WO1993020902A1

WO1993020902A1 - Shuttlecock of various uses

Info

Publication number: WO1993020902A1
Application number: PCT/ES1993/000029
Authority: WO
Inventors: Antonio Asensio Chapapria
Original assignee: Antonio Asensio Chapapria
Priority date: 1992-04-22
Filing date: 1993-04-22
Publication date: 1993-10-28
Also published as: EP0604658A1; ES2076848A1; CA2112668A1; AU4041493A; ES2076848B1

Abstract

Flying object comprised of a normally elastic body (2), with one body (2) or various bodies (48) integrated in one body (2) and which may bounce or not, with an aerodynamic design (figures (1, 6 and 53), of variable sizes), and which may adopt multiple shapes, with a cavity (1), (variable) enabling to couple the flying object to directional elements, such as (17, 23, 24) etc., (varying according to all the various possible uses, etc.; and with a hollow (9) support part (8), etc., which may support directional elements such as (17, 24), etc., and, according to the shape of its cavity (9) and the coupling position in the body (2), it is possible to vary the elements coupled thereto and the uses. With a tuft (17) and a string (16) (or only the string (16)) it may be launched as a sling, flying like a kite, with elements such as (7, 24), etc., may be hit, etc., with the hands, with rackets, etc, or it may go with the tuft (17) only, etc., and may be used as a game, a toy or a sport. The flying object may show advertising messages.

Description

LAUNCHER FLYER OF VARIOUS USES

OBJECT OF THE INVENTION The object of the invention is a flying object constituted / by a normally elastic body, with the possibility that different directional elements can be coupled to it, and that according to they vary, the uses for which it can be / destined.

BACKGROUND OF THE INVENTION In the state of the art, a ball species is currently known, with bird feathers, which imitates the original consisting of a leather bag, stuffed with flour, etc., and with feathers attached with ropes , etc., and which has been used for centuries by the inhabitants of South America.

The shuttle of the well-known game / of the Bádrainton is known with smaller size, constituted by feathers fixed on a cork, which in turn is a variant of the game called poona of India; But what is proposed in this invention is a normally elastic body that admits these possibilities among many others. DESCRIPTION OF THE INVENTION The object of the invention is a flying object composed of a normally elastic body, with the possibility of coupling / with different pieces, or directional elements that collaborate and influence. its flight and direction, and always remain in the back - during the flight, without danger of impact injuries, (being elastic), and that according to these elements vary, they can also vary the uses for which it can be intended: with a tuft of ribbons, threads, etc., and a launch cord, it can be launched in the style of a sling flying like a kite; With feathers, fins, etc., it can be hit and thrown with hands, rackets, etc. ; with just the tuft of tapes, it can be thrown and picked up / with the hands etc, and it can be used by one, or several people, with multiple possibilities of use, either as a game, a / toy, or as an article for do sport.

It is a novelty in its design, configuration and its different possibilities of use. With the same pieces being able to be used the same pieces in the preparation of different products. The elastic body thanks to the adaptability of its material, in all its possible forms of use, can take multiple and diverse possibilities of shapes and sizes to cover functional, commercial, or advertising objectives of all kinds or types. The Flying Launcher, is composed of a normally elastic body (which can be constituted by one or several super positions and embedded in one), preferably with an aerodynamic design that can vary both in height and width, depending on the use to which it is intended, material densities, distribution of weights-etc, as well as, can also take other forms, such as spherical, etc. Equipped with a suitable elasticity and resistance, which we could find between 'rubber, rubbers, foam rubber, etc. And it has an oquedad of variable measures, that crosses it in part, or totally and that allows it to be coupled ^• with e-, directional lements (normally designed) and with a gold-bearing piece, which can be cylindrical, etc., (Of plastic or similar, etc.), surrounded by projections (in these examples in the form of parallel rings), at convenient distances, which is traversed (totally or partly) longitudinally ^" through a pre-shaped hole Often with a cone trunk, or also a cylindrical, etc., and whose axis preferably coincides with that of the piece, this carrier piece is attached and held in the elastic body, as well as the different designed directional elements, thanks to its projections or rings, and to the pressure exerted by the elasticity and / resistance of the body's own material, when it is dilated by the piece, with adjustment of measures, (of the piece and the oqueda). and hold different element The directional ones (which collaborate and influence their flight and direction), and their possibilities (since the hole can have different shapes or diameters, etc.), are those that according to variety (that is) the shape from its hollow and the position in which it is fitted in the body, it is possible to vary: the elements that can be coupled to it and the / uses for which it can be destined.

And so when the hollow of the carrier piece that is inserted into the hollow of the elastic body has (now) the trunk-c shape The only minor opening is the one that is towards the outside, this shape of the cone decreasing towards the outside, (or the larger opening inside), will act as a stop to prevent parts, or elements of certain Flexibility introduced can be turned on, such as ribbons, threads, etc., and are subject to this, with the help of a simple knot, washer, etc., larger than the exit hole and thus form a tail plume . In this way we will be able to launch it flying in the style of a sling, with the help of a ribbon, cord, etc. , suitable, in different possibilities: in one of them, one end surrounds and holds the body and the carrier part inserted therein by the neck; in another possibility this throwing cord is attached to the tuft of tapes, in the hollow of the piece, and they can go outside; or together, ^' / through the same opening; or separated and for each of the opposite openings, (so that the body would now be totally / pierced by its cavity). We can hold this throwing cord by the opposite end, and with turns, throw it in the style of an on üa, flying like a comet, with the plume and the tail making tail. At the end of this throwing cord I could go a piece that we hold, hollow, with its cover or not, and with a central hole (for greater precision when launching), in its opposite part, through which this cord is introduced , that with a knot, etc., greater than this hole and less than the hollow of the piece, (so that nothing prevents it from turning), is subject and can rotate on itself. You can also / go only the tuft of ribbons, etc., and you can throw, or pick up with your hands, etc., or go only the throwing cord.

When the greater opening of the hollow (conical trunk) of the carrier piece that is introduced into the body is towards the outside, now the decreasing cone inward will allow the introduction: a) of all kinds of directional elements , suitable, such as fins, feathers, etc., which will be more and more connected and held in relation to their greater penetration through this cone, b) and of the directional elements normally designed with r sal output I / O (with the latter) ring held by the minor opening, or not). And so it can be thrown or hit, with hands, rackets, etc.

In this position the hollow of the l can be completely crossed piece and use the outer face of the smaller opening of the top of its section. As of the plume knot and the throwing cord, which can now also be used in the same way described with the smaller opening towards the outside. The knot (of the plume and of the cord) can also be fastened / in the hollow of the carrier piece (which depending on the case could now pass through it totally or in part and have different shapes, cylindrical, or conical trunk, etc.): the shape of this with different diameters, etc .; by the outer face of the opening that is inside the body; and by the pressure ^* of the material of the carrier piece, when it is dilated by this knot that fits tightly (with a possible wedge clamping piece, etc.), this pressure can also be attached to directional elements with or without highlighting / sr etc. Also the knot of the plume and the cord can "go directly into the hollow of the body and be subject: by the shape of this, with different diameters, etc; by one of the possible bodies integrated into the body with a hole, etc. ; or by the pressure of the material of the body, in this knot when fitting tightly and in a piece (with possible projections, hole, etc.) of subjection, in wedge, etc, (or without it).

Likewise, different parts have been designed, or elements to be able to assemble each other, and once assembled, they can be coupled as directional elements in the body, with the possibility of coupling: either in the carrier piece and with it being assembled in the body; or, fit directly into the body. And they have in their external part a central axis, with fin or wings (wings) lateral and in their base, of support / s of subjection and of males and females of assembly (or without them), in their internal faces that form raan (or its hypothetical prolongation) an angle whose value will be given by dividing 3602 by the number of elements that are assembled, and even with these degrees even less elements (or elements with any number of degrees) can be assembled by completing proportionally the 3602 with wedges interposed between them, so that they can ^go l »2,3t4,5, etc, assembled elements, and so for example, will go: 4 assembled elements (identical or not) with angle of 902; <$ 3 _with 1 902 and with 3 wedges of 30 ^δ interposed, or with an angle of 1202, etc.

With possible rings or similar as clamps. These directional elements without their base, with only their external part and with a coupling part, or coupler, can be assembled in the spaces 5 left between intermediate elements that emerge from the body and act as a base and support for these that they do not have. These intermediate elements can be assembled with themselves (likewise with rays, females or clamps, projections, ...) in the same way as the directional elements already described, and coupled: in the delivery piece and with it in the body; or directly in the body. And so, for example, they can go: 4 elements with coupler with 902 (identical or not), assembled in 4 intermediate elements with angle of / 902; or go 3 in 3 intermediate elements with 90 and with 3 wedges of 30 interposed that in the assembly space are made bipeds, or / 5 without this bipedal part and with another piece of attachment of the couplers, or with the angle of 1202 and leaving when emerging of the body, adequate spaces for ens amblar to the 3 elements with coupler with 902, or not with 1202 the coupler, etc ...

The external part of these directional elements can take other different forms, as well as go with: 1 or more integrated elements in it. These assembled directional elements or part of them can be injected into a single integrated molding piece, now with the possibilities in its external part of power, a) go 1,2 _. , 3,4 _» etc, directional elements,) adopt these different forms, c) 5 remain united by their fin, or fins (wings) or by their axes, etc. (which may or may not be shared); as well as may or they can be coupled in / carrier part with the possible collaboration of a piece of fastening, etc., and with it the elastic body or coupled directamen _¬ like this, with the help of this bracket or not. 0 Depending on the use, the body can be attached to the end of a tape, etc., elastic and leaving the other end fixed, will cause it to recoil when it is thrown.

The body can be constituted by one or several bodies or pieces that fit together, integrating into a single body, 5 in different possible forages (or in several of these at the same time), as concentric layers, or spherical sectors, etc, and with possible hen- diduras, orifice / s, males and females, etc, now with the possibilities of power, a) increase or decrease in volume just by changing these, b) change externally, just by changing that of the outer foot / s / en, c) make one of these bodies (or pieces) of carrier piece, such as fastening the knot of the plume, etc, with a possible hole, etc, etc.

The following are practical examples of realization, said execution being merely enunciative and illustrative and in no case limiting it, all as shown in the attached drawings:

BRIEF DESCRIPTION OF THE DRAWINGS FIGURE 1.- It shows a view, on lower, upper and raised floors of the body in one of the possible forms of its rhodine dynamic design in a single piece and its hollow. - FIGURE 2.- Shows a view, in lower, upper and elevational floors, of an example of the carrier piece that is attached to the body.

FIGURE 3.- Shows a view, on lower, upper and sectional floors, of an example of the special piece attached to the end / of the cord, etc., to be launched, as of the cover that can be attached to it. FIGURE 4.- Shows a view, in longitudinal section, of FIG. 3 with the cover attached.

FIGURE 5.-As a practical example, it shows a side elevational view of the attached figures 1 and 2 from which the tape plume, etc-, and the tape, cord, / etc, of the minor opening / throw, hold the elastic body by the neck and at the other end to FIG. Four.

FIGURE 6.- Shows a sectional view of FIG. 5, but the throwing cord is now attached to the plume and the design of the / body varies in a more aerodynamic way.

FIGURE 7.- Shows a view, in section of FIG. 5, now without the throwing cord.

FIGURE 8.- Shows a sectional view of the coupled figures 2 and 9, now attached to the cord and the plume, which exit separates two.

FIGURE 9.- Shows a view, in lower, upper plan and elevation of the body of FIG. 8, now also in one piece but spherical, and completely crossed by its cavity, with different diameters.

FIGURE 10.- Shows a sectional view of coupled figures 1 and 2, with directional elements coupled in FIG. two.

FIGURE 11.- Shows a sectional view of FIG. 2 coupling in the body, now spherical, where the smaller opening holds the throwing cord and the plume by means of a knot.

FIGURE 12.- Shows a view, in section of FIG. 11, / now only with the tuft of ribbons.

FIGURE 13.- Shows a side elevation view of one of the designed parts as directional elements in the body.

FIGURE 14.- Shows in an elevation view of FIG. 13, the projections or rings of the base, and the shaft with its fins (wings). FIGURE 15.-Shows in another elevation view of FIG. 13, the males and females of the base, and the shaft with its fins (wings).

FIGURE 16.- Shows an elevational view of FIG. 13, but now, with the curvature of its central axis and the one that forms with its / two lateral wings (wings) inverted. FIGURE 17.- Shows a cross-sectional view of Figures 13,14,15 and 16 according to the line of cut A-B, with the angle of their faces of 902, the males, their females and their ring part.

FIGURE 18.- Shows a view in longitudinal section of the piece FIG. 16 conveniently assembled together. FIGURE 19.- Shows a view in longitudinal section of the piece FIG. 13, conveniently assembled together.

FIGURE 20.- Shows a cross-sectional view of Figures 18,19 and 26 along the A-B cutting line, with 4 elements / assemblies at an angle of 902, the males and their females, in a circle with ring.

FIGURE 21. - Similar to the previous one, now with 3 elements of 90 degrees and with 3 wedges of 30 interposed between them.

FIGURE 22.- Similar to the previous two, now with 3 elements assembled, but with an angle of 1202 degrees. . FIGURE 23.- Shows a sectional view of FIG. 18 adopted in FIG, 2 and with it in FIG. one. FIGURE 24.- Shows a longitudinal sectional view of the

FIG. 18 coupled directly to the body FIG. one.

FIGURE 25.- Shows in cross section a view of the line of ^' cut CD, of figures 13 »14,15,16,32,33 34, and 35, as well as other possible views of shapes that could take.

FIGURE 26. - Shows a longitudinal sectional view of / Figures 18 and 19, now with its outer part in the form of fins., (Wings).

FIGURE 27. - It shows a side view of an intermediate element, which assembled forms the basis of figures 32 and 35.

FIGURE 28.-Shows a side view of the previous figure, now with the possibility of being shorter. '

FIGURE 29. - Shows a cross-sectional view along the section line EL of Figures 27 and 28 with an angle of 90 _f male and female coupling, and its ring part.

FIGURE 30.-Shows a view in longitudinal section of the piece FIG. 27, assembled together.

FIGURE 31. - Similar to the previous one but of FIG. 28.

FIGURE 32.-Shows a side view of another possibility of the part FIG. 13, now without its base, but provided with a coupler.

FIGURE 33.-Shows an elevation view of FIG. 32 rare— bringing the coupler and the central shaft with its fins (wings).

FIGURE 34.-Shows an elevation view showing the face / opposite of FIG. 33.

FIGURE 35.-Shows a side elevation view of FIG. 32, but now, with the curvature of its central axis and the one that forms with its lateral wings (wings), inverted.

FIGURE. 36.-Shows a view in longitudinal section of the piece FIG. 35, assembled in FIG. 30

FIGURE 37.-Shows a view in longitudinal section of the piece FIG. 32 assembled in FIG. 30

FIGURE 38.-Shows a view in longitudinal section of the piece FIG. 35 now assembled in FIG. 31. FIGURE 39.-Shows a cross-sectional view of the base of Figures 30,31,36,37 »and 38, according to the cutting plane / EL, with 4 elements assembled forming a circle with ring, and its internal faces angles of 90, with males and females.

FIGURE 40. - Similar to the previous one, now with 3 elements of 90 and with 3 wedges of 30 interposed between them. FIGURE 41. - Similar to the previous two, now with 3 elements assembled, but with the angles of 1202 (degrees).

FIGURE 42. - Shows a cross-sectional view according to the 0-P plane of FIGS. 36, 37 and 38 in the case of FIG. 39, and of the coupler with 02. FIGURE 43. - Analogous to the previous one, but in accordance with the cutting plane M-N.

FIGURE 44. - Similar to the previous one, but now in the case of FIG. 40

FIGURE 45. Similar to the previous two, now in the case of FIG. 41.

FIGURE 46.-Shows a longitudinal sectional view of FIG. 36 attached to the part FIG. 2 and with it in the body FIG.l.

FIGURE 47.-Shows a longitudinal sectional view of FIG. 37 coupled directly to the body FIG. 1. FIGURE 48.-Shows a longitudinal sectional view of FIG. 38 attached to the body FIG. one.

FIGURE 49. - Shows a longitudinal sectional view of these assembled directional elements (or part of them) injected into a single integral part, on the outside. FIGURE 50. - Shows a longitudinal sectional view of the clamping piece, which is the basis of FIG. 49.

FIGURE 51.-Shows a longitudinal sectional view of FIG. 49 coupled with FIG. 50 in part FIG. 2 and in the body / FIG. 1. FIGURE 52.-Shows a longitudinal sectional view of / FIGS. 49 and 50 coupled in the body FIG. one.

FIGURE 53 «-As a last example, shows a longitudinal sectional view of the body FIG. 1, now in one of its possibilities, with its more aerodynamic design, and consisting of several embedded and integrated parts and with a hole for possible fasteners (of the plume knot, etc). DESCRIPTIONS OF PREFERRED EMBODIMENTS

The normally elastic body (2) (and with the possibility of beating) can be constituted by one (2) or by several bodies or elements (48), embedded and integrated into one (2), with an aerodic design. Nautical (FIGs. 1,6 and 53) that can vary in width and height, depending on the use to which it is intended, requires that it be more or less aerodynamic, together with the density of the materials, weight distribution, etc., and that Likewise, it can take other forms, such as spherical, etc., as shown in FIGS. 8,9 »11 and 12, and so that it can take multiple possibilities of shapes and sizes thanks to the adaptability of its material, so that its area of the (3) neck (FIG.l) will also be of varying measures, as well as those of its cavity (l), which can pass through it only partially, or totally as seen in Figures 1 and 9 _» and their measurements are adapted to fit tightly (as a means of attachment), with different directional elements (usually di signed and once assembled with each other, or not and that collaborate and influence the flight and direction and always remain on the back), such as the piñas (23) (24) (33) (35) (34) ( 17) (16), etc, (and which may vary depending on their use), and with the carrier part (8), which can be cylindrical, etc. And it has (5) protrusion (spiral, ring, etc,) or protrusions (in these examples in the form of rings) of fastening. And it is crossed completely (or in part) by the hole (9) coinci¬ whose axis of the workpiece (but can not do) and form prefe - ent is frustoconical (though it could ^'be cylindrical, with rentes dife¬ diameters, etc.) and so it can hold and carry different directional elements, such as (7) (16) (17) (20) (23) (24) (33) (34) etc., and among its possibilities are those that vary according to the form of its hole (9) and the position in which it fits in the cuei? Po (2) can be varied: the elements that can be copied and the uses for which it can be used.

Thus, when the hole (9) is a conical trunk and it is the smaller opening (4) that is outwards (FIGS 5,6,7 and 8), this shape can be used, of the cone (9) , in decrease towards the outside, (or / the outer face of the opening (6)), as a stop that prevents detach suitable flexible elements, such as tape, threads, etc,

(17), with the help of a knot, staple, etc., (18) larger / than the exit opening (4), forming a plume (17) that acts as a tail, (FIG. 7), and with help of a ribbon, cord, etc (16), (or several of these elements at the same time), of any type, or material, suitable, we will be able to launch it flying in the style of a sling, in different ways, or possibilities : at one of them, one end with the aid of a rivet, staple, etc, (13) firmly secured by the neck (3) to the body (2) and to the piece (8) inserted in it, as in FIG. 5 ; in another possibility, this cord (16) to throw, is attached to the plume (l7) in the hole (9) of the ρieza (8) by the knot, etc, (18) and can go outside: or together by the smaller opening (4) (FIG. 6); or separated, the cord (l6) by the minor (4); and the plume (17) by the ray (6) (FIG. 8), so that the body (2) in this spherical example, is completely crossed by the recess (1) (FIG. 9), in turn Let them go outside. We can in / these different possibilities to hold this cord (l6) to throw at the opposite end and we will achieve with turns that the body turns in the style of a sling, which when released, will be released, with the tuft of ribbons (l7 ) and the cord (l6), making of / tail.

At the end of this cord (δ), there can be a piece (l2), which we hold, with its cover (lθ) or without it, hollow (14), and with an orifice (11) centered on its tip ( for greater precision in the launcher), and that allows to introduce the cord (16), which can rotate on itself, since it is held by a simple knot, / etc, (15) of diameter greater than the of the hole (11) and smaller than / the hole (14) without anything preventing it from rotating, or so any other suitable piece of hole (11) smaller than the knot (15) go and without anything preventing it from turning (l4 ) or a ring or similar with a hole (11) that can go into its edge, etc.

Also, as seen in FIG. 7, only the penalty _¬ cho (17) can go and thus it could be thrown and picked up with the hands, beaten, etc., or just the cord (16). An additional weight can be used, as appropriate, in the recess (9) of the piece (8), or under it, in the recess (1) When the greater opening (6) of this hollow (9) conical trunk of the piece (8) is outwards, once coupled in the body (2) (figures 10,11,12,23,46,51) , as can be seen in FIG. 10, now decreasing inwards, will allow and facilitate the introduction of (20) directional pieces of any suitable type, shape, or material, such as feathers, fins, etc., that will be coupled and his jetarán more and more, in relation to his greater penetration by this cone (9). You can increase your grip with a few drops of an adhesive. suitable vo. Being able to hit, throw, etc., with hands, rackets, etc. In this situation, the outer face of the smaller opening (4), now inside the body (2) (figures 11 and 12), which holds the knot (l8), which joins the plume ( 17) with the launching cord (δ) (with the piece (12) in its other end), and they can: exit together through the larger opening (6) (FIG. 11); or separated, now with the body (2) completely crossed by the cavity (l), as in FIG. 9. Being able to, throw in the style of / a sling, or also go only the plume (17) (FIG. 12), and thus throw yourself and pick up with your hands, hit, etc., and you can now (FIG. 12) also use the cord (16), holding the body (2) by the neck (3), as in the form of FIG. 5, but with the larger opening (6) towards the outside, and only the cord ( 16). The knot (lδ) can also be held in the hollow (9) (which depending on the case could now pass completely or partially to the piece (8) and have different shapes: cylindrical, or conical-trunk, etc): by the / form of this with different diameters, etc .; by the outer face of the opening that is inside the body (2); and by the pressure of the material of the piece (8), when dilated by it (lδ) when entering adjusted (with a possible clamping piece, wedge, etc). Also this pressure can also be attached to directional elements with or without shoulder / s (23) (24) (33) (20), etc,.

The node (18) can go directly into the cavity (l) and be / subject: by the shape of this cavity (l) with different diameters, etc, FIG. 9; by one (48) of the possible bodies or elements (48) / integrated in the body (2), with a hole (46), etc., FIG. 53; or by the pressure of the material of the body (2), in this knot (18) to fit / fit and in a piece (with possible protrusion / s, hole, etc) clamping, wedge, etc, (or without it).

With the opening opening (6) to the outside, the pieces that have been designed to be assembled together, such as (23), (24), and (33) can also be attached / coupled to the carrier part (8). ) »Once assembled, they can be coupled as directional elements in the body (2), with the possibility of coupling: either in / the piece (8) and with it in the recess (l) of the body (2), as in FIG. 2. 3; or directly in this cavity (l), (FIG. 24).

The directional parts (23) (24) ... in its external part, which emerges from the body (2) (FIG. 24) have a central axis (21), with a possible longitudinal groove (or grooves, projections, etc. ,) for greater flexibility, with fin or lateral wings (wings) (22) (with possible slots and aerodynamic projections) with aero-dynamic design (41) (FIG. 25) of suitable curvatures (as appropriate) and measures and positions variables, for its best adaptation in its function, and before the possibilities: of sizes, shapes and weight that the / body (2) can take; of design, etc. This axis being normally - thicker at its base (28), or assembly area that is introduced into the body (2) (FIG. 24), which normally has a projection (s) (26) or fastening rings and of males and females (25) of assembly (or not), on their internal faces (27) that form (or their hypothetical extension) an angle whose value will be given by dividing 3602 by the number of elements that are assembled, with the possibility that even with these degrees even fewer elements (or elements with - any number of degrees) can be assembled by completing the / 3602 proportionally with wedges interposed between them, so they can go 1,2, 3,4, etc. assembled elements and thus with an angle of 902 (31) FIG. 17, can be assembled: 4 elements (23) (24) (33) (identical or not) FIG. 20; or 3 with 3 wedges of 302 (30) interposed FIG. 21; or 2 with 2 wedges 902, with an angle of 1202 (32) can go: 3 elemen _¬ cough assembled FIG.22; or 2 with 2 wedges of 60, etc, ...

With possible rings or similar that surround the base (28) as clamps.

These directional elements, such as (23) (24) (33) »now without their base (28) and with only their external part and with a coupler (40) (with angle (27) variable depending on the case, males and females , or without them - etc.) as (38) / 39), can be assembled in spaces (36) FIGs.

30 and 31, left between intermediate elements (34) (35) FIGs.

27 and 28, which emerge from the body (2) and act as a base (28) and support, and which also have projections (26), males and females (25) (or without them), or rings ... being able be assembled with raisraos (FIGs. 30 and 31) in the manner shown for the elements (23) (24) (33) »and thus be coupled: in the piece (8), and with it in the body (2) FIG. 46, or directly in the body (2) (FIGS. 47 and 48), and thus, for example, can be: 4 elements (38) (39) with coupler (40) with 902 (31), (identical or no), assembled in 4 intermediate elements (34) (35), with the angle of their internal faces (27) of 902 (31) (FIGs. 39,42 and 43); or go 3 (38) (39) with coupler (40) with 902 (31) in 3 intermediate elements, with angle (27) of 902 (31) and with 3 wedges with angle of 302 (30) (FIG. 40) , interposed between them, ^" up to (37) which in the space (36) are made bipeds, or without this bipedal part and with another foot (43) for holding the couplers (40) (in the space (36) )) FIG. 44, or at an angle (27) of 1202 (32) FIG. 41, the 3 intermediate elements (34) (35), and that when emerging from the body (2) leave the spaces / suitable for assembly to the 3 elements (38) (39) with coupler (4.0) with 902 (3l) FIG. 45, or not with the coupler (40) with 1202 (32); or go 2 elements with the coupler (40) with angle (27) of 1802 assembled in 2 intermediate elements with angle (27) of 1802; etc, ... This coupling space (36) may be closed: either by themselves (37); or by a cover fitted in (37) by means of clamping means (FIGs. 27,28,30,31,36,37 and 38).

The external part of these directional elements (23) (24) (38) (39), etc., can go with 1 or several integrated directional elements, and can be seen in FIG. 25 a cross-sectional view (41) of the aerodynamic design used as an example, likewise other different views of examples of other possible aerodynamic shapes that these directional elements can take on their external part; with one, or several axes (21), or none, only a kind of curved membrane (42), with one or several fins or wings (22), etc. Being this assembly system, and fastening of its base (28 ) in the body (2 perfectly valid for other possible different forms of directional elements of all types and classes, suitable.

These assembled or part of them directional elements can be injected into a single integral molding as (7), FIGs. 49,51,52, now with the possibilities in its external part of power, a) go 1,2,3,4, etc. .. directional elements, b) adopt these different forms as in FIG. 25 and with one or several wings or fins (22), one or more axes (21) or none (42) etc, c) these are joined by their fin (42), or fins (wings) (22), or by their e es (21), etc. d) one of these parts (42) (22) (21) be used or shared by one or several elements at the same time, as it may or may as appropriate be coupled .On the outside of the part (8) (with a possible clamping piece in the recess (9), an outer clamp, etc.); or in its / recess (9) _» corao (7) with the possible part of clamping (44) FIG. 50, or not with the part or base (28) already integrated, and with this (8) in the body (2) FIG. 51; or, directly coupled to the body (2), and in the case of going without the base (28), with the help of these pieces like (44), with highlight / s (26), FIG. 52, etc ,.

Depending on the use, the body (2) can be attached to the end of a tape, etc., elastic and leaving the other end fixed, this will cause it to recede when launched.

The body (2) can be constituted by a body (2) or by several (48) (or pieces), which overlap and fit together, integrating into a single body (2) (FIG. 3) , in different forms (or in several / forms at the same time), as concentric layers like those of an onion, in spherical sectors such as orange segments, etc. , .and with possible / indentations, projections, orifice (s) (46), males and females, etc., now with the different possibilities of ρoder, a) increase or decrease in volume by simply varying these (48), b) change in outer shape, with so _¬ the change of the part or parts (48) exterior, c) one is- cough bodies or parts (48) carrying part, as fastening of the / knot (18) etc. . , with a possible hole (46) (FIG. 53) in this (48), etc. . In its implementation, all those modifications of details may be introduced that do not alter its essentiality, may or may affect changes in form, matter, dimensions, proportions, dispositions, etc., and in general all those that have an accessory character and complementary.

Claims

R E I V I N D I C A C I O N E S

1 & Flywheel of Various Uses, which is a flying object, composed of a preferably elastic body (which can / will bounce and not take different forms) to which different directional elements can be attached (normally designed to influence its flight and always remain in the back) and that according to vary, may also vary the uses for which it can be destined, which is characterized by a body (2), (or by several (48) integrated into one (2 )), with an aerodynamic design FIGs.l and 6 of variable dimensions according to its use, as well as it can take multiple forms, such as the spherical, etc., and has a cavity (1) of variable measures, which can cross it partly or totally, and that allows it to be coupled with different directional elements (23) (24) (33) (34) (17), etc., and with a carrier piece (δ) that can hold itself different directional elements ( 7) (16) (17) (20) (23) (24) (33) etc, which can be cylindrical, etc, and be surrounded ada / s (5) at convenient distances and with them is held in the body (2) (such as the directional elements with r.stop / s) ^ and by the pressure exerted by the body material (2) to be dilated (by adjusting its measurements) .And it is completely (or partly) crossed by a hole (9) (whose axes normally coincide), and its preferred shape is in a cone trunk (but it can also be cylindrical, or with different diameters, etc.), and among its possibilities is that, depending on the shape of its hole () and the position in which it fits in the body (2), it can be varied: the elements that are they can be coupled and the uses for which it can be used.

2 & Flyer of Various Uses, according to claim, characterized in that when the piece (8) is coupled to the body (2), and the hole (9) is conical trunk and its smaller opening (4) is the one that is / towards the outside, this shape of the cone (or the outer face of the major opening (6)), will act as a stop to prevent flexible elements (17) from detaching and being held by a knot (18), etc., forming a plume (17 ) and thus can be launched in the style of a sling, by means of a cord, etc., (16) in different possibilities: in one of them, an end attached by the neck (3) to the body (2); in another this cord (l6), is attached to the plume (17) in the hollow (9), and they can go outside: either together through the opening (4); Do you stand by (4) and (6). At the end of the cord (16) you can go / a piece (12) that we hold, hollow (l4), with cover (lθ) or without it, and in its opposite part with a central hole (11), through which it introduces the cord (16) that with a knot (15), etc., is held and rotates on itself, (or a similar piece, or ring with a hole in the edge, etc.). go only the plume (l7), or the cord (16).

And when it is the opening opening (6) of this hollow (9) conical trunk that is outward, now the cone allows the introduction: a) of directional elements (20) that are held increasingly in relation to its greatest penetration, and b) give the directional elements with highlight / s (23) (24) (33), etc.

In this position, the hole (9) can be completely crossed and the outer face of the lower opening (4) can be used as a fastener: of the last ring (29) of the directional elements with projection / s; and of the knot (l8), of the plume (17) and cord (l6) that can be used in the same way described with the opening (4) facing outwards.

3 ^S Flywheel of Various Uses according to previous claims, characterized in that the knot (l8) can also be fastened in the recess (9) (which depending on the case could now cross all or part of the piece (8) and have various forms, such as cylindrical, or conical trunk, etc.): by the shape of this (with different diameters, conical trunk, etc); by the outer face of the opening that is in the inside of the body (2); and by the pressure of the material of the piece (8), being dilated by this knot (l8) (with a possible clamping piece, wedge, etc,), and also this pressure can hold directional elements with or without highlight / s. This knot (18) can also go in the oqueda (1) and be subject: by the shape of this cavity (l) with different diameters, etc; by one (48) of the possible integrated bodies (48) of the body (2) with a hole (46), etc; or by the pressure of the material of the body (2), in this knot (lδ) and in a piece (with possible protrusion / s, hole, etc) of subjection, in wedge, etc, (or without it). 45 Flyer of. Various Uses, according to previous claims characterized by different designed elements (as / (23) (24) and (33)) to be able to join each other, and once salad—

^" Bibles can be coupled as directional elements in the body (2), with the possibility of coupling: either in the piece (8) and / or with it in the body (2); or directly in the body (2 .) Having: in its external part, a central axis (21), with fin or lateral wings (wings) (22), in aerodynamic position (41) and with possible indentations, projections, etc; and in its base (28 ) of re-jump (26) or clamping rings and of male and female (25) of assembly (or without them), in their internal faces (27) that line (or their hypothetical extension) an angle whose value will come given by dividing 360 or the number of elements that are assembled, with the possibility that even with these degrees, even less / elements (or elements with any number of degrees) can be assembled, completing proportionally the 3602 with wedges interposed, so 1,2,3,4,5, etc ... can be assembled elements and thus with an angle of 902 (31), can be assembled: 4 elements (23 ) (24) (33) (identical or not); or 3 with 3 wedges of 302 (30) interposed; or 2 with 2 wedges of 90 with an angle of 1202 (32) can go: 3 assembled elements; or 2 with 2 wedges of 602, etc, ... With possible rings or similar that surround the base (28) as clamps.

These directional elements (23) (24) and (33) without their base (28), with only their external part and with a coupler (40) (with angle (27) a¬ riable., Male and female or not, etc. .) Like (38) (39), they can be wrapped in the spaces (36) left between intermediate elements (34) (35) that emerge from the body (2) and serve as a base (28), and are £ nen of highlight / s (26), male and female (25) (or without them), or rings, etc ... and can be assembled with itself, in the same way as (23) (24) (33) »and fit: in the piece (8), and with it in the body (2); or directly in the body (2). And so, they can go: 4 elements (38) (39) with coupler (40) with 902 (31) (identical or not), assembled in 4 inter-media elements (34) (35), with an angle of 902 (31); or go 3 with 902, in 3 intermediate elements with 902 (31) and with 3 wedges of 302 (30) interposed, which in the space (36) are made bipeds, or not with another clamping piece (43) »or without these wedges with the angle of / 1202 (32) and leaving (36) the spaces to assemble at 3 (38) (39) with coupler (40) with 902, or not with coupler (40) with 1202;

^• or go 2 with coupler (40) with 1802 in 2 intermediate elements with / 1802, etc,.

This system for assembling and fastening the base (28) in the body (2), can be used for other possible shapes or number of directional elements.

The external part of these directional elements (23) (24) (38) (39) ... can go with one, or several integrated elements and can take on other different aerodynamic shapes, with one, or several axes / (21 ) or none, with only one kind of aerodynamic membrane (42), with one or several fins or wings (22), etc.

5-- Flywheel launcher of various uses, according to previous claims characterized in that these assembled directional elements (24) (23) (38) (39) etc, or part thereof, can be injected into a single integral molding piece, such as (7), now I ran the possibilities in its external part of power: a) go 1,2, 3, 4, etc., directional elements, b) adopt these different forms, c) remain united by their fin (42) or fins (22), or for their e es (21) etc, d) be used or shared one of these parts (42) (22) (21) by one or several elements at the same time , etc., and may or may be coupled: on the outside of the part (8); or in its hollow (9), with the possible collaboration of a clamping piece, etc., such as (44), or not with the base (28) in tegrada, and thus in the body (2); or directly in this (2), with these fasteners such as (44), etc, with projection / s (26), etc., if the base (28) is not integrated.

6- Flyer of Various Uses, according to previous claims characterized in that the body (2) can be constituted by one (2) or by several bodies (48) (or pieces) integrated in one (2) FIG.53 _» which they can fit together in different ways (or in several ways at the same time), such as concentric layers, or spherical sectors, etc., with possible indentations, protrusions, males and females, or rifi / s (46), etc, now with the possibilities of being able to, a) vary in volume by simply varying these (48), b) change externally by simply changing the body or bodies (48) (or external parts), c) make one of these (48) of carrier piece, etc. ...

7S Flyer of Various Uses, as described in the body of this report and claims, which consists of 21 pages typed on one side and 8 sheets of drawings.