ES1075487U - Gaviota planeator (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Seagull glider, characterized in that it consists of three laminar pieces of light material, preferably of expanded polystyrene material, one of these pieces, which defines the body of the glider has two grooves in longitudinal direction and facing each other, in one of which, the longer one, the cord of considerable length is fixed and it ends in a handle, and in addition one of the pieces that is angular and that defines the front wing fits or fits perfectly in said slot, while in the other slot it is a smaller piece that forms the rear tail fits together. (Machine-translation by Google Translate, not legally binding)

Description

Seagull glider.

This utility model refers to a toy glider simulating an easily assembled seagull in its various parts with great sight on the flight and with great acceptance in the world of children It is basically formed by three assembled flat pieces of very light material, which favors the lift in the glider air since it is attached to a very thread fine that keeps it suspended in the air developing a flight regular, or with oscillations and planning like the flight of a seagull.

To date, existing airplanes are limited to mills capable of planning after being released by the action of a push wire, by impulse or by the free fall from a certain height. This feature of being free it presents the serious inconvenience of the loss of the device due to unexpected gusts of wind or lost device by irregularities of the land that prevent access to it.

Comets are also known today they are toys that by their constitution composed of diverse and different materials must be related by a cord or thread so that from the ground it is governed by a person and that in addition require the need to have several meters of altitude to Develop flight or lift in the air.

The seagull glider model, object of this memory, it presents numerous features that really make it Useful and entertaining. By its constitution and number of elements It is more attractive as an element of educational entertainment for children, since it gives a more real "bird" look than what a kite can give, besides the child during the task of assemble and disassemble the glider identifies and feels more protagonist with the toy. The security of not losing it per action uncontrolled wind, as well as, the possibilities of a new design simulating a seagull with easy handling and mobility, which Due to its model and low weight, it does not require a lot of altitude for its Planning It also has the possibility of being employed as an interesting advertising and image campaign support, since, Due to its low cost, it can be given in commercial campaigns or Electorals

Presents easy packing and transportation, weight lightweight, very simple self-assembly within reach of any intelligence and ease for its implementation, as well as great versatility in terms of spectacular evolution possibilities with details of drawings and painted that bring it closer to species flying known and innovative for the aerodynamic design that particularize each of the models.

According to the invention the seagull glider It consists of three pieces all flat and as has indicated made of expanded polystyrene.

The three pieces must have a minimum thickness 3 mm so that the coupling between the pieces is efficient and is not disengage

One of these pieces and that is arranged in vertical sense presents the contour that defines the body of the glider with the beak of the seagull and the groove of the same thickness as the piece, which is rectangular inside, where it fits perfectly what constitute the wings and the other back slot where it will also fit what constitutes the tail of the seagull.

To better understand the scope of this model we will describe it on the attached drawings in which it has been materialized a preferred design of the same given for title enunciative without limitation.

In the drawings:

Figure 1 shows the model already assembled and ready to fly

Figure 2.- shows the set of the three flat pieces that make up the model.

We can see, in figure 2, the three main parts: (A) main body on which they fit, on the front, the wing (B) and the tail, the wing (C).

The thread of subjection (D) that acts as a handle is where the person takes the cord and will be hooked to the piece (A) on the front inside, in the fitting of the piece (A) and the piece (B), as can be seen in figure 2.

In figure 1, we observe the seagull model in perspective, ready to fly.

The piece (B) fits perfectly in the piece (A) with a groove of the same thickness as the flat piece made in The area for this purpose. The coupling is effective without being necessary No type of adhesive or bonding mechanism.

The part (C) is coupled in the same way as the (B), at the back of the piece (A), forming the tail of the seagull glider.

The operation of the model is quite simple since, by tensioning and pushing the clamping thread (D) forward, in the presence of wind against, given the lightness of the material and of aerodynamic characteristics, the model will rise and will keep suspended in the air.

It is noteworthy that this type of models, due to at the low cost of production and its ease of use, you can use it People of any age.

Within the essentiality of the invention, they fit variants of detail, also protected and thus may vary the aerodynamic characteristics, the dimensions of the different components, and of course, the material used, being susceptible to detail modifications as soon as they do not alter their fundamental principle.

Claims (2)

1. Seagull glider, characterized in that it is constituted by three laminar pieces of lightweight material, preferably of expanded polystyrene material, one of these pieces, which defines the glider body has two grooves longitudinally and facing each other, in one of which, the one of greater length, the cord of considerable length and that ends in a handle is fixed, and in addition one of the pieces that is angular and that defines the front wing is perfectly coupled or fitted in said slot, while in the other slot it is a smaller piece that constitutes the rear tail fits together. 2. Kite glider, according to claim 1 characterized by having a fine thread for user control anchored in the front base of the main body.