RU214118U1 - ANIMAL COPY TOY WITH IMITATION STEPS - Google Patents

Abstract

The utility model relates to dynamic toys for preschool children for use in kindergartens and families with small children.

A copy of an animal toy with imitation of steps, containing a torso with a built-in frame of hinged lattice sections in the form of a pantograph and two bars, the pantograph frame consists of several sections, which are four parts of the body with limbs and additional intermediate compensating parts, these bars fix the part of the right rear limbs on the axis, while the detail of the left forelimb is made with the possibility of free movement in the groove by the step of the limbs, the connection of the parts with each other and fastening to the slats is carried out by means of nylon rivets with a diameter of 3-4 mm inserted into the corresponding holes on the axis of the detail, with with a cap having a hole for a tight fit at its protruding end until it stops against the part, the part of the left hind limb is in contact with the part of the tail through a gear, and the teeth are cut into a sector on the upper section of the left hind limb and on the lower surface of the base of the tail at the point of contact eniya.

The utility model provides an increase in the amusement of the toy and the expansion of its functionality. 2 w.p. f-ly, 4 ill.

Description

The claimed utility model relates to dynamic toys for preschool children for use in kindergartens and families with small children.

Most of the existing toys-copies of animals are static and copy only the appearance, giving only a visual (color, volume, proportions) idea of the animal world. The way to increase the entertainment of such toys is the introduction of dynamic elements that allow you to imitate the movement of the limbs, body, tail, ensuring the realism of the movements of the toy.

A model element (20) is known, the body of which rests with a plurality of legs on a partition (5) forming a running plate, and acts after the drive of the drive element (160) located at the bottom, through the partition (5), in the model element (20) there are several parts legs can swing separately back and forth and are provided on separate end parts of the foot with magnets (Mfl, Mfr, Mrl, Mrr), each of the magnetic poles of which is directed backwards (or downwards), the drive element (160) is equipped with a plurality of sets of pairs of magnets ( mfl, mfr, mrl, mrr), which are located along the lower surface of the baffle (5) and close to each other in the longitudinal direction, these pairs of magnets are located at the ends of individual legs of the plurality of legs of the upper element of the model (20) so that they can perform reciprocal - translational movement in the direction of movement, the magnets of each pair of magnets are located so that their different poles (N, S) are directed upwards, several pairs of magnetic pairs (mfl, mfr, mrl, mrr) are simultaneously The reciprocating movement is precisely performed by means of the reciprocating drive mechanism (180) so that the magnetic forces act on the permanent magnets (Mfl, Mfr, Mrl, Mrr) of the magnet of the individual end parts of the foot of the plurality of leg parts of the model element (20) in such a way that to swing multiple leg parts separately (International Application No. PCT/JP2006/325835, IPC A63F 9/14, A63H 11/20, A63H 13/02, A63H 33/26, 2005, Publication No. WO/2007/077805, 2007).

The disadvantages of this technical solution are:

the absence of a third point of support for the structure, which requires refinement of the structure in terms of stabilizing the position of the body of the toy in space, since with the slightest mismatch in the movement of pairs of legs, the body of the horse may fall;

demonstrative toy functionality with implementation for a limited number of children.

The closest analogue of the same purpose as the claimed utility model is a mechanical model of an animal, in particular a horse, containing a body (2) with front legs (3) and hind legs (4) rotatable relative to the body (2) so that cause the mechanical model (1) to move along a straight direction, while the hind legs can turn forward until they reach the forward working position, in which they cause the mechanical model to turn back, and reach the second vertical balanced position, in which the mechanical model (1) supported by the tail (22) and hind legs (2) (patent no. EP1728539, IPC A63H 11/18, 2005, publication no. 1728539, 2006).

The disadvantages of this technical solution are

the lack of a detailed description of the method of assembling the component parts to each other, which limits the use of the animal model only for demonstration;

the complexity of assembling and debugging the functioning of a mechanical model;

These examples also have a common drawback - they are delivered already assembled, which limits the functions of the toy only to demonstration and play without the possibility of additional development of the child.

The task to be solved by the utility model is to increase the amusingness of the toy and expand its functionality.

The task is solved due to the fact that the toy-copy of the animal with imitation of steps contains a body with a built-in frame of hinged lattice sections in the form of a pantograph and two bars, the pantograph frame consists of several sections, which are four parts of the body with limbs and additional intermediate compensating parts, said straps immovably fix the detail of the right hind limb on the axis, while the detail of the left forelimb is made with the possibility of free movement in the groove by the step of the limbs, the parts are connected to each other and fastened to the straps by means of nylon rivets with a diameter of 3-4 mm inserted into the corresponding holes on the axis of the part, with a cap having a hole for a tight fit at its protruding end until it stops against the part, the part of the left hind limb is in contact with the part of the tail through a gear, and the teeth are cut into a sector on the upper section of the left hind limb and on the lower rhnosti base of the tail at the point of contact.

The technical solution with the claimed set of essential features of an independent claim of the utility model is unknown from the prior art, which confirms the compliance of the utility model with the condition of patentability - novelty.

The frame built into the body of the toy provides an imitation of the forward-return movement of the limbs and the torso of the toy when forces are applied to the limbs. The location of the parts of the pantograph frame, the number of compensating parts, their dimensions, the places of the axes of the joints in the toy depend on the type of animal in wildlife, the size of its body and limbs. So, for example, for ungulates, two intermediate compensating parts are provided, and for four-legged animals - four, due to the fact that the length of the body is much greater than the height of the body.

Two straps that fix the part of the right hind limb on the axis provide a closed system of construction, preventing possible deformations and “looseness” due to the large number of joints on the axles, as well as eliminating excessive stress on the joints of parts and axles and protecting the toy from accidental breakage during game time.

Thanks to the gear train connecting the tail part and the left hind limb part, the tail part moves when moving forward, the tail goes down when moving backward. The length of the sector for cutting the teeth depends on the step length of the toy's limbs.

The toy itself, a copy of the animal with imitation of steps, can be made of wood or any kind of plastic.

To prevent the nylon caps from falling out, the places where the parts are connected to each other and attached to the slats are additionally fixed with glue.

In addition, the toy can be supplemented with an audio playback facility built between the bars in the free zone, for audio accompaniment, depending on the design of the toy.

In FIG. 1-4 show embodiments of the claimed utility model in the form of different animal species (hoofed and four-legged), while in Fig. 1 and in FIG. 3, a toy-copy of an animal with imitation of steps is in its original position, and in FIG. 2 and in FIG. 4 during the application of forward-return forces, using the following notation:

1 - bar;

2, 9 - nylon rivet with a cap;

3 - detail of the right forelimb;

4 - detail of the left forelimb;

5, 10-12 - intermediate compensating part;

6 - detail of the left hind limb;

7 - detail of the right hind limb;

8 - detail of the tail;

9 - spring button.

An animal copy toy with imitation of steps consists of an animal body with limbs mounted on two planks 1. Animal body is assembled from four limb parts 3, 4, 6, 7, a tail part 8 and intermediate compensating parts 5, 10-12, which are connected between themselves on the axes with the help of nylon rivets with a cap 9. Planks 1 fix the part of the right hind limb 7 on the axis also by means of nylon rivets with a cap 2, and the part of the left forelimb 4 is made with the possibility of free movement in the groove by the step of the limbs. The detail of the left hind limb 6 is in contact with the detail of the tail 8 through a gear train. In the initial position (Fig. 1, Fig. 3) the toy-copy of the animal has a similar appearance of the animal in wildlife.

When applying the fingers of the translational-return forces on the part of the left forelimb 4 and the part of the right hind limb 7, the parts of the limbs 3, 4, 6 move, lengthening with subsequent reduction in the length of the body by the amount of travel of the intermediate compensating parts 5, 10-12, thus , the toy makes steps in place. In addition, due to the gearing connecting the left hind limb part 6 and the tail part 8, when moving forward, the tail part 8 rises, and when moving backward, the tail part 8 falls. The complex of movements of the toy parts that “revive” the toy attracts attention, arouses interest in the toy and positive emotions.

The claimed utility model complies with the patentability condition of industrial applicability, since the application materials describe the means and methods by which it is possible to implement it.

Thus, the claimed utility model provides a solution to the problem by making the claimed technical solution realistic movement, which increases interest, and the safety of component parts and ease of assembly make it possible to use the toy for children of middle and older preschool age in order to teach and master labor skills.

Claims (3)

1. A toy-copy of an animal with imitation of steps, containing a torso with a built-in frame of hinged lattice sections in the form of a pantograph and two bars, characterized in that the pantograph frame consists of several sections, which are four parts of the body with limbs and additional intermediate compensating parts indicated the slats immovably fix the part of the right hind limb on the axis, while the part of the left fore limb is made with the possibility of free movement in the groove by the step of the limbs, the parts are connected to each other and fastened to the slats by means of nylon rivets with a diameter of 3-4 mm inserted into the corresponding holes on the axis of the part, with a cap having a hole for a tight fit at its protruding end until it stops against the part, the part of the left hind limb is in contact with the part of the tail through a gear, and the teeth are cut into a sector on the upper section of the left hind limb and on the lower surface of the base x stand at the point of contact. 2. A toy according to claim 1, characterized in that the places where the parts are connected to each other and attached to the slats are additionally fixed with glue. 3. A toy according to claim 1, characterized in that a means for audio playback is built in between the bars in the free zone.

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