RU14526U1 - CONSTRUCTION PARTS INSTALLATION ASSEMBLY - Google Patents

Description

The utility model relates to the field of manufacture of toys, and, in particular, to the attachment points of parts of a toy constructor, for example, construction.

A known mounting assembly of designer parts, including male and female elements with elements for their attachment to designer parts, moreover, the male element is made in the form of a single or paired protrusions, and the female element is in the form of a recess with a shape that is responsive to the protrusions (see US patent 5876261, class A 63 H 33/04, publ. 1999) - analogue.

A disadvantage of the known site is the low reliability of the fastening due to the small contact areas of the fastening elements.

Also known is the attachment point of the designer parts, including male and female elements placed on the designer parts with the possibility of quick connection and disconnection (see US patent No. 5681201, class A 63 H 33/08, publ. 1997) - prototype.

A disadvantage of the known site is the weak non-rigid connection of the designer parts relative to each other due to the placement of the male element at the ends of the designer parts, which significantly reduces the contact length of the elements of the mount.

The objective of the patented utility model is to increase the reliability of mounting parts of the designer.

The technical result consists in increasing the contact length of the elements of the mount.

The aforementioned task and technical result are achieved by the fact that in the attachment site of the designer parts, including the male and female elements, in contrast to the prototype, the male element is made in the form of a rod with at least two elements of its fastening to the designer parts, made with the possibility of placement the rod at a distance from the designer parts along their sides, the covering element is in the form of at least three elastic hooks located along the rod alternately on both sides with the possibility of flat Nogo its scope.

And also the fact that the rod is made of square section, and the hooks of the enclosing element with recesses on the inner surface under the ribs of the rod.

And also the fact that the rod is made with rounded ribs.

And also the fact that the rod is made with concave lateral sides.

And also the fact that the rod is made of circular cross section, and the hooks of the enveloping element - with recesses on the inner surface under the rod.

And also by the fact that the elastic hooks are located at equal distances from each other.

And also because elastic hooks are located at different distances from each other.

In FIG. 1 shows one of the options for fastening constructor parts with the arrangement of elastic hooks at the same distance from each other (plan view); in FIG. 2 is a view A of FIG. 1;

in FIG. 3 - another embodiment of the attachment point of the designer parts with the location of the elastic hooks at different distances from each other (plan view); in FIG. 4 is a view B of FIG. 3; in FIG. 5 - execution of a rod of square cross section and with rounded ribs;

in FIG. 6 - implementation of the rod with concave lateral sides; in FIG. 7 - the implementation of the rod of circular cross section.

The attachment site of the designer parts consists of male 1 and female

2 elements with elements 3 and 4 of their fastening to the details of the designer 5. The male element 1 is made in the form of a rod, with at least two elements 3 of its fastening to the details of the designer 5.

These elements 3 are made in such a way as to place the rod at a certain distance to the designer parts along their sides. The covering element 2 is made at least in the form of three elastic hooks, which are located along the rod, alternately on both sides with the possibility of tight coverage. These hooks can be located at the same distance from each other; the fugue (see Fig. 1 and 2), or at different distances (see Fig. 3 and 4). The hooks can be completed in one piece with the details of the designer 5, i.e. attached directly to the details of the designer 5 (see Fig. 1 and 3).

There can be more than three hooks. More than two may be fasteners

3 rod 1 to the details of the designer 5.

The rod 1 can be made of square or round sections, and the hooks 2 with recesses 6 on their inner surface 7 under the rod 1 or its ribs 8, which can be rounded. The sides of the square rod can be made with concave lateral sides 9, which will allow more rigidly fix the position of the hooks 2 on the rod 1.

The mounting unit operates as follows.

The rod 1 using the fastening elements 3 is attached at a certain distance to the parts of the designer 5 along their, for example, two sides, and the elastic hooks 2 are placed on the other two sides of the parts of the designer 5. To connect the two

various parts of the designer 5 they are connected to each other by the parties containing the rod and hooks.

When attaching one part to another, the rod 1 extends the elastic hooks 2, fits tightly into the space between the hooks 2 and is located in the recesses 6 of the hooks 2, which, under the action of elastic forces, tightly enclose the rod 1.

The execution of a square rod with ribs 8 and a recess 6 under these ribs, for example, an angular recess, allows you to gently fix the hooks 2 on the rod 1 through 90 °, and the execution of the rod 1 with concave sides 9 allows you to more rigidly fix the hooks 2 and, therefore, connected designer details, through 90 °. The execution of the rod 1 of circular cross-section fastens the parts of the designer without fixing, which allows you to smoothly rotate them at any possible angle.

Claims (7)

1. The fastener assembly of the designer parts, including the male and female elements, characterized in that the male element is made in the form of a rod with at least two elements of its fastening to the designer parts made with the possibility of placing the rod at a distance from the designer parts along their sides covering the element - in the form of at least three elastic hooks located along the rod alternately on both sides with the possibility of tight coverage.  2. The attachment point according to claim 1, characterized in that the rod is made of square cross section, and the hooks of the enclosing element with recesses on the inner surface under the ribs of the rod.  3. The mount according to claim 2, characterized in that the rod is made with rounded ribs.  4. The mount according to claim 2, characterized in that the rod is made with concave lateral sides.  5. The attachment point according to claim 1, characterized in that the rod is made of circular cross section, and the hooks of the enclosing element with recesses on the inner surface under the rod.  6. The attachment point according to claim 1, characterized in that the elastic hooks are located at equal distances from each other. 7. The attachment point according to claim 1, characterized in that the elastic hooks are located at different distances from each other.