RU11721U1 - DESIGNER - Google Patents

Description

This utility model relates to toys, and more specifically relates to KOHCTpjTCTOpa.

This useful model can be used for the game as a children's constructor for modeling all kinds of objects around us.

A known constructor (RU, 2048842, C1) containing a set of building elements, each of which has a box-shaped case with a bottom and side walls and means for connecting with other building elements, made in the form of protrusions and nests located on different sides of the bottom. Each protrusion and each nest is formed by a group of completely consoles with the possibility of elastic bending. For each protrusion and each nest, four consoles are located in the square vertexes. The rest of the consoles are located on the sides of the square and inside it at the intersection points of the upper (but perpendicular lines dividing the sides of the square into equal segments. The number of consoles in the groups forming the protrusions is the same, as well as the number of consoles in the groups that make up the nests are also the same. However, in It is necessary for this designer to observe the high accuracy of manufacturing all its parts. Also in the designer, the force of a tight (without gaps) connection of the parts is large enough (about 100 N), which is unacceptable for a child’s designer, cr In addition, even after a tight connection, the parts tend to form gaps in the joints. This is due to the forces extruding the consoles from the socket. A sufficiently large number of consoles forming protrusions and sockets is also a negative. MKIA63NZZ / 08 DESIGNER

but affects the accuracy of the manufacture of parts and leads to a deterioration in the reliability of their connection.

The utility model is based on the task of creating a designer with such constructive implementation that would reduce the requirements for precision manufacturing of designer parts and improve the quality of the connection of the parts together.

The problem is solved in that in the designer containing a set of building elements, each of which has a box-shaped case with a bottom and side walls and means for connecting with other building elements, made in the form of protrusions and nests placed on different sides of the bottom, each nest is formed by a group made with the possibility of elastic bending of the consoles, for each nest four consoles are located on the sides of the square and inside it at the intersection points of mutually perpendicular lines dividing the sides of the square into equal segments, the number of consoles in the groups forming the nests is the same, the number of consoles forming the protrusions is the same, according to the utility model, each protrusion is formed by a group of four consoles located at the intersection of odd lines dividing one side of the square into equal segments with odd lines perpendicular to them, dividing the other side of the square into the same segments, while the origin of the lines is the side of the square.

It is possible that each group forming the protrusion additionally contains consoles located at the intersection of odd lines dividing one side of the square into equal segments, with even lines perpendicular to them.

- D - dividing the dfuguy side of the quad into the same segments, with the starting point being the side of the square.

In this utility model, the strength of children's hands (5-10 I) is sufficient for connecting-disconnecting parts. This designer develops motor functions of the child’s hands, his spatial imagination, creative abilities, has high playing and teaching properties and an attractive appearance. In this constructor, the parts are strong, durable, satisfy all the safety requirements for toys in the Russian Federation. It provides 100% compatibility of parts of three sizes.

This utility model allows to reduce the requirements for precision manufacturing of designer parts and improve the quality of the connection of parts between themselves.

In the future, the utility model is illustrated by a specific implementation example and drawings, in which

FIG. 1 shows a general view of a building element, a second embodiment, a longitudinal section, according to a utility model;

FIG. 2 is a top cross-sectional top view taken along line AA in FIG. 1, according to a utility model;

FIG. 3 shows a general view of one building element of a constructor, a longitudinal section, according to a utility model;

FIG. 4 is a plan view of a building block of a designer according to a utility model;

FIG. 5 depicts a bottom view of a building block of a designer according to a utility model.

The designer contains a set of building elements, each of which has a box-shaped case 1 (Fig. 1) with a bottom 2 and side walls 3 and means for connecting with other building elements, made in the form of protrusions 4 and sockets 5 located on different sides of the bottom 2. Each the protrusion 4 and the socket 5 is formed by a group of consoles 6 made with the possibility of elastic bending. In this embodiment, the building element has a stiffening rib 7 mounted in the middle of the housing 1 parallel to the side walls 3 between its other side walls.

For each slot 5, the four consoles 6 (Fig. 2) are located at the vertices of the square. The remaining consoles 6 are located on the sides of the square and inside it at the intersection points of mutually perpendicular lines dividing the sides of the square into equal segments. The number of consoles 6 in the groups forming the nests 5 is the same and equal to the majesty. The number of consoles 6 forming the protrusions 4 is also the same. In FIG. 2 shows a top view in partial section along line AA in FIG. 1. Each protrusion 4 is formed by a group of four consoles 6, located at the intersection of odd lines 8, dividing one side of the square into equal segments with odd lines perpendicular to them 9, dividing the other side of the square into the same segments. In this case, the origin of the lines is the side of the square. In this example, the building element has eight sockets 5 and eight protrusions 4. Figure 3 shows another embodiment of the building element. The structural embodiment of the building element shown in figure 3 is similar to the structural embodiment of the building element shown in figure 1. The only difference is that the building element shown in figure 3 has two sockets 5 (Fig. 4) and two protrusions 4 ( Fig. 5). There is also no stiffener 7 (Fig. 1). Each group forming the protrusion 4 (Fig. 5) additionally contains consoles 10 located at the intersection of the odd lines 11, dividing one side of the square into equal segments, with even lines 12 perpendicular to them, dividing the other side of the square into the same segments. In this case, the origin is the side of the square. The consoles 6 of the socket 5 (Fig. 2, Fig. 4) are located on the outside of the bottom 2 and form squares of sixteen consoles 6 in each (4 x 4). These squares are equidistant from each other and from the edges of the bottom 2. The consoles 6 (Fig. 2) and 6, 10 (Fig. 5) of the protrusion 4 are located on the inner side of the bottom 2 at the intersection points of the diagonals of the squares formed by the centers of the consoles 6 closest to each other nests 5 located at the vertices of the square forming nest 5. With this arrangement of the consoles 6, 10, the optimum connection-disengagement force is achieved (about 10 P), the parts are connected tightly, without gaps.

Design using this constructor is as follows. To ensure the assembly of the designer, it is necessary to ensure the articulation of the protrusion 4 (Fig. 1) - socket 5 of the corresponding building elements. Separate building elements are connected in such a way that the consoles 6 (Fig. 1, 4) and 10 (Fig. 5) of the protrusion 4 located on the inner side of the bottom 2 of the housing 1 enter between the consoles 6 (Fig. 1 and Fig. 3) of the socket 5, located

female from the outer side of the bottom 2, while it is unacceptable for the side walls 3 to fall between the rows of consoles 6 of the socket 5, since the distance between the rows of consoles 6 is much less than the thickness of the side wall 3. By connecting the individual building elements together, modeling of all kinds of objects of real of the world.

Thus, this designer allows you to reduce the accuracy required to manufacture parts and improve the quality of their connection with each other.

Claims (2)

1. A constructor comprising a set of building elements, each of which has a box-shaped case with a bottom and side walls and means for connecting with other building elements, made in the form of protrusions and nests located on different sides of the bottom, each protrusion and each nest is formed by a group made with the possibility of elastic bending of the consoles, for each nest four consoles are located at the vertices of the square, the remaining consoles are located on the sides of the square and inside it at the intersection points of mutually perpendicular lines of dividing the sides of the square into equal segments, the number of consoles in the groups forming the nests is the same, the number of consoles forming the protrusions is the same, characterized in that each protrusion is formed by a group of four consoles located at the intersection of odd lines dividing one of the sides square into equal segments with odd lines perpendicular to them, dividing the other side of the square into the same segments, while the origin of the lines is the side of the square. 2. The designer according to claim 1, characterized in that each group forming the protrusion further comprises consoles located at the intersection of odd lines dividing one side of the square into equal segments with even lines perpendicular to them, dividing the other side of the square into the same segments , while the origin of the lines is the side of the square.