RU76574U1 - COMPONENT KIT OF PARTS - Google Patents

Abstract

The utility model is aimed at creating a set of elements for interconnecting parts of a toy or a designer from plastic or fibrous materials to ensure their rotation. Moreover, the elements for connection are made with the possibility of self-formation of nests. In the set of elements for connecting parts of a toy or constructor from plastic or fibrous materials, containing elements that are capable of providing rotation of the named parts, according to the invention, elements for connecting parts are made in the form of groups of detachable elements that contain receiving holding elements made with the possibility of self-formation of the nest in plastic or fibrous materials under the action of the applied force to it and installed in the part motionless, and detachable holding elements, wherein the first group of elements contains receiving and detachable holding elements configured to self-form the nest in the materials under the action of the applied force to it and fixedly mounted in the part, the second group of elements contains the said receiving holding elements that are self-forming nests in soft materials and have in their body on the opposite side of the nest forming a receiving recess for installing a detachable element , and detachable holding elements that contain a pin and a support element fixed on it, and are configured to hold the toy part, while at least one of the first group of elements is made with the possibility of magnetic mutual attraction of the holding elements. 1 p. Fs, 3 ill.

Description

The utility model relates to kits for construction and can be used in children's kits for modeling, designers assembled using connecting non-gluing elements.

Famous children's kits require a set of parts for connection and parts of toys made with the possibility of fastening by means of protrusions on one and the presence of nests or holes corresponding to the shape of the protrusions on others. Moreover, the number of assembled models is limited.

A known set of connecting non-sticking elements for connecting parts of a toy to each other (utility model RU70147, IPC A63H 33/04, A63H 33/10, published January 20, 2008), in which the elements for connection are configured to provide

rotation of parts have spherical nests. The disadvantage of this kit is that it is designed to connect parts having protrusions of a given shape (spherical) that correspond to the shape of these spherical nests, and also that it is possible to assemble only a specific model (caterpillar).

Closest to the claimed technical solution is a set of connecting non-gluing elements for interconnecting toy parts (application US2003077109, IPC А63Н 33/10, published April 24, 2003), in which the elements for connection are made with the possibility of rotation of the connected parts of the toy. The connecting elements have protrusions, and the parts to be connected have holes corresponding to the shape of the protrusions. In this case, it is possible to assemble only a given model (human figure), in the details of which the indicated holes are made.

The technical result of the claimed utility model is:

- creating a set of elements for connecting parts of a toy or constructor with each other with the possibility of self-formation of nests in plastic or fibrous materials under the action of an applied force to the element,

- increase of entertaining, due to the possibility of creating an unlimited number of models of various shapes while minimizing the number of elements for connection in the kit.

The technical result is achieved by the fact that in the set of elements for connecting parts of a toy or constructor from plastic or fibrous materials, containing elements that are capable of providing rotation of the named parts, according to the utility model, elements for connecting parts are made in the form of groups of detachable elements, which contain receiving retaining elements configured to

self-formation of the nest in plastic or fibrous materials under the action of the applied force to it and fixedly installed in the part, and detachable holding elements, while

- the first group of elements contains receiving and detachable holding elements, made with the possibility of self-formation of the nest in the materials under the action of the applied force to it and installed in the part motionless;

- the second group of elements contains the said receiving retaining elements, which are made with the possibility of self-formation of the nest in soft materials and have in their body on the opposite side of the nest formation a receiving recess for installing the detachable element, and detachable elements that contain a pin and a support element fixed to it, and are configured to hold the details of the toy or the constructor;

- at least one of the elements of the first group is made with the possibility of magnetic mutual attraction of the holding elements.

When the applicant conducted a patent information search, the claimed combination of essential distinguishing features of the utility model was not found. Therefore, this utility model can be considered new.

The essence of the technical solution and the possibility of technical implementation are illustrated by examples of specific performance, which are presented in figures 1-3. Figure 1 shows an element for connecting parts of the first group. Figure 2 and 3 shows an element for connecting parts of the second group. In the figures indicated:

1 - detail of the toy;

2 - detail of the toy;

3 - receiving retaining element of the first group;

4 - detachable retaining element of the first group;

5 - pins receiving and detachable holding elements of the first group;

6 - bearing pads of the receiving and detachable holding elements of the first group;

7 - magnetic elements;

8 - a long pin detachable holding element of the first group;

9 - receiving holding element of the second group;

10 - detachable retaining element of the second group;

11 - pin receiving the holding element of the second group;

12 - point of the pin of the receiving holding element of the second group;

13 - deepening;

14 - bearing pads of the receiving holding element of the second group;

15 - pin detachable holding element of the second group;

16 - the tip of the pin detachable holding element of the second group;

17 - bearing pad pins detachable holding element of the second group;

18 - hole parts.

An element from the first group for connecting parts 1 and 2 in FIG. 1 contains a receiving retaining element 3 and a detachable holding element 4, which are made in the form of pointed pins 5 of the receiving and detachable holding elements of the first group, and supporting platforms 6 are fixed on the opposite side of the tip magnetic

elements 7. For parts of a larger size, the pins can be made longer, for example, as a pin 8.

An element from the second group for connecting parts 1 and 2, shown in figure 2, contains a receiving retaining element 9 and a detachable holding element 10 of the second group. The receiving retaining element 9 is made in the form of a pin 11 of the receiving holding element of the second group with the tip 12 and has in its body on the opposite side of the point a receiving recess 13 for installing the detachable holding element 10 of the second group, as well as bearing pads 14 of the receiving holding element 9 of the second group. Said detachable holding element 10 is made in the form of a pin 15 of a detachable holding element of the second group, which has a support pad 17 of a detachable holding element of the second group, dividing the pin into two parts, with one part of the pin entering the receiving recess 13, and the other is pointed and enters material of part 2. FIG. 3 shows another embodiment of the elements of the second group. In this use case, the receiving retaining element 9 is made as described in the description of FIG. 2, and the pin 15 of the detachable holding element 10 passes through the hole 18 of the part 2 and is bent to hold it.

Elements for connecting parts are used as follows. Reception and detachable elements attach to different parts toys that need to be connected. For this, axial forces are applied to the supporting platforms 6 of the receiving and detachable holding elements of the first group and to the supporting platforms 14 and 17 of the receiving and detachable holding elements of the second group. Under the action of the forces, the pins of the elements form nests in the plastic material. The pins are held in it. Then, supporting platforms 6 of the elements of the first group are in contact, which are attracted in this case, since they contain

magnetic elements 7. In the second group of elements, a pin 15 of the detachable holding element 10 is installed in the receiving recess 13 of the receiving holding element 9, which is made in the form of a pin 11 with a recess 13 and a tip 12. Elements of the second group can be used for parts that are not have prepared sockets for connection, both in figure 2, and for parts in which there is a hole 18, as shown in figure 3. Elements for connecting both the first and second groups provide rotation of the toy parts connected to each other. Elements for connecting parts in which there are holes shown in figure 3, can be used, for example, for landing wheels on the axle.

With the help of a small number of simple elements of the first and second groups, an unlimited number of entertaining models can be constructed, since the claimed elements for connection are configured to form nests in the details of toys and do not require pre-prepared nests in the parts to be connected. Elements for connecting the first group and the second group can be used for attaching parts modeling the head and other parts of the body to the body when constructing animal or human toys. The named elements can also be used in the design of machines and mechanisms, when creating large compositions.

Thus, thanks to a new set of claimed essential features, the technical result is achieved:

- creating a set of elements for connecting parts of a toy or constructor with each other with the possibility of self-formation of nests in plastic or fibrous materials under the action of an applied force to the element,

- increase of entertaining, due to the possibility of creating an unlimited number of models of various shapes while minimizing the number of elements for connection in the kit.

The inventive utility model can be used for children's technical creativity, modeling. Using this technical solution allows you to develop a child’s imagination, spatial and logical thinking, initial design skills, quick wit.

Claims (1)

A set of elements for connecting parts of a toy or a designer from plastic or fibrous materials to each other, containing elements that are capable of rotating these parts, characterized in that the elements for connecting parts are made in the form of groups of detachable elements that contain receiving holding elements made with the possibility of self-formation of nests in plastic or fibrous materials under the action of the applied force to it and installed in the part motionless, and from removable holding elements, while the first group of elements contains receiving and detachable holding elements made with the possibility of self-formation of nests in the materials under the action of the applied force to each of the elements and installed in the part motionless; the second group of elements contains the said receiving holding elements, which are capable of self-forming nests in soft materials and have in their body on the opposite side of the nest forming a receiving recess for mounting the detachable element, and detachable elements that contain a pin and a supporting element fixed thereon, and made with the possibility of holding the details of the toy or constructor; and at least one of the elements of the first group is made with the possibility of magnetic mutual attraction of the holding elements.