RU38116U1 - GAME DESIGNER - Google Patents

Description

Game constructor

The utility model relates to the field of toy production and can be used in children's game designers.

Known children's building constructor 1, containing building blocks in the form of prisms of various shapes with connecting elements made on their surfaces, including rigid protrusions, the side surfaces of which are shaped, and flexible plates.

A disadvantage of the known designer is its complexity, in particular the complexity of its connecting elements.

There is also a known system of stackable blocks for toy building kits 2, which contains block modules, each of which has a body part, on the upper part of which there are a number of connecting buttons, and in the lower part there are interfaced connecting means made with the possibility of connecting with the connecting buttons of other similar blocks.

A disadvantage of the known constructor is its limited functionality, because only a limited number of different game pieces can be assembled from standard rectangular blocks using push-button connectors.

2004101862

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200 (101862

 A63 H 33/08

The tasks to which the proposed utility model is directed are to expand the functionality and increase the gamer's entertaining constructor.

The tasks are achieved due to the fact that in the game constructor containing a set of modules, each of which has connecting elements for pairing the modules with each other, according to the claimed solution, the modules are made in a cross-shaped, flat and triangular shape, while the connecting elements are in the form of cross-shaped protrusions / rectangular plates and correspondingly) aosh; their cross-shaped / rectangular grooves.

In addition, the game designer further comprises modules in the form of simple and gear wheels, pulleys, spring cables and axles.

Significant differences of the proposed utility model in comparison with the known solution include the form of the modules (crosswise, flat and triangular), the introduction of additional modules (wheels, pulleys, etc.), as well as the special shape of the connecting elements. These significant differences allow connecting the modules in all three orthogonal directions, and the use of triangular modules allows connecting the modules at different angles, which, coupled with the various forms of the modules used, significantly expands the designer’s functionality and game play, increasing the number of figures obtained from it.

The drawings attached to the application, shows a General view of the main modules of the designer, as well as the view of the two figures obtained using these modules. In the drawing of FIGL, a general view of a cross-shaped module is shown, in FIG. 2 is a general view of a flat module, in FIG. A general view of a triangular module, and in figures 4 and 5 of the figure “Giraffe and“ Machine, respectively.

The cross-shaped module 1 (FIG. 1) is formed by two parallel rectangular plates 2 and 3, which in the middle are intersected at right angles by the third rectangular plate 4. At one end of the cross-shaped module 1 there is a cross-shaped protrusion 5, and at its other end there is a cross-shaped groove 6 corresponding to the protrusion 5. With this design, rectangular plates 2 and 3 with their internal parallel surfaces form rectangular grooves 7 on opposite sides of module 1, and plate 4 cutting them in the middle forms from opposite the sides of the module 1 are rectangular plates 8, while the plates 8 can enter into their corresponding grooves 7. Thus, on each cross-shaped module 1 there are cross-shaped protrusion 5 and a groove 6, as well as two rectangular plates 8 and grooves 7 forming the connecting elements. The flat module 9 (Fig. 2) is formed by two parallel rectangular plates 10 and 11, interconnected in the central part and forming rectangular grooves 12 on all four sides, similar to the grooves 7 of the cross-shaped module 1, into which rectangular plates 8 of the module 1 can enter . On the upper plane of module 9 in its central

part there is a cross-shaped groove 13, similar to the groove 6 of the module 1, which may include a cross-shaped protrusion 5 of the module 1. Thus, four rectangular grooves 12 and a cross-shaped groove 13 form the connecting elements of the flat module 9. The triangular module 14 (Fig. C) is made triangular forms, while on the basis of the triangle there is a rectangular plate 15, and on its hypotenuse a rectangular groove 16, which serve to pair the triangular modules 14 with each other and with other modules of the designer. The design of simple and gear wheels, pulleys, spring cables and axles is clear from their names.

In FIG. 4 and 5 show figures constructed using the described modules. As can be seen in figure 4, the figure "Giraffe consists mainly of cross-shaped modules 1 using also triangular modules 14 and flat modules 9, as well as the axis, paired in various combinations. The figure "Machine (Fig.Z), in addition to flat and cross-shaped modules, also includes simple and gear wheels connected by axles.

The proposed constructor contributes to the development of the child's skills in modeling the objects of the surrounding world, machines and mechanisms, and helps to shape imaginative thinking.

Sources of information:

1. RF patent .№ 2156636, IPC А63Н 33/08, published on September 27, 2000.

Claims (2)

1. A game constructor comprising a set of modules, each of which has connecting elements for pairing the modules with each other, characterized in that the modules are made in a cross-shaped, flat and triangular shape, while the connecting elements are in the form of cross-shaped protrusions of rectangular plates and their corresponding cross-shaped, rectangular grooves. 2. The game designer according to claim 1, characterized in that it further comprises modules in the form of simple and gear wheels, pulleys, spring cables and axles.