of claim 1, characterized in that the top layer (2) is translucent.