WO2003076035A1 - Inflatable toy and production method thereof - Google Patents

Inflatable toy and production method thereof Download PDF

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Publication number
WO2003076035A1
WO2003076035A1 PCT/MX2002/000020 MX0200020W WO03076035A1 WO 2003076035 A1 WO2003076035 A1 WO 2003076035A1 MX 0200020 W MX0200020 W MX 0200020W WO 03076035 A1 WO03076035 A1 WO 03076035A1
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WO
WIPO (PCT)
Prior art keywords
toy
tubular
screeds
film
inflatable
Prior art date
Application number
PCT/MX2002/000020
Other languages
Spanish (es)
French (fr)
Inventor
Flavio Valerio Marin Hernandez
Original Assignee
Flavio Valerio Marin Hernandez
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Flavio Valerio Marin Hernandez filed Critical Flavio Valerio Marin Hernandez
Priority to PCT/MX2002/000020 priority Critical patent/WO2003076035A1/en
Priority to AU2002246443A priority patent/AU2002246443A1/en
Priority to US10/506,800 priority patent/US20080045117A1/en
Publication of WO2003076035A1 publication Critical patent/WO2003076035A1/en

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Classifications

    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H27/00—Toy aircraft; Other flying toys
    • A63H27/10—Balloons
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H27/00—Toy aircraft; Other flying toys
    • A63H27/10—Balloons
    • A63H2027/1025—Fabrication methods or special materials therefor

Definitions

  • the present invention has to do with the field of toys, because it deals with a semi-disposable inflatable toy, which serves to winnow and catch. Fly, glide and bounce. It resists shock, pressure and submersion in water, made of mylar film, or nylon or polyester, or polypropylene, or similar polymers, or laminations thereof, preferably metallized.
  • Inflatable toys which bounce, glide and fly that exist today, have been reported since 1998, as recorded in the MX 957 registry of utility model.
  • To make these toys requires a rectangular section of mylar film, or nylon or polyester, or polypropylene, or similar polymers, or laminations of these, preferably metallic, which is folded lengthwise and longitudinally sealed with heat and other sealing that originates the conical tip;
  • a special adhesive tape must be applied to reinforce the seal.
  • Figure 1 It is a conventional perspective view of the accessory to make the inflatable toy.
  • Figure 2. It is a left side view of one of the film fastening screeds; the right side being substantially the same.
  • Figure 3. It is a top view of the accessory with the film to make the inflatable toy.
  • Figure 4. It is a top view of the accessory, where the folds that are made to the film and the application of an adhesive tape can be seen.
  • Figure 5. Is a cross section of the accessory, the folded and taped film.
  • Figure 6. It is a right side view of the taped film, the left side being the same, without the accessory, with a longitudinal double.
  • Figure 7. It is a conventional perspective of the taped film, with a second longitudinal double.
  • Figure 8. It is a left side view of the taped film, with the second double, where the place of the heat seal is indicated.
  • Figure 10 Is a left side view of the semi-finished inflatable toy.
  • Figure 10. It is a left side view of the inflatable toy, where the application of adhesive tape can be seen on the tip of said toy.
  • Figure 11. Is a conventional left side view of the toy with a twisted end.
  • Figure 12. Is a conventional perspective of the finished toy with the end coiled in concentric semicircles.
  • Figure 13. It is a conventional view of the toy in use.
  • Figures 14, 15, 16, 17, 18 and 19. They are top views of some of the variants of the tip of the inflatable toy.
  • Figures 20, 21, 22, 23 and 24 are top views of some modalities of the cylindrical tube of the inflatable toy.
  • Figure 1 which consists of a rectangular, rigid and flat base (1), which includes two steel soleplates (2) and lined with rubber
  • the guides are to regulate the movement and fixation of the screeds (2).
  • the sills protrude from the flat base (1), this excess serves to leverage to maneuver said sills (2); the opposite end (3A) carries a small portion of ravaged rubber on its edges so that when removing the film tube (5) it does not get stuck.
  • One of the screeds must have a screw (6) that holds a cable
  • a tubular For this, a rectangular piece of mylar film (5), or nylon or polyester, or polypropylene, or similar polymers, or laminations thereof, preferably metallized, is used.
  • the film (5) is centered on the flat part (1) of the accessory, which is below the two soleplates (2) to hold and tighten; the screeds are placed at a suitable distance, so that two bends can be made on the screeds (2) and that the longitudinal ends of the same film (5) have an overlap of approximately 2 cm, as shown in the Figures 4 and 5.
  • a wide, transparent tape with special adhesive (8) is applied to this overlap; which sticks the film to give structure and resistance to the tubular that is formed and does not allow the leakage of the fluid with which it is filled. It is important to make a carving with pressure on the adhesive tape (8) to make it as hermetic as possible.
  • the tape should be free of wrinkles and channels.
  • the tubular is made a longitudinal fold (Figure 6), to make a second longitudinal fold, as seen in Figure 7, and then make a heat seal (9) at one end of the tubular to obtain the tip (10 ) symmetrical toy.
  • the toy is inflated by introducing fluid, preferably air, through the rear hole (11), to then place more adhesive tape (8) over the seal (9) of the tip (10) of the toy, to reinforce said seal ( 9).
  • this toy To use this toy, it must be inflated, blowing it at a distance of approximately 30 cm from the air intake hole (11), stretching the balloon along can fill it with a blow (for a toy 1.60 m high by 24 cm in diameter). The balloon can also be filled with other fluids. Then the balloon is taken in the palm of the hand at the end where it was inflated and twisted until achieving a taut cord (12, Figure 11), these turns generate pressure on the toy, because when turning the balloon twisting its end ( 12), its length is reduced.
  • This pressure in the body of the toy is essential so that when a semicircle (13) is made at the base of the balloon, with the taut string (12), and the rest of the taut string goes under the semicircle (13) concentrically and not move and get caught.
  • This arrangement gives rise to a compact mass (13), which is the base of the toy and on which it can bounce consistently. Its streamlined shape makes it easy to fly and glide.
  • the toy resists the pressure of a weight of approximately 35 kilograms and can be inflated and deflated several times. In this way an inflatable toy with the appearance of a space rocket is obtained, characterized by a cylindrical body, which at one end has a tip (10) or variations, as can be seen in Figures 14, 15, 16, 17, 18 and 19 .
  • tip (10) are achieved by making a heat seal with predesigned molds; Said tips (10) may or may not have reinforcement with adhesive tape.
  • Another embodiment of the toy is to tie a knot (14) at the opposite end to the base (13) of the toy, with or without garter, as shown in the figure
  • the toy of the present invention has a straight tubular body, however, this body can be given other shapes, such as undulations, angular and / or helical for better attractiveness, as can be seen in Figures 20 , 21, 22, 23 and 24.
  • all possible combinations can be made between the types of tubular and tips that are described in this invention; as well as all those variations of forms that are not mentioned and that are somehow implicit in this application.
  • the tip preferably faces the direction you want the inflatable toy to follow.
  • the balloon is held in the middle part with the left hand and with the right hand it is glued to the base (13) with the palm of the open hand where the screw is located (13), thus it is propelled to fly. opening the air with its aerodynamic tip, as it is light and elongated, it plans (when it is filled with the gaseous fluid that emanates from the mouth), if it is 70% filled with helium gas its gliding and displacement are further prolonged.
  • the inflatable toy is made up of a cylindrical body; an aerodynamic tip (10) in its upper part, and a compact base in its lower part (13).
  • the cylindrical body and the tip (10) are a single section, like the compact base (13), that is, everything is in one piece.
  • the cylindrical body is longer than the tip (10).
  • the cylindrical body can also vary; with diameters from 6 or 7 cm, up to 1 meter or a little more, they all close the same at the base (13).
  • the invention can be exploited industrially as a diversion for all its characteristics and for the prints or drawings that are put on it is ornamental.

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  • Toys (AREA)

Abstract

The invention relates to an accessory and method which are used to produce inflatable toys or balloons, said inflatable toy being made from preferably metallised mylar, nylon, polyester or polypropylene films or laminations of same. The inventive method consists in folding a rectangular section along the length thereof. Subsequently, an adhesive tape is used at the tubular part thereof in order to shape and structure the toy and a heat seal is also provided from which the conical point or the variants thereof extend. Said inflatable toy, which is made from preferably metallised mylar, nylon, polyester or polypropylene, has the appearance of a space rocket as it comprises a cylindrical tubular body. The upper end of the aforementioned tubular body is closed in such a way that said end comes to a point so that the toy is aerodynamic once inflated, which enables same to fly and glide. The lower end of the cylindrical body is open so that the toy can be inflated and is, in turn, twisted in order to form a base on which the toy can bounce. Said tubular body is not heat sealed but is joined longitudinally using a flap that extends from the longitudinal ends thereof and on which a particularly wide adhesive tape is positioned. A pressure cut is applied to the adhesive tape in order to ensure that it is as impervious as possible. Preferably, said adhesive strip is transparent and should comprise no wrinkles or channels. The cylindrical body can take the form of angular and helical undulations.

Description

JUGUETE INFLABLE Y SU PROCESO DE ELABORACIÓN INFLATABLE TOY AND ITS ELABORATION PROCESS
CAMPO TÉCNICO DE LA INVENCIÓNTECHNICAL FIELD OF THE INVENTION
La presente invención tiene que ver con el ámbito de los juguetes, porque trata sobre un juguete inflable semi desechable, el cual sirve para aventar y cachar. Vuela, planea y rebota. Resiste los golpes, la presión y el sumergimiento en agua, hecho de película de mylar, o de nylon o poliéster, o polipropileno, o polímeros similares, o laminaciones de estos, preferentemente metalizados.The present invention has to do with the field of toys, because it deals with a semi-disposable inflatable toy, which serves to winnow and catch. Fly, glide and bounce. It resists shock, pressure and submersion in water, made of mylar film, or nylon or polyester, or polypropylene, or similar polymers, or laminations thereof, preferably metallized.
ANTECEDENTESBACKGROUND
Los juguetes inflables, que rebotan, planean y vuelan que existen en la actualidad, ya se reportan desde 1998, como consta en el registro MX 957 de modelo de utilidad. Para elaborar estos juguetes se requiere de un tramo rectangular de película de mylar, o de nylon o poliéster, o polipropileno, o polímeros similares, o laminaciones de estos, preferentemente metalizados, que se dobla a lo largo y se sella longitudinalmente con calor y otro sellado que origina la punta cónica; además del sellado se le tiene que colocar una cinta adhesiva especial para reforzar el sellado.Inflatable toys, which bounce, glide and fly that exist today, have been reported since 1998, as recorded in the MX 957 registry of utility model. To make these toys requires a rectangular section of mylar film, or nylon or polyester, or polypropylene, or similar polymers, or laminations of these, preferably metallic, which is folded lengthwise and longitudinally sealed with heat and other sealing that originates the conical tip; In addition to the seal, a special adhesive tape must be applied to reinforce the seal.
Sin embargo, se detectó que el hacer de esa manera los globos, resulta más costoso y se requiere de más tiempo, y por lo tanto más personal y material para realizarlos, por lo que se pensó en reducir esos inconvenientes, de tal manera que los juguetes sean fabricados con menos costos y tiempo, pero con la misma calidad.However, it was detected that making balloons in this way is more expensive and requires more time, and therefore more personnel and material to make them, so it was thought to reduce these inconveniences, in such a way that toys are manufactured with less cost and time, but with the same quality.
Es por eso que en la presente solicitud se pretende proteger un nuevo juguete inflable de buena calidad y de sencilla fabricación. Por lo tanto, también se pretende proteger el método de fabricación. DESCRIPCIÓN DETALLADA DE LA INVENCIÓNThat is why this application seeks to protect a new inflatable toy of good quality and easy to manufacture. Therefore, it is also intended to protect the manufacturing method. DETAILED DESCRIPTION OF THE INVENTION
Los detalles característicos del novedoso juguete inflable y de su método de elaboración, se muestran claramente en la siguiente descripción y en las figuras que se acompañan, así como la referencia de sus partes señaladas.The characteristic details of the novel inflatable toy and its manufacturing method are clearly shown in the following description and in the accompanying figures, as well as the reference of its indicated parts.
Breve descripción de las figurasBrief description of the figures
Las siguientes figuras se mencionan a manera de ejemplo y no deben considerarse como limitativas para la presente invención, ya que por la naturaleza de la misma, los diseños del juguete inflable, pueden ser varios, por lo tanto, dichos diseños estarían incluidos en la presente solicitud.The following figures are mentioned by way of example and should not be considered as limiting for the present invention, since by the nature of the same, the designs of the inflatable toy can be various, therefore, said designs would be included in the present request.
Figura 1. Es una vista en perspectiva convencional del accesorio para fabricar el juguete inflable.Figure 1. It is a conventional perspective view of the accessory to make the inflatable toy.
Figura 2. Es una vista lateral izquierda de una de las soleras de sujeción de la película; siendo sustancialmente igual el lado derecho. Figura 3. Es una vista superior del accesorio con la película para fabricar el juguete ¡nflable. Figura 4. Es una vista superior del accesorio, donde se aprecian los dobleces que se le hacen a la película y la aplicación de una cinta adherible. Figura 5. Es un corte transversal del accesorio, la película doblada y encintada. Figura 6. Es una vista lateral derecha de la película encintada, siendo la lateral izquierda igual, sin el accesorio, con un dobles longitudinal. Figura 7. Es una perspectiva convencional de la película encintada, con un segundo dobles longitudinal. Figura 8. Es una vista lateral izquierda de la película encintada, con el segundo dobles, donde se señala el lugar del sellado térmico. Figura 9. Es una vista lateral izquierda del juguete inflable semi terminado. Figura 10. Es una vista lateral izquierda del juguete inflable, donde se aprecia la aplicación de cinta adherible en la punta de dicho juguete. Figura 11. Es una vista lateral izquierda convencional del juguete con un extremo retorcido. Figura 12. Es una perspectiva convencional del juguete terminado con el extremo enrroscado en semicírculos concéntricos. Figura 13. Es una vista convencional del juguete en uso. Figuras 14, 15, 16, 17, 18 y 19. Son vistas superiores de algunas de las variantes de la punta del juguete inflable.Figure 2. It is a left side view of one of the film fastening screeds; the right side being substantially the same. Figure 3. It is a top view of the accessory with the film to make the inflatable toy. Figure 4. It is a top view of the accessory, where the folds that are made to the film and the application of an adhesive tape can be seen. Figure 5. Is a cross section of the accessory, the folded and taped film. Figure 6. It is a right side view of the taped film, the left side being the same, without the accessory, with a longitudinal double. Figure 7. It is a conventional perspective of the taped film, with a second longitudinal double. Figure 8. It is a left side view of the taped film, with the second double, where the place of the heat seal is indicated. Figure 9. Is a left side view of the semi-finished inflatable toy. Figure 10. It is a left side view of the inflatable toy, where the application of adhesive tape can be seen on the tip of said toy. Figure 11. Is a conventional left side view of the toy with a twisted end. Figure 12. Is a conventional perspective of the finished toy with the end coiled in concentric semicircles. Figure 13. It is a conventional view of the toy in use. Figures 14, 15, 16, 17, 18 and 19. They are top views of some of the variants of the tip of the inflatable toy.
Figuras 20, 21 , 22, 23 y 24. Son vistas superiores de algunas modalidades del tubo cilindrico del juguete inflable.Figures 20, 21, 22, 23 and 24. They are top views of some modalities of the cylindrical tube of the inflatable toy.
Con referencia a dichas figuras, para elaborar el juguete inflable se requiere de un accesorio (Figura 1), el cual consiste de una base rectangular, rígida y plana (1), a la cual, se le incluyen dos soleras (2) de acero y forradas con huleWith reference to these figures, to make the inflatable toy an accessory is required (Figure 1), which consists of a rectangular, rigid and flat base (1), which includes two steel soleplates (2) and lined with rubber
(3) en sus extremos; y cuatro pares de guías (4). Las guías son para regular el movimiento y fijación de las soleras (2). Las soleras sobresalen de la base plana (1), ese exceso sirve para hacer palanca para maniobrar a dichas soleras (2); el extremo opuesto (3A) lleva una pequeña porción de hule devastado en sus orillas para que al sacar el tubular de película (5) no se atore. Una de las soleras debe de contar con un tornillo (6) que sujeta un cable(3) at its ends; and four pairs of guides (4). The guides are to regulate the movement and fixation of the screeds (2). The sills protrude from the flat base (1), this excess serves to leverage to maneuver said sills (2); the opposite end (3A) carries a small portion of ravaged rubber on its edges so that when removing the film tube (5) it does not get stuck. One of the screeds must have a screw (6) that holds a cable
(7) que va conectado a una fuente de poder convencional, para regular voltajes con conexión a tierra física, para eliminar la estática entre la película (5) y la cinta adhesiva (8).(7) that is connected to a conventional power source, to regulate voltages with a ground connection, to eliminate static between the film (5) and the adhesive tape (8).
Para formar el cuerpo del juguete, primero se requiere de formar un tubular. Para lo cual, se utiliza un pedazo rectangular de película (5) mylar, o de nylon o poliéster, o polipropileno, o polímeros similares, o laminaciones de estos, preferentemente metalizados. La película (5) se centra sobre la parte plana (1) del accesorio, la cual queda abajo de las dos soleras (2) para sujetarse y tensarse; las soleras se colocan a una distancia adecuada, de tal manera que se pueda hacer dos dobleces sobre las soleras (2) y que los extremos longitudinales de la misma película (5) tengan un traslape de 2 cm, aproximadamente, como se aprecia en las Figuras 4 y 5. Sobre este traslape se aplica un cinta ancha, transparente con adhesivo especial (8); la cual pega la película para darle estructura y resistencia al tubular que se forma y no permite la fuga del fluido con el que se llene. Es importante hacer un tallado con presión sobre la cinta adhesiva (8) para que quede lo más hermético posible. La cinta debe quedar sin arrugas ni canales.To form the body of the toy, you first need to form a tubular. For this, a rectangular piece of mylar film (5), or nylon or polyester, or polypropylene, or similar polymers, or laminations thereof, preferably metallized, is used. The film (5) is centered on the flat part (1) of the accessory, which is below the two soleplates (2) to hold and tighten; the screeds are placed at a suitable distance, so that two bends can be made on the screeds (2) and that the longitudinal ends of the same film (5) have an overlap of approximately 2 cm, as shown in the Figures 4 and 5. A wide, transparent tape with special adhesive (8) is applied to this overlap; which sticks the film to give structure and resistance to the tubular that is formed and does not allow the leakage of the fluid with which it is filled. It is important to make a carving with pressure on the adhesive tape (8) to make it as hermetic as possible. The tape should be free of wrinkles and channels.
Posteriormente se prosigue a quitar el tubular formado con la película (5) del accesorio, abriendo y elevando un poco las soleras (2) a través de sus palancas (3) por medio del efecto de palanca simple; para retirar el tubular es a través del extremo opuesto (3A) a las palancas (3).Subsequently, the tubular formed with the film (5) of the accessory is removed, opening and slightly raising the soleras (2) through their levers (3) by means of the simple lever effect; To remove the tubular is through the opposite end (3A) to the levers (3).
Al tubular se le hace un doblez longitudinal (Figura 6), para hacerle un segundo doblez longitudinal, como se ve en la Figura 7, y después hacer un sellado térmico (9) en uno de los extremos del tubular para obtener la punta (10) simétrica del juguete.The tubular is made a longitudinal fold (Figure 6), to make a second longitudinal fold, as seen in Figure 7, and then make a heat seal (9) at one end of the tubular to obtain the tip (10 ) symmetrical toy.
Posteriormente, se infla el juguete introduciendo fluido, preferentemente aire, por el orificio posterior (11), para después, colocar más cinta adhesiva (8) sobre el sellado (9) de la punta (10) del juguete, para reforzar dicho sellado (9).Subsequently, the toy is inflated by introducing fluid, preferably air, through the rear hole (11), to then place more adhesive tape (8) over the seal (9) of the tip (10) of the toy, to reinforce said seal ( 9).
Para usar este juguete, se debe inflar, soplándole a una distancia de 30 cm aproximadamente del orificio de ingreso de aire (11), estirando el globo a lo largo se puede llenar de una soplada (para un juguete de 1.60 m de altura por 24 cm de diámetro). El globo se puede llenar también de otros fluidos. Entonces se toma en la palma de la mano el globo por el extremo por donde se infló y se retuerce hasta lograr un cordón tenso (12, Figura 11), estas vueltas generan presión en el juguete, pues al girar el globo retorciendo su extremo (12), la longitud del mismo se reduce. Esta presión en el cuerpo del juguete es indispensable para que cuando se haga un semicírculo (13) en la base del globo, con el cordón tenso (12), y el resto del cordón tenso se meta debajo del semicírculo (13) concéntricamente y no se mueva y quede aprisionado. Este acomodo da origen a una masa compacta (13), que es la base del juguete y en la cual puede rebotar consistentemente. Su forma aerodinámica facilita el vuelo, y planeo . Además el juguete resiste la presión de un peso de 35 kilogramos aproximadamente y se puede inflar y desinflar varias veces. De esta manera se obtiene un juguete inflable con aspecto de cohete espacial caracterizado por un cuerpo cilindrico, que en un extremo tiene una punta (10) o variaciones, como se puede observar en las figuras 14, 15, 16, 17, 18 y 19.To use this toy, it must be inflated, blowing it at a distance of approximately 30 cm from the air intake hole (11), stretching the balloon along can fill it with a blow (for a toy 1.60 m high by 24 cm in diameter). The balloon can also be filled with other fluids. Then the balloon is taken in the palm of the hand at the end where it was inflated and twisted until achieving a taut cord (12, Figure 11), these turns generate pressure on the toy, because when turning the balloon twisting its end ( 12), its length is reduced. This pressure in the body of the toy is essential so that when a semicircle (13) is made at the base of the balloon, with the taut string (12), and the rest of the taut string goes under the semicircle (13) concentrically and not move and get caught. This arrangement gives rise to a compact mass (13), which is the base of the toy and on which it can bounce consistently. Its streamlined shape makes it easy to fly and glide. In addition, the toy resists the pressure of a weight of approximately 35 kilograms and can be inflated and deflated several times. In this way an inflatable toy with the appearance of a space rocket is obtained, characterized by a cylindrical body, which at one end has a tip (10) or variations, as can be seen in Figures 14, 15, 16, 17, 18 and 19 .
Estas variaciones en la punta (10) se logran haciendo un sellado térmico con moldes prediseñados; dichas puntas (10) pueden llevar o no refuerzo con cinta adherible. Otra modalidad del juguete es hacer un nudo (14) en el extremo opuesto a la base (13) del juguete, con o sin liga, como se observa en la figuraThese variations in the tip (10) are achieved by making a heat seal with predesigned molds; Said tips (10) may or may not have reinforcement with adhesive tape. Another embodiment of the toy is to tie a knot (14) at the opposite end to the base (13) of the toy, with or without garter, as shown in the figure
(14).(14).
Como ya se ha descrito, el juguete de la presente invención tiene un cuerpo tubular recto, sin embargo a este cuerpo puede dársele otras formas, tales como ondulaciones, angulares y/o helicoidales para un mejor atractivo, como se puede apreciar en las Figuras 20, 21 , 22, 23 y 24. Además, se pueden hacer todas las combinaciones posibles entre los tipos de tubulares y puntas que se describen en esta invención; así como también todas aquellas variaciones de formas que no se mencionan y que de alguna manera quedan implícitas en esta solicitud.As already described, the toy of the present invention has a straight tubular body, however, this body can be given other shapes, such as undulations, angular and / or helical for better attractiveness, as can be seen in Figures 20 , 21, 22, 23 and 24. In addition, all possible combinations can be made between the types of tubular and tips that are described in this invention; as well as all those variations of forms that are not mentioned and that are somehow implicit in this application.
La punta preferentemente se orienta hacia la dirección que se quiera siga el juguete inflable. El globo se sostiene en la parte media con la mano izquierda y con la mano derecha se le pega en la base (13) con la palma de la mano abierta donde está el enroscado (13), así se impulsa para que se vaya volando, abriendo el aire con su punta aerodinámica, como es ligero y alargado, planea (cuando se llena con el fluido gaseoso que emana de la boca), si se le llena al 70% con gas helio su planeo y desplazamiento se prolongan aún más.The tip preferably faces the direction you want the inflatable toy to follow. The balloon is held in the middle part with the left hand and with the right hand it is glued to the base (13) with the palm of the open hand where the screw is located (13), thus it is propelled to fly. opening the air with its aerodynamic tip, as it is light and elongated, it plans (when it is filled with the gaseous fluid that emanates from the mouth), if it is 70% filled with helium gas its gliding and displacement are further prolonged.
Entonces, cuando se rebota el globo sobre la masa compacta que es su base (13), contra una superficie dura, al chocar la base y la superficie, se escucha un ruido particular que es el de dos masas compactas, sólo que el globo en sí es muchísimo más ligero, la reacción del juguete por la inercia es desplazarse a través del aire, abriendo éste con su punta aerodinámica (10). En este evento el globo toma la dirección hacia donde se haya inclinado ligeramente. Si se rebota en una dirección vertical, el globo rebota y sigue una trayectoria casi perfectamente vertical. De otro modo si se presiona con la punta (10) contra el suelo y se oprime hacia abajo el globo al soltarlo inmediatamente su reacción es salir volando.Then, when the balloon bounces off the compact mass that is its base (13), against a hard surface, when the base and the surface collide, a particular noise is heard that is that of two compact masses, only that the balloon in Yes it is much lighter, the reaction of the toy by inertia is to move through the air, opening it with its aerodynamic tip (10). In this event the balloon takes the direction to where it has slightly tilted. If it bounces in a vertical direction, the balloon bounces and follows an almost perfectly vertical path. Otherwise if you press the tip (10) against the ground and press the balloon down when you immediately release it, your reaction is to fly away.
El juguete inflable, ya en función, está integrado por un cuerpo cilindrico; una punta aerodinámica (10) en su parte superior, y una base compacta en su parte inferior (13). El cuerpo cilindrico y la punta (10) son una sola sección, al igual que la base compacta (13), es decir, todo es de una sola pieza.The inflatable toy, already in operation, is made up of a cylindrical body; an aerodynamic tip (10) in its upper part, and a compact base in its lower part (13). The cylindrical body and the tip (10) are a single section, like the compact base (13), that is, everything is in one piece.
Esta forma la reproducimos en múltiples escalas, preferentemente el cuerpo cilindrico es más largo que la punta (10) También el cuerpo cilindrico puede variar; con diámetros desde 6 ó 7 cms, hasta 1 metro o un poco más, todos se cierran igual en la base (13).We reproduce this shape on multiple scales, preferably the cylindrical body is longer than the tip (10). The cylindrical body can also vary; with diameters from 6 or 7 cm, up to 1 meter or a little more, they all close the same at the base (13).
Lo notable de estos juguetes es que el cuerpo cilindrico no es sellado, como lo es el de los juguetes inflables actuales. Por lo que los juguetes de la presente invención, su cuerpo cilindrico sólo tiene cinta adhesiva, con lo cual su elaboración es más sencilla y económica, reduciendo gastos y tiempo en su fabricación. Además, estos juguetes tienen la misma calidad que los ya conocidos.The remarkable thing about these toys is that the cylindrical body is not sealed, as is the case with today's inflatable toys. As far as the toys of the present invention are concerned, their cylindrical body only has adhesive tape, with which their elaboration is easier and cheaper, reducing costs and time in their manufacture. In addition, these toys have the same quality as those already known.
La invención se puede explotar industrialmente como una diversión por todas sus características y por las impresiones o dibujos que se le pongan resulta ornamental. The invention can be exploited industrially as a diversion for all its characteristics and for the prints or drawings that are put on it is ornamental.

Claims

REIVINDICACIONESNuestra invención la consideramos una innovación, por lo que reclamamos de nuestra propiedad: CLAIMS Our invention is considered an innovation, so we claim our property:
1. Un accesorio para elaborar un juguete inflable, CARACTERIZADO porque consiste de una base rectangular, rígida y plana, a la cual, se le incluyen dos soleras de acero y forradas con hule en sus extremos; y cuatro pares de guías. Las guías son para regular el movimiento y fijación de las soleras. Las soleras sobresalen de la base plana, ese exceso sirve para hacer palanca para maniobrar a dichas soleras; el extremo opuesto lleva una pequeña porción de hule devastado en sus orillas para que al sacar el tubular de película no se atore. Una de las soleras debe de contar con un tornillo que sujeta un cable que va conectado a una fuente de poder convencional, para regular voltajes con conexión a tierra física, para eliminar la estática entre la película y la cinta adhesiva.1. An accessory to make an inflatable toy, CHARACTERIZED because it consists of a rectangular, rigid and flat base, which includes two steel screeds and lined with rubber at its ends; and four pairs of guides. The guides are for regulating the movement and fixing of the floorboards. The screeds protrude from the flat base, this excess is used as a lever to maneuver these screeds; the opposite end carries a small portion of devastated rubber on its banks so that when taking out the tubular of film it does not get stuck. One of the screeds must have a screw that holds a cable that is connected to a conventional power source, to regulate voltages with physical grounding, to eliminate static between the film and the adhesive tape.
2. Un método para elaborar un juguete inflable CARACTRIZADO porque primero se tiene que formar el cuerpo del juguete, primero se requiere de formar un tubular; para lo cual, se utiliza un pedazo rectangular de película mylar, o de nylon o poliéster, o polipropileno, o polímeros similares, o laminaciones de estos, preferentemente metalizados. La película se centra sobre la parte plana del accesorio, la cual queda abajo de las dos soleras para sujetarse y tensarse; las soleras se colocan a una distancia adecuada, de tal manera que se pueda hacer dos dobleces sobre las soleras y que los extremos longitudinales de la misma película tengan un traslape de 2 cm, aproximadamente, como se aprecia en las Figuras 4 y 5. Sobre este traslape se aplica un cinta ancha, transparente con adhesivo especial; la cual pega la película para darle estructura y resistencia al tubular que se forma y no permite la fuga del fluido con el que se llene. Es importante hacer un tallado con presión sobre la cinta adhesiva (8) para que quede lo más hermético posible. La cinta debe quedar sin arrugas ni canales. Posteriormente se prosigue a quitar el tubular formado con la película del accesorio, abriendo y elevando un poco las soleras a través de sus palancas por medio del efecto de palanca simple; para retirar el tubular es a través del extremo opuesto a las palancas. Al tubular se le hace un doblez longitudinal (Figura 6), para hacerle un segundo doblez longitudinal, como se ve en la Figura 7, y después hacer un sellado térmico en uno de los extremos del tubular para obtener la punta simétrica del juguete.2. A method to make a CHARACTERIZED inflatable toy because the toy body must first be formed, a tubular is first required; for which, a rectangular piece of mylar film, or of nylon or polyester, or polypropylene, or similar polymers, or laminations thereof, preferably metallized, is used. The film is centered on the flat part of the accessory, which is below the two screeds to hold and tense; the screeds are placed at a suitable distance, so that two folds can be made on the screeds and that the longitudinal ends of the same film have an overlap of approximately 2 cm, as can be seen in Figures 4 and 5. This overlapping applies a wide, transparent tape with special adhesive; which sticks the film to give structure and resistance to the tubular that forms and does not allow the leakage of the fluid with which it is filled. It is important to make a carving with pressure on the adhesive tape (8) so that it is as tight as possible. The tape should be without wrinkles or channels. Subsequently, the tubular formed with the film of the accessory, opening and raising the screeds a little through their levers by means of the simple lever effect; To remove the tubular is through the opposite end of the levers. The tubular is made a longitudinal fold (Figure 6), to make a second longitudinal fold, as seen in Figure 7, and then make a thermal seal at one of the ends of the tubular to obtain the symmetrical tip of the toy.
Posteriormente, se infla el juguete introduciendo fluido, preferentemente aire, por el orificio posterior, para después, colocar más cinta adhesiva sobre el sellado de la punta del juguete, para reforzar dicho sellado. Después el juguete se debe inflar, soplándole a una distancia de 30 cm aproximadamente del orificio de ingreso de aire, estirando el globo a lo largo se puede llenar de una soplada (para un juguete de 1.60 m de altura por 24 cm de diámetro). El globo se puede llenar también de otros fluidos. Entonces se toma en la palma de la mano el globo por el extremo por donde se infló y se retuerce hasta lograr un cordón tenso, estas vueltas generan presión en el juguete, pues al girar el globo retorciendo su extremo, la longitud del mismo se reduce. Esta presión en el cuerpo del juguete es indispensable para que cuando se haga un semicírculo en la base del globo, con el cordón tenso, y el resto del cordón tenso se meta debajo del semicírculo concéntricamente y no se mueva y quede aprisionado. Este acomodo da origen a una masa compacta, que es la base del juguete y en la cual puede rebotar consistentemente. Su forma aerodinámica facilita el vuelo, y planeo. Además el juguete resiste la presión de un peso de 35 kilogramos aproximadamente y se puede inflar y desinflar varias veces.Subsequently, the toy is inflated by introducing fluid, preferably air, through the rear hole, and then placing more adhesive tape over the sealing of the tip of the toy, to reinforce said sealing. Then the toy should be inflated, blowing at a distance of approximately 30 cm from the air intake hole, stretching the balloon along it can be filled with a blow (for a toy 1.60 m high by 24 cm in diameter). The balloon can also be filled with other fluids. Then the balloon is taken in the palm of the hand by the end where it was inflated and twisted until a tense cord is achieved, these turns generate pressure on the toy, because when turning the balloon twisting its end, the length of the balloon is reduced . This pressure on the body of the toy is essential so that when a semicircle is made at the base of the globe, with the tense cord, and the rest of the tense cord is placed under the semicircle concentrically and does not move and get trapped. This arrangement gives rise to a compact mass, which is the base of the toy and in which it can bounce consistently. Its aerodynamic shape facilitates flight, and planning. In addition the toy withstands the pressure of a weight of approximately 35 kilograms and can be inflated and deflated several times.
El juguete inflable hecho de Mylar, Nylon, Poliéster o Polipropileno, preferentemente metalizados, o laminaciones de estos, porque se conforma de un cuerpo tubular cilindrico cerrado por su extremo superior, de manera que este extremo termina en punta, para que, una vez inflado el juguete, sea aerodinámico, facilitando el vuelo y planeo del juguete, el extremo inferior del cuerpo cilindrico se encuentra abierto para permitir su inflado y a su vez ser retorcido para formar una base que permita al juguete rebotar. CARACTERIZADO, porque el cuerpo tubular no es sellado térmicamente, sino que sólo es unido longitudinalmente mediante un traslape de sus extremos longitudinales, sobre los cuales se coloca una cinta adhesiva especial ancha, a la cual se le debe hacer un tallado con presión para que quede lo más hermético posible. La cinta debe ser preferentemente transparente y debe quedar sin arrugas ni canales.The inflatable toy made of Mylar, Nylon, Polyester or Polypropylene, preferably metallized, or laminations thereof, because it is made up of a cylindrical tubular body closed by its upper end, so that this end ends in a tip, so that, once inflated The toy, be aerodynamic, facilitating the flight and planning of the toy, the lower end of the cylindrical body is open to allow inflation and in turn be twisted to form a base that allows the toy to bounce. CHARACTERIZED, because the tubular body is not thermally sealed, but it is only joined longitudinally by means of an overlap of its longitudinal ends, on which a special wide adhesive tape is placed, to which a carving with pressure should be made so that it is as tight as possible. The tape should preferably be transparent and should be free of wrinkles or channels.
El juguete inflable, según la reivindicación 3, CARACTERIZADO, porque en un extremo tiene una punta cónica o variaciones, como un amarre u otro amarre no concéntrico, o ligas para contener el aire o fluido.The inflatable toy according to claim 3, CHARACTERIZED, because at one end it has a conical tip or variations, such as a mooring or other non-concentric mooring, or garters to hold the air or fluid.
El juguete inflable, según las reivindicaciones 3 y 4, CARACTERIZADO, porque el cuerpo cilindrico puede tener formas ondulada, angular y/o helicoidal. The inflatable toy according to claims 3 and 4, CHARACTERIZED, because the cylindrical body can have corrugated, angular and / or helical shapes.
PCT/MX2002/000020 2002-03-13 2002-03-13 Inflatable toy and production method thereof WO2003076035A1 (en)

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AU2002246443A AU2002246443A1 (en) 2002-03-13 2002-03-13 Inflatable toy and production method thereof
US10/506,800 US20080045117A1 (en) 2002-03-13 2002-03-13 Inflatable Toy And Its Manufacturing Process

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