WO2002066132A1 - Inflatable toy - Google Patents

Inflatable toy Download PDF

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Publication number
WO2002066132A1
WO2002066132A1 PCT/MX2001/000012 MX0100012W WO02066132A1 WO 2002066132 A1 WO2002066132 A1 WO 2002066132A1 MX 0100012 W MX0100012 W MX 0100012W WO 02066132 A1 WO02066132 A1 WO 02066132A1
Authority
WO
WIPO (PCT)
Prior art keywords
balloon
inflated
toy
seal
tip
Prior art date
Application number
PCT/MX2001/000012
Other languages
Spanish (es)
French (fr)
Inventor
Flavio V. Marin Hernandez
Rosario Hernandez Valverde
Original Assignee
Marin Hernandez Flavio V
Rosario Hernandez Valverde
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 Marin Hernandez Flavio V, Rosario Hernandez Valverde filed Critical Marin Hernandez Flavio V
Priority to JP2002565689A priority Critical patent/JP2004520136A/en
Priority to PCT/MX2001/000012 priority patent/WO2002066132A1/en
Publication of WO2002066132A1 publication Critical patent/WO2002066132A1/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
    • A63H33/00—Other toys
    • A63H33/18—Throwing or slinging toys, e.g. flying disc toys

Definitions

  • the present invention is about a semi-disposable inflatable toy, which serves to throw and catch. Fly, plan and bounce. Resists shock, pressure and immersion in water, made of Mylar film, or Nylon or Polyester, or Polypropylene, preferably metallized.
  • the conventional latex balloon has been ornamental and with limited displacements, unless it is filled with lighter gases than air. Its nozzle or air intake is proportionally small and pressure is required to inflate it. Circular balloons; Round or rounded shapes of metallic materials are also ornamental and have little displacement, unless they are also inflated with light gases, their nozzle or gas inlet is also reduced.
  • balloons are not properly to throw and catch. They do not plan and hardly bounce. The latter are achieved by thermal sealing and their shapes and prints are ornamental.
  • this new inflatable toy In order to improve existing balloons, the development of this new inflatable toy was considered. Which has a peculiar shape and characteristics, which make it more attractive. Since it flies, it plans, it bounces. Resists shock, pressure and immersion in water. It can be reset several times. It has a cylindrical shape with a conical tip, similar to a space rocket, its opposite end; the base is screwed and accommodated so that it can bounce consistently.
  • Figure 1 It is a normal perspective of a stretch of film with a fold.
  • Figure 2 It is a normal perspective of the toy body.
  • Figure 3 It is a normal perspective of the toy body with one more longitudinal fold.
  • Figure 4. It is a normal perspective of the front view of the globe with a diagonal sealing line at one of its ends.
  • Figure 5. It is a conventional view of the globe with the cut already diagonal at its end, which gives rise to the tip.
  • Figure 6. It is a normal perspective of the inflated toy, unfolded with its shape.
  • Figure 7. It is a normal perspective of the globe with its sticky tape applied.
  • Figures 8 and 9. They are cross sections, central inflatable toy.
  • Figure 10. It is a conventional perspective of the inflatable toy, already in use.
  • the method for manufacturing the inflatable toy consists of the following stages:
  • the balloon is carefully inflated, and a strip of sticky tape (8) (48 millimeters wide) is applied to the sealing lines (3), centered with respect to the seal line. It should be without bubbles or wrinkles, this is preferably done outside the globe. If the sealing line is 1 to 2 millimeters thick. Or else, the balloon is turned like a sock and the strip of adhesive tape is applied to the seal joint, centered and flat, this when the seal itself leaves a thick line or fin (fig. 9), and another Once as a sock to acquire its original sight.
  • the strip of adhesive tape is placed as a reinforcement so that the balloon can withstand the pressure and a weight of approximately 35 kilograms, as well as to suppress possible leaks in the seal or joint line, of the fluid with which it was inflated.
  • the application of the adhesive strip of reinforcing tape can also be applied on both sides (inside and outside) of the seal line.
  • Figures (8 and 9) are cross-sections made in the middle of the cylindrical body of the toy, where the seal (3) and the reinforcement tape (8) can be seen.
  • This pressure on the body of the globe is indispensable so that when a semi circle is made next to the globe with the tense cord, and the rest of the tense cord is placed below the semi circle concentrically it will no longer move and be trapped (9).
  • This arrangement gives rise to a compact mass, which is the base of the toy and in which it can bounce consistently (9).
  • an inflatable toy with the appearance of a space rocket is obtained characterized by a cylindrical body, which at one end has a conical tip and on the other it is inflated, screwed and the fluid under pressure is maintained.

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  • Toys (AREA)

Abstract

The invention relates to an inflatable toy made from a preferably metallised film of Mylar, Nylon, Polyester or Polypropylene. Said toy comprises a rectangular segment which is folded up along the length thereof and heat sealed longitudinally and another seal which produces a conical point. When the balloon is inflated through the end opposite the point, the point takes on a conical shape. Once the shape has been achieved and the balloon is inflated, said balloon is reinforced along the sealing lines thereof with a 48 millimetre-thick adhesive strip so that the balloon can support a pressure and weight of 35 kilograms approximately. Said reinforcement is provided on the metallised face, the non-metallised face or both. In this way, the fluid used to fill the balloon cannot escape when said balloon is under pressure. The end through which the balloon is inflated is twisted to produce a taut cord, which is positioned in a semi-circular shape close to the cylindrical body of the balloon, the rest of said cord being positioned underneath said semi-circle in a concentric manner, which serves to hold the cordon perfectly in position. The end is coiled to provide the balloon with pressure, thereby producing a base which is a compact mass on which the balloon bounces consistently. The toy flies, glides and bounces and can be reinflated. The inventive balloon has a similar shape to a spaceship, comprising a cylindrical body, a conical point and the base on which it bounces consistently.

Description

JUGUETE INFLABLE INFLATABLE TOY
La presente invención 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 Polyester, o Polipropileno, preferentemente metalizados.The present invention is about a semi-disposable inflatable toy, which serves to throw and catch. Fly, plan and bounce. Resists shock, pressure and immersion in water, made of Mylar film, or Nylon or Polyester, or Polypropylene, preferably metallized.
Antecedentes El globo convencional de látex ha sido ornamental y con desplazamientos limitados, a menos que se llene con gases más ligeros que el aire. Su boquilla o ingreso de aire resulta proporcionalmente pequeño y se requiere presión para inflarlo. Los globos circulares; redondos o con formas redondeadas de materiales metalizados también son ornamentales y tienen poco desplazamiento, a menos que se inflen también con gases ligeros, su boquilla o ingreso para gas es también reducida.Background The conventional latex balloon has been ornamental and with limited displacements, unless it is filled with lighter gases than air. Its nozzle or air intake is proportionally small and pressure is required to inflate it. Circular balloons; Round or rounded shapes of metallic materials are also ornamental and have little displacement, unless they are also inflated with light gases, their nozzle or gas inlet is also reduced.
Estos globos no son propiamente para aventar y cachar. No planean y difícilmente rebotan. Estos últimos se logran por sellado térmico y por sus formas e impresiones resultan ornamentales.These balloons are not properly to throw and catch. They do not plan and hardly bounce. The latter are achieved by thermal sealing and their shapes and prints are ornamental.
Con la finalidad de mejorar los globos ya existentes, se pensó en el desarrollo del presente novedoso juguete inflable. El cual tiene una forma y características peculiares, que lo hacen más atractivo. Ya que vuela, planea, rebota. Resiste los golpes, la presión y el sumergimiento en agua. Se puede reinflar varias veces. Tiene forma cilindrica con punta cónica, similar a un cohete espacial, su extremo contrario; la base, se enrosca y se acomoda de modo tal que en ella puede rebotar consistentemente. In order to improve existing balloons, the development of this new inflatable toy was considered. Which has a peculiar shape and characteristics, which make it more attractive. Since it flies, it plans, it bounces. Resists shock, pressure and immersion in water. It can be reset several times. It has a cylindrical shape with a conical tip, similar to a space rocket, its opposite end; the base is screwed and accommodated so that it can bounce consistently.
DESCRIPCIÓN DE LA INVENCIÓNDESCRIPTION OF THE INVENTION
El presente juguete inflable se detalla con la siguiente descripción y las figuras que se acompañan.This inflatable toy is detailed with the following description and the accompanying figures.
Figura 1. Es una perspectiva normal de un tramo de película con un doblez.Figure 1. It is a normal perspective of a stretch of film with a fold.
Figura 2. Es una perspectiva normal del cuerpo del juguete.Figure 2. It is a normal perspective of the toy body.
Figura 3. Es una perspectiva normal del cuerpo del juguete con un doblez longitudinal más. Figura 4. Es una perspectiva normal de la vista frontal del globo con una línea de sellado diagonal en uno de sus extremos. Figura 5. Es una vista convencional del globo con el corte ya diagonal en su extremo, que da origen a la punta Figura 6. Es una perspectiva normal del juguete inflado, desdoblado con su forma. Figura 7. Es una perspectiva normal del globo con su cinta adherible aplicada. Figuras 8 y 9. Son cortes transversales, centrales del juguete inflable. Figura 10. Es una perspectiva convencional del juguete inflable, ya en uso.Figure 3. It is a normal perspective of the toy body with one more longitudinal fold. Figure 4. It is a normal perspective of the front view of the globe with a diagonal sealing line at one of its ends. Figure 5. It is a conventional view of the globe with the cut already diagonal at its end, which gives rise to the tip. Figure 6. It is a normal perspective of the inflated toy, unfolded with its shape. Figure 7. It is a normal perspective of the globe with its sticky tape applied. Figures 8 and 9. They are cross sections, central inflatable toy. Figure 10. It is a conventional perspective of the inflatable toy, already in use.
Con referencia a dichas figuras, el método para fabricar el juguete inflable consiste en las siguientes etapas:With reference to these figures, the method for manufacturing the inflatable toy consists of the following stages:
a)Una película rectangular de Mylar, o de Nylon, o de Polyester, o de Polipropileno, preferentemente metalizados, o no, en una de sus caras, se dobla a la mitad a lo largo (fig. 1), quedando la cara metalizada (1) al exterior y la cara sin metalizar (2) al interior.a) A rectangular film of Mylar, or Nylon, or Polyester, or Polypropylene, preferably metallized, or not, on one of its faces, is folded in half lengthwise (fig. 1), leaving the metallized face (1) to the outside and the face without metallizing (2) to the inside.
b) Se sella longitudinalmente con calor de las orillas de la película doblada, lo cual da origen a una línea de sellado (3). El sellado se hace en máquinas selladoras rectas con resistencia calórica de nicromo.b) It is sealed longitudinally with heat from the edges of the folded film, which gives rise to a sealing line (3). The sealing is done in straight sealing machines with caloric resistance of Nichrome.
c) El tramo rectangular ya sellado se dobla otra vez a lo largo (fig. 3), para hacerle un segundo sellado térmico diagonal en uno de sus extremos (4). Esto da origen a una punta triangular simétrica (5). Se debe tener en cuenta que las caras metalizadas no sellan entre si, así que despegarlas para darle su forma final al globo es fácil (fig. 6), asimismo la punta triangular simétrica se convierte en cónica al inflar el globo. Hasta aquí el globo ya tiene su forma que consta de la punta (5) del cuerpo cilindrico (7) y el orificio por donde se infla (6).c) The rectangular section already sealed is folded again along (fig. 3), to make a second diagonal thermal seal at one of its ends (4). This gives rise to a symmetrical triangular tip (5). It should be taken into account that the metallic faces do not seal each other, so take them off to give the balloon its final shape it is easy (fig. 6), also the symmetrical triangular tip becomes conical when the balloon is inflated. So far the balloon already has its shape that consists of the tip (5) of the cylindrical body (7) and the hole through which it is inflated (6).
d) El globo se infla con cuidado, y se procede a aplicarle una tira de cinta adherible (8) (de 48 milímetros de ancho) en las líneas de sellado (3), centrada con respecto a la línea de sello. Debe quedar sin burbujas ni arrugas, esto se hace preferentemente por el exterior del globo. Si la línea de sellado es de 1 a 2 milímetros de gruesa. O de lo contrario, se voltea el globo como calcetín y se aplica la tira de cinta adherible en la juntura del sellado, centrada y plana, esto cuando el propio sellado deja una línea gruesa o aleta (fig. 9), y se voltea otra vez como calcetín para adquirir su vista original. La tira de cinta adherible se coloca como refuerzo para que el globo soporte la presión y un peso de aproximadamente 35 kilogramos, así como para suprimir posibles fugas en la línea de sello o juntura, del fluido con el que se infló. La aplicación de la tira de cinta adherible de refuerzo también se puede aplicar por los dos lados (interior y exterior) de la línea de sello. Las figuras (8 y 9) son cortes transversales hechos a la mitad del cuerpo cilindrico del juguete, donde se aprecia el sello (3) y la cinta de refuerzo (8).d) The balloon is carefully inflated, and a strip of sticky tape (8) (48 millimeters wide) is applied to the sealing lines (3), centered with respect to the seal line. It should be without bubbles or wrinkles, this is preferably done outside the globe. If the sealing line is 1 to 2 millimeters thick. Or else, the balloon is turned like a sock and the strip of adhesive tape is applied to the seal joint, centered and flat, this when the seal itself leaves a thick line or fin (fig. 9), and another Once as a sock to acquire its original sight. The strip of adhesive tape is placed as a reinforcement so that the balloon can withstand the pressure and a weight of approximately 35 kilograms, as well as to suppress possible leaks in the seal or joint line, of the fluid with which it was inflated. The application of the adhesive strip of reinforcing tape can also be applied on both sides (inside and outside) of the seal line. Figures (8 and 9) are cross-sections made in the middle of the cylindrical body of the toy, where the seal (3) and the reinforcement tape (8) can be seen.
e) Para inflarlo se le sopla a una distancia de 30 centímetros aproximadamente, del orificio de ingreso de aire (6). Estirando el globo a lo largo se puede llenar de una soplada (para un juguete de 1.60 metros de altura por 24 centímetros 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 (9), estas vueltas generan presión en el globo, pues al girar el globo retorciendo su extremo (9), la longitud del globo se reduce. Esta presión en el cuerpo del globo es indispensable para que cuando se haga un semi círculo junto al globo con el cordón tenso, y el resto del cordón tenso se meta debajo del semi círculo concéntricamente ya no se mueva y quede aprisionado (9). Este acomodo da origen a una masa compacta, que es la base del juguete y en la cual puede rebotar consistentemente (9). Con este método se obtiene un juguete inflable con aspecto de cohete espacial caracterizado por un cuerpo cilindrico, que en un extremo tiene una punta cónica y por el otro se infla, se enrosca y se mantiene el fluido a presión.e) To inflate it, it is blown at a distance of approximately 30 centimeters, from the air inlet hole (6). Stretching the balloon along can be filled with a blow (for a toy 1.60 meters high by 24 centimeters 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 (9) is achieved, these turns generate pressure on the balloon, because by turning the balloon twisting its end (9), The length of the balloon is reduced. This pressure on the body of the globe is indispensable so that when a semi circle is made next to the globe with the tense cord, and the rest of the tense cord is placed below the semi circle concentrically it will no longer move and be trapped (9). This arrangement gives rise to a compact mass, which is the base of the toy and in which it can bounce consistently (9). With this method an inflatable toy with the appearance of a space rocket is obtained characterized by a cylindrical body, which at one end has a conical tip and on the other it is inflated, screwed and the fluid under pressure is maintained.
Su forma aerodinámica facilita el vuelo, el planeo y se puede rebotar consistentemente en su base. Además el juguete resiste la presión de un peso de 35 kilogramos aproximadamente. Además se puede inflar y desinflar varias veces. 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. Its aerodynamic shape facilitates flight, planning and can be bounced consistently at its base. In addition the toy withstands the pressure of a weight of approximately 35 kilograms. It can also be inflated and deflated several times. 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

REIVINDICACIONES
Nuestra invención la consideramos una innovación, por lo que reclamamos de nuestra propiedad: 1. El juguete inflable con aspecto de cohete espacial, hecho de Mylar, o Nylon, o Polyester , o Polipropileno, preferentemente metalizados, caracterizado por; un cuerpo cilindrico que en uno de sus extremos tiene una punta cónica (desinflada esta punta es triangular simétrica). El otro extremo, que es por donde se infla, se enrosca y así mantiene el fluido con el que se infló a presión. Su forma aerodinámica facilita el vuelo y el planeo.Our invention is considered an innovation, so we claim our property: 1. The inflatable toy with the appearance of a space rocket, made of Mylar, or Nylon, or Polyester, or Polypropylene, preferably metallized, characterized by; a cylindrical body that at one of its ends has a conical tip (deflated this tip is symmetrical triangular). The other end, which is where it inflates, curls up and thus keeps the fluid with which it was inflated under pressure. Its aerodynamic shape facilitates flight and planning.
2. Juguete inflable con aspecto de cohete espacial de conformidad con la cláusula 1 CARACTERIZADO porque está sellado térmicamente a lo largo del cuerpo cilindrico y en la punta cónica y que lleva en toda la línea de sello un refuerzo que consiste en una tira de película adhesiva de 48 mm de ancho, para que soporte pesos de 35 kilogramos aproximadamente.2. Inflatable toy with the appearance of a space rocket in accordance with clause 1 CHARACTERIZED because it is thermally sealed along the cylindrical body and on the conical tip and that carries a reinforcement consisting of a strip of adhesive film throughout the seal line 48 mm wide, to support weights of approximately 35 kilograms.
3. Juguete inflable con aspecto de cohete espacial de conformidad con la cláusula 1 CARACTERIZADO porque el extremo contrario de la punta, por donde se infla se enrosca y da origen a un cordón tenso y compacto, con el cual se hace un semicírculo pegado al cuerpo cilindrico y debajo de este semicírculo concéntricamente se acomoda el resto del cordón tenso. Así se origina la base en la cual el juguete rebota consistentemente.3. Inflatable toy with the appearance of a space rocket in accordance with clause 1 CHARACTERIZED because the opposite end of the tip, where it is inflated, curls and gives rise to a tight and compact cord, with which a semicircle is attached cylindrical and below this semicircle concentrically accommodates the rest of the tense cord. Thus the base on which the toy bounces consistently originates.
4. El método para fabricar el juguete inflable, de conformidad a la cláusula 1 CARACTERIZADO por las siguientes etapas de elaboración: a)Una película rectangular de Mylar, o de Nylon, o de Polyester, o de Polipropileno, preferentemente metalizados, o no, en una de sus caras, se dobla a la mitad a lo largo, quedando la cara metalizada al exterior y la cara sin metalizar al interior.4. The method for manufacturing the inflatable toy, in accordance with clause 1 CHARACTERIZED by the following manufacturing steps: a) A rectangular Mylar, or Nylon, or Polyester, or Polypropylene film, preferably metallized, or not, in one of its faces, it is folded in half lengthwise, leaving the metallic face to the outside and the unmetallized face to the inside.
b) Se sella longitudinalmente con calor de las orillas de la película doblada, lo cual da origen a una línea de sellado. El sellado.se hace en máquinas selladoras rectas con resistencia calórica de nicromo.b) It is sealed longitudinally with heat from the edges of the folded film, which gives rise to a sealing line. Sealing is done in straight sealing machines with caloric resistance of Nichrome.
c) El tramo rectangular ya sellado se dobla otra vez a lo largo, para hacerle un segundo sellado térmico diagonal en uno de sus extremos. Esto da origen a una punta triangular simétrica. Se debe tener en cuenta que las caras metalizadas no sellan entre sí, así que despegarlas para darle su forma final al globo es fácil, asimismo la punta triangular simétrica se convierte en cónica al inflar el globo. Hasta aquí el globo ya tiene su forma que consta de la punta, del cuerpo cilindrico y el orificio por donde se infla.c) The rectangular section already sealed bends again along, to make a second diagonal thermal seal at one of its ends. This gives rise to a symmetric triangular tip. It should be borne in mind that metallic faces do not They seal each other, so taking them off to give their final shape to the balloon is easy, likewise the symmetrical triangular tip becomes conical when the balloon is inflated. So far the balloon already has its shape that consists of the tip, the cylindrical body and the hole through which it is inflated.
d) El globo se infla con cuidado, y se procede a aplicarle una tira de cinta adherible (de 48 milímetros de ancho) en las líneas de sellado, centrada con respecto a la línea de sello. Debe quedar sin burbujas ni arrugas, esto se hace preferentemente por el exterior del globo. Si la línea de sellado es de 1 a 2 milímetros de gruesa. O de lo contrario, se voltea el globo como calcetín y se aplica la tira de cinta adherible en la juntura del sellado, centrada y plana, esto cuando el propio sellado deja una línea gruesa o aleta, y se voltea otra vez como calcetín para adquirir su vista original. La tira de cinta adherible se coloca como refuerzo para que el globo soporte la presión y un peso de aproximadamente 35 kilogramos, así como para suprimir posibles fugas en la línea de sello o juntura, del fluido con el que se infló. La aplicación de la tira de cinta adherible de refuerzo también se puede aplicar por los dos lados (interior y exterior) de la línea de sello. e) Para inflarlo se le sopla a una distancia de 30 centímetros 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 metros de altura por 24 centímetros 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 globo, pues al girar el globo retorciendo su extremo, la longitud del globo se reduce. Esta presión en el cuerpo del globo es indispensable para que cuando se haga un semi círculo junto al globo con el cordón tenso, y el resto del cordón tenso se meta debajo del semi círculo concéntricamente ya 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. d) The balloon is carefully inflated, and a strip of sticky tape (48 millimeters wide) is applied to the sealing lines, centered with respect to the seal line. It should be without bubbles or wrinkles, this is preferably done outside the globe. If the sealing line is 1 to 2 millimeters thick. Or else, the balloon is turned like a sock and the strip of sticky tape is applied to the seal joint, centered and flat, this when the seal itself leaves a thick line or fin, and turns again as a sock to acquire Your original view The strip of adhesive tape is placed as a reinforcement so that the balloon can withstand the pressure and a weight of approximately 35 kilograms, as well as to suppress possible leaks in the seal or joint line, of the fluid with which it was inflated. The application of the adhesive strip of reinforcing tape can also be applied on both sides (inside and outside) of the seal line. e) To inflate it, it is blown at a distance of approximately 30 centimeters, from the air intake hole. Stretching the balloon along it can be filled with a blow (for a toy 1.60 meters high by 24 centimeters 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 balloon, because when turning the balloon by twisting its end, the length of the balloon is reduced . This pressure on the body of the globe is indispensable so that when a semi circle is made next to the globe with the tense cord, and the rest of the tense cord is placed below the semi circle concentrically it will no longer move and be trapped. This arrangement gives rise to a compact mass, which is the base of the toy and in which it can bounce consistently.
PCT/MX2001/000012 2001-02-23 2001-02-23 Inflatable toy WO2002066132A1 (en)

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US9011195B2 (en) 2011-12-23 2015-04-21 Maximum Visibility Solutions, Llc Collapsible balloon cup with attachable inflation air tube
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US1707714A (en) * 1927-12-01 1929-04-02 Dvilnsky Abraham Bounding toy
EP0081899A1 (en) * 1981-10-16 1983-06-22 Doron Gazit Recreational balloon
ES274848U (en) * 1983-10-07 1984-02-01 Puigdomenech Arbussar Maria A. New globe (Machine-translation by Google Translate, not legally binding)
WO1991009656A1 (en) * 1989-12-27 1991-07-11 Takuzo Ishiwa Method of producing inflatable toy or balloon
WO1991013666A1 (en) * 1990-03-10 1991-09-19 Reinhard Hertel Throwing or launching toy
ES1029942U (en) * 1995-01-20 1995-07-01 Flex Metal S A Toy balloon. (Machine-translation by Google Translate, not legally binding)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2010062154A1 (en) * 2008-11-28 2010-06-03 Emilio Allande Berrueta Non-latex balloon toy and method for the production thereof
US9011195B2 (en) 2011-12-23 2015-04-21 Maximum Visibility Solutions, Llc Collapsible balloon cup with attachable inflation air tube
USD838782S1 (en) * 2014-07-28 2019-01-22 Derrick S. Brown Cheer stick

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