The invention relates to a game with capsules, which contain a ball in their interior and roll in grooves which result in cavities or holes. The player must place the capsules in these cavities or holes. The capsules with a metal ball inside them give the capsule a peculiar range of motion which offers the player more fun.

Game with capsules, according to the present invention comprises a plurality of grooves through which the capsules are guided to cavities or holes. The grooves and cavities may be on a base (1) or spiral or other three-dimensional corridors (3), while the grooves and holes are on double- sided bases (2).

The Plastic capsules (4) consisting of two pieces (41) and (42) contain in their interior (43) a ball (45) and on the outer casing (44) they may have sketches of various forms or shapes.

The single-sided base (1) contains a plurality of grooves (11) which create a network (6) and protrusions (12) on the top of which there are cavities (13) in which the capsules (4) are to be driven. The single-sided base (1) at the top is covered with a transparent cover (16). The double-sided base (2) on each surface, contains a plurality of grooves (21) which create one or more networks (6) and protrusions (22) and can contain one or several holes (23). A transparent cube or other solid body with transparent sides (26), has in its interior one or more than one of a double-sided base (2). The capsules (4), through the grooves (21) are guided into the holes (23) through which then fall immediately below on to the next double-sided base (2), and then through another hole (23) on to the next double-sided base (2), and so on. When all the capsules (4) have passed the hole/holes of the last downwards double-sided base (2) the player rotates the transparent cube or other solid body with transparent sides (26) by 180 degrees on a horizontal axis, bringing the second surface of the double-sided bases (2) upward and all capsules (4) in the upper side of the first, to the now higher double-sided base (2) and the game restarts.

The spiral or other three-dimensional corridor (3) contains a groove (31) or a plurality of grooves (31) which create a network (6) who at intervals comprises grooved sections (32) which have cavities (33) built-in within them. The spiral or other three-dimensional corridor (3) is trapped inside a transparent cylinder or other solid body with a transparent outer surface (36).

In the game with the single-sided base (1) and the corridors (3) the capsules (4) are as many as the cavities (13) and (33) respectively. While in the game with the double-sided bases (2) the capsules may be equal to, or more than the holes (23).

The capsule game is held in the hands and by tilting it, the capsules (4) move in the grooves (11) or (21) or (31), in an effort to place the capsules (4), one after the other in the cavities (13) or (33) or the holes (23) to move to the base of the next level, which is the goal of the game. The difficulty of the game depends on the depth of the grooves (11) and (21), the tilt of the protrusions (12) and (22) and the requirement of placing the capsule (4) in cavities (13) with the same label, numbers or colors.

For the spiral corridors (3) the difficulty of the game depends on the opening of the coil (35) of the spiral corridors (3). In the application of the game with the single-sided base (1), for the time measurement of the game goal, of placing all of the capsules (4) in the cavities (13) of the base (1), a timer (5) can be used which starts to operate with a switch (51), on one of the sides of base (1), and stops at the entry of the last capsule (4) in the last free cavity (13).

Figure 1 shows the base (1) of the game, wherein the grooves (11) which create a network (6), the protrusions (12), cavities (13) and the transparent cover (16), are shown.

Figure 2 shows the base (1) of the game with the capsules (4) placed in the cavities (13).

Figure 3 shows a double-sided base (2) with grooves (21), cavities (23) and the capsules (4).

Figure 4 shows three double-sided bases (2) and the capsules (4) caged in a cube with transparent sides (26).

Figure 5 shows the spiral corridor (3) with the groove (31), the grooved sections (32) the size of the coil (35) and the capsules (4) placed in the cavities (33).

Figure 6 shows the spiral corridor (3) and the capsules (4) enclosed in a cylinder with transparent outer surface (36).

Figure 7 shows the capsule (4), the ball (45) which rolls inside the capsule (43) and the outer casing of the capsule (44). Figure 8 shows the timer (5) on the base (1), with the on-off switch (51) and sensors (52) at the bottom of each cavity (13) that check if the last capsule (4) is located within the last cavity (13) and instruct to stop the timer (5).