WO2015058266A1 - Mechanism for moving inanimate figures - Google Patents

Mechanism for moving inanimate figures Download PDF

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Publication number
WO2015058266A1
WO2015058266A1 PCT/BR2013/000452 BR2013000452W WO2015058266A1 WO 2015058266 A1 WO2015058266 A1 WO 2015058266A1 BR 2013000452 W BR2013000452 W BR 2013000452W WO 2015058266 A1 WO2015058266 A1 WO 2015058266A1
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WO
WIPO (PCT)
Prior art keywords
base
inanimate
bristles
displacement mechanism
mechanism applied
Prior art date
Application number
PCT/BR2013/000452
Other languages
French (fr)
Portuguese (pt)
Inventor
Marcelo MACHADO GRIEBLER
Original Assignee
Machado Griebler Marcelo
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Filing date
Publication date
Application filed by Machado Griebler Marcelo filed Critical Machado Griebler Marcelo
Publication of WO2015058266A1 publication Critical patent/WO2015058266A1/en

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Classifications

    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H11/00—Self-movable toy figures
    • A63H11/02—Self-movable toy figures moved by vibrations produced by rotating eccentric weights
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H29/00—Drive mechanisms for toys in general
    • A63H29/22—Electric drives

Definitions

  • the present invention describes a displacement mechanism applied to inanimate figures. More specifically it comprises a mechanism coupled to the base of an inanimate figure to promote displacement on a surface through vibration with bristle-oriented motion pattern.
  • Vibration or oscillation is any movement that recurs regularly or irregularly after a period of time.
  • the state of the art describes mechanisms that have metal wires attached to a base, so that the vibration of the body and metal wires generates a mostly random movement pattern in both direction and rotation, in the event of a collision, is ceased movement.
  • US8038503 discloses a body provided with a rotary motor with an eccentric load and a plurality of legs coupled to a base, said legs wherein at least a portion is injection molded flexible material and which promote displacement of the apparatus generated by the apparatus. engine speed.
  • legs are arranged parallel to the base of the equipment and promote the movement of the device through random, intermittent or rolling movements.
  • a displacement mechanism applied on the basis of inanimate figures that promotes displacement on a surface by vibration generated by a motor, with an inclined bristle oriented movement pattern arranged wholly or partially on the support, to reduce friction with the sliding surface, making the object's movement pattern closer to the linear and faster.
  • Figure 1 shows the exploded view showing the inanimate figure fitted with a base fitting for the arrangement of the eccentric vibration motor and the base with a curved intermediate region provided with arranged bristles inclined in the opposite direction to said curved intermediate region.
  • Figure 2 shows the mounted view of the displacement mechanism coupled to the base of an inanimate figure.
  • Figure 3 presents a lateral view of the base, showing the positioning of the inclined bristles in the opposite direction to the intermediate region of said base.
  • Figure 4A shows details of the base with intermediate region of curved profile, showing the arrangement of the bristles in the entire base;
  • Figure 4B shows the arrangement of the bristles only in parallel segments;
  • Figure 4C shows the arrangement of the interleaved tuft bristles on the entire surface of the base and
  • Figure 4D shows the arrangement of the interleaved tuft bristles arranged only in parallel segments.
  • Figure 5A shows details of the base with acute profile, showing the arrangement of the bristles in the entire base;
  • Figure 5B shows the arrangement of the bristles only in parallel segments and
  • Figure 4C shows the arrangement of the tufted bristles interspersed throughout the base surface.
  • the displacement mechanism applied to inanimate figures, object of the present invention comprises a base (10) associated with an inanimate figure (20), such as a toy, which moves through the vibration produced by a motor with a cam (30). , said base (10) fixed to the base of the inanimate figure (20) by suitable fastening means and having on the underside the arrangement of bristles (1) which ensure the sliding of the object on a flat surface.
  • the base (10) comprises two parallel (101) and spaced apart segments, said pair of segments (101) with at least one end interconnected with a curved (102) or acute (103) intermediate region particularly useful for ensuring object retreat in the situation of collision with an obstacle, favoring the trajectory to the right or left, keeping the object in continuous movement.
  • the base (10) is fixed to the center of gravity of the inanimate figure (20) permanently using screws, glue or similar fastening means.
  • the base (10) is fixed to the inanimate figure (20) by means of a conventional locking system (not shown) which allows the position of said base (10) to be varied with respect to the inanimate figure (20) in order to promote change direction of travel.
  • the base (10) has on the underside the arrangement of non-deformable bristles (11), preferably arranged inclined in the same direction, with inclination angle to the base (10) between 20 and 35 degrees, as shown in figure 3.
  • the inclination of the bristles (11) is contrary to the positioning of the curved (102) or acute (103) profile intermediate region so as to ensure an object displacement pattern in which the intermediate region (102 or 103) tangents an obstacle in order to to circumvent it or provide for the object to rotate.
  • non-deformable bristles (11) includes flexible segments at user pressure, but do not deform with the weight of the inanimate figure (20) positioned above said base (10).
  • the bristles (11) are of plastics material to ensure sliding of said inanimate figure (20) with a partially random movement pattern and orientation defined as a function of the inclination of said bristles (11).
  • the bristles (11) reduce friction with the sliding surface, ensuring a continuous displacement without the risk of flickering or tipping of the inanimate figure (20). , situation verified in the state of the art technical solutions.
  • the base features a vibration motor with a cam (30) coupled to the shaft to propagate motor vibration (30) to said base (10) and bristles (11) to promote random displacement.
  • the vibration and cam motor (30) are positioned in a niche (21) at the base of the inanimate figure (20), with the overlap of the base (10) to propagate the vibration to said base (10) and the bristles (11) as shown in figures 1 and 2.
  • the inclination of said bristles (11) in the opposite direction to the intermediate region (102) of the base (10) promotes the displacement of the inanimate object (20) in order to maintain the intermediate region (102). in the foreground when contacting an obstacle.
  • the bristles (11) are arranged in lines on the entire bottom surface of the base (10), including the parallel segments (101) and the curved (102) or acute (103) intermediate profile region.
  • the bristles (11) are disposed only on the parallel segments (101) of said base (10), providing a lower coefficient of friction with the displacement surface.
  • the bristles (11) are disposed in the bottom portion of the base (10) in tufts (111) interspersed throughout the bottom surface of the base (10), including parallel segments (101) and the intermediate profile region. curved (102) or acute (103).
  • the bristle tufts (111) are disposed only on the parallel segments (101) of said base (10), providing a lower coefficient of friction with the displacement surface.

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  • Toys (AREA)
  • Catching Or Destruction (AREA)

Abstract

A mechanism is described for moving inanimate figures, which allows the latter to be moved in a surface by means of vibrations generated by a motor with an eccentric (30), the movement pattern being determined by oblique bristles (11) which allow the object movement pattern to be more linear and at a higher speed; the mechanism comprises a base (10) provided with two parallel, mutually spaced apart segments (101), said pair of segments (101) having at least one of the ends connected to an intermediate zone having a curved (102) or pointed (103) profile, and the non-deformable bristles (11) being arranged on the underside of said base (10) with an angle of inclination relative to the base (10) of 20 to 35 degrees, in a direction away from the position of the intermediate zone having a curved (102) or pointed (103) profile.

Description

MECANISMO DE DESLOCAMENTO APLICADO EM FIGURAS  DISPLACEMENT MECHANISM APPLIED TO FIGURES
INANIMADAS Inanimate
CAMPO DA INVENÇÃO FIELD OF INVENTION
A presente invenção descreve um mecanismo de deslocamento aplicado em figuras inanimadas. Mais especificamente compreende um mecanismo acoplado na base de uma figura inanimada de forma a promover o deslocamento em uma superfície através de vibração com padrão de movimento orientado por cerdas.  The present invention describes a displacement mechanism applied to inanimate figures. More specifically it comprises a mechanism coupled to the base of an inanimate figure to promote displacement on a surface through vibration with bristle-oriented motion pattern.
ANTECEDENTES DA INVENÇÃO BACKGROUND OF THE INVENTION
Vibração ou oscilação é qualquer movimento que se repete, regular ou irregularmente, depois de um intervalo de tempo.  Vibration or oscillation is any movement that recurs regularly or irregularly after a period of time.
A obtenção de movimentos vibratórios em figuras inanimadas é facilmente obtida utilizando motores de vibração alimentados por baterias, onde pernas ou cerdas garantem o deslocamento, porém sem um controle direcional. Nestas situações, os efeitos do atrito das pernas ou cerdas com a superfície de atrito não são desprezíveis e interferem no padrão de movimento do objeto.  Obtaining vibratory motions in inanimate figures is easily achieved using battery-powered vibration motors, where legs or bristles ensure displacement, but without directional control. In these situations, the effects of friction of the legs or bristles on the friction surface are not negligible and interfere with the movement pattern of the object.
Estes mecanismos que provocam deslocamento de figuras inanimadas utilizando um motor de vibração, geralmente associados em brinquedos, na sua maioria promovem uma movimentação aleatória, geralmente promovendo o giro da figura, não sendo possível um controle direcional.  These mechanisms that cause displacement of inanimate figures using a vibration motor, usually associated with toys, mostly promote random movement, usually promoting the rotation of the figure, and directional control is not possible.
O estado da técnica descreve mecanismos que apresentam fios de metal acoplados em uma base, de forma que a vibração do corpo e dos fios metálicos gera um padrão de movimento na sua maior parte aleatório tanto na direção como na rotação, no caso de colisão, é cessada a movimentação.  The state of the art describes mechanisms that have metal wires attached to a base, so that the vibration of the body and metal wires generates a mostly random movement pattern in both direction and rotation, in the event of a collision, is ceased movement.
Ainda, são descritos mecanismos dotados de uma base que inclui cerdas de nylon e um motor de vibração que gera um movimento aleatório, sendo garantido um deslocamento minimamente orientado em função do posicionamento das cerdas. Nestes mecanismos, é verificado que na colisão com um obstáculo, o mecanismo vira para as laterais e tende a se afastar ou contornar o obstáculo. Furthermore, mechanisms with a base including nylon bristles and a vibration motor that generates random movement, ensuring minimally oriented displacement depending on the positioning of the bristles. In these mechanisms, it is found that on collision with an obstacle, the mechanism turns to the side and tends to move away or bypass the obstacle.
O documento US8038503 descreve um corpo dotado de um motor de rotação com uma carga excêntrica e uma pluralidade de pernas acoplada a uma base, ditas pernas em que pelo menos uma parte é de material flexível moldado por injeção e que promovem o deslocamento do aparelho gerado pela rotação do motor. Neste documento são verificadas pernas dispostas paralelas na base do equipamento e que promovem o deslocamento do aparelho através de movimentos aleatórios, intermitente ou rolando.  US8038503 discloses a body provided with a rotary motor with an eccentric load and a plurality of legs coupled to a base, said legs wherein at least a portion is injection molded flexible material and which promote displacement of the apparatus generated by the apparatus. engine speed. In this document, legs are arranged parallel to the base of the equipment and promote the movement of the device through random, intermittent or rolling movements.
No entanto, esta construção não é adequada nem desejável para o deslocamento de figuras inanimadas que requerem um movimento deslizante continuado, com um padrão de movimentação na maior parte aleatório no que diz respeito à direção, e que mantenha a movimentação mesmo quando encontra um obstáculo, girando para a direita ou para a esquerda, sem o risco de girar e, com isso, cessar a movimentação, exigindo reposicionamento por parte do usuário.  However, this construction is neither suitable nor desirable for the displacement of inanimate figures that require continuous sliding motion, with a mostly random movement pattern with respect to direction, and to maintain movement even when encountering an obstacle, turning to the right or left without the risk of turning and thereby ceasing movement, requiring repositioning by the user.
Dessa forma, é objeto da presente invenção um mecanismo de deslocamento aplicado na base de figuras inanimadas que promove o deslocamento em uma superfície através de vibração gerada por um motor, com padrão de movimento orientado por cerdas inclinadas dispostas na totalidade ou parcialmente no suporte, de forma a diminuir o atrito com a superfície de deslizamento, tornando o padrão de movimento do objeto o mais próximo do linear e com maior velocidade. BREVE DESCRIÇÃO DAS FIGURAS Accordingly, it is the object of the present invention a displacement mechanism applied on the basis of inanimate figures that promotes displacement on a surface by vibration generated by a motor, with an inclined bristle oriented movement pattern arranged wholly or partially on the support, to reduce friction with the sliding surface, making the object's movement pattern closer to the linear and faster. BRIEF DESCRIPTION OF THE FIGURES
A figura 1 apresenta a vista explodida evidenciando a figura inanimada dotada de um encaixe na base para a disposição do motor de vibração com excêntrico e a base com região intermediária curva provida de cerdas dispostas inclinadas em sentido contrário à dita região intermediária curva.  Figure 1 shows the exploded view showing the inanimate figure fitted with a base fitting for the arrangement of the eccentric vibration motor and the base with a curved intermediate region provided with arranged bristles inclined in the opposite direction to said curved intermediate region.
A figura 2 apresenta a vista montada do mecanismo de deslocamento acoplado na base de uma figura inanimada.  Figure 2 shows the mounted view of the displacement mechanism coupled to the base of an inanimate figure.
A figura 3 apresenta vista lateral da base, evidenciando o posicionamento das cerdas inclinadas em sentido contrário à região intermediária da dita base.  Figure 3 presents a lateral view of the base, showing the positioning of the inclined bristles in the opposite direction to the intermediate region of said base.
A figura 4A apresenta detalhamento da base com região intermediária de perfil curvo, evidenciando a disposição das cerdas na totalidade da base; a figura 4B apresenta a disposição das cerdas somente nos segmentos paralelos; a figura 4C apresenta a disposição das cerdas em tufos intercalados em toda a superfície da base e a figura 4D apresenta a disposição das cerdas em tufos intercalados dispostos somente nos segmentos paralelos.  Figure 4A shows details of the base with intermediate region of curved profile, showing the arrangement of the bristles in the entire base; Figure 4B shows the arrangement of the bristles only in parallel segments; Figure 4C shows the arrangement of the interleaved tuft bristles on the entire surface of the base and Figure 4D shows the arrangement of the interleaved tuft bristles arranged only in parallel segments.
A figura 5A apresenta detalhamento da base com perfil agudo, evidenciando a disposição das cerdas na totalidade da base; a figura 5B apresenta a disposição das cerdas somente nos segmentos paralelos e a figura 4C apresenta a disposição das cerdas em tufos intercalados em toda a superfície da base.  Figure 5A shows details of the base with acute profile, showing the arrangement of the bristles in the entire base; Figure 5B shows the arrangement of the bristles only in parallel segments and Figure 4C shows the arrangement of the tufted bristles interspersed throughout the base surface.
DESCRIÇÃO DETALHADA DA INVENÇÃO DETAILED DESCRIPTION OF THE INVENTION
O mecanismo de deslocamento aplicado em figuras inanimadas, objeto da presente invenção, compreende uma base (10) associada a uma figura inanimada (20), tal como um brinquedo, que se movimenta através da vibração produzida por um motor com um excêntrico (30), dita base (10) fixada à base da figura inanimada (20) mediante meios de fixação apropriados e apresentando na face inferior a disposição de cerdas (1 ) que garantem o deslizamento do objeto em uma superfície plana. The displacement mechanism applied to inanimate figures, object of the present invention, comprises a base (10) associated with an inanimate figure (20), such as a toy, which moves through the vibration produced by a motor with a cam (30). , said base (10) fixed to the base of the inanimate figure (20) by suitable fastening means and having on the underside the arrangement of bristles (1) which ensure the sliding of the object on a flat surface.
A base (10) compreende dois segmentos paralelos (101) e distanciados entre si, dito par de segmentos (101 ) com pelo menos uma das extremidades interligadas a uma região intermediária de perfil curvo (102) ou agudo (103) particularmente útil para garantir o recuo do objeto na situação de colisão com um obstáculo, favorecendo a mudança de trajetória para a direita ou para a esquerda, mantendo o objeto em contínuo movimento.  The base (10) comprises two parallel (101) and spaced apart segments, said pair of segments (101) with at least one end interconnected with a curved (102) or acute (103) intermediate region particularly useful for ensuring object retreat in the situation of collision with an obstacle, favoring the trajectory to the right or left, keeping the object in continuous movement.
A base (10) é fixada no centro de gravidade da figura inanimada (20) de forma permanente, mediante o uso de parafusos, colagem ou meios de fixação similares. Opcionalmente, a base (10) é fixada na figura inanimada (20) através de um sistema de encaixe convencional (não representado) que permite variar a posição da dita base (10) em relação à figura inanimada (20) de forma a promover a mudança de direção do deslocamento.  The base (10) is fixed to the center of gravity of the inanimate figure (20) permanently using screws, glue or similar fastening means. Optionally, the base (10) is fixed to the inanimate figure (20) by means of a conventional locking system (not shown) which allows the position of said base (10) to be varied with respect to the inanimate figure (20) in order to promote change direction of travel.
A base (10) apresenta na face inferior a disposição de cerdas (11) não deformáveis, preferentemente dispostas inclinadas em um mesmo sentido, com ângulo de inclinação em relação à base (10) entre 20 e 35 graus, conforme apresentado na figura 3. A inclinação das cerdas (11 ) é contrária ao posicionamento da região intermediária de perfil curvo (102) ou agudo (103) de forma a garantir um padrão de deslocamento ao objeto no qual a região intermediária (102 ou 103) tangencia um obstáculo a fim de contorná-lo ou prover o giro do objeto.  The base (10) has on the underside the arrangement of non-deformable bristles (11), preferably arranged inclined in the same direction, with inclination angle to the base (10) between 20 and 35 degrees, as shown in figure 3. The inclination of the bristles (11) is contrary to the positioning of the curved (102) or acute (103) profile intermediate region so as to ensure an object displacement pattern in which the intermediate region (102 or 103) tangents an obstacle in order to to circumvent it or provide for the object to rotate.
O termo "cerdas (11 ) não deformáveis" inclui segmentos flexíveis à pressão do usuário, mas que não se deformam com o peso da figura inanimada (20) posicionada acima da dita base (10). Preferentemente, as cerdas (11 ) são de material plástico de forma a garantir o deslizamento da dita figura inanimada (20) com um padrão de movimentação parcialmente aleatório e orientação definida em função da inclinação das ditas cerdas (11 ). The term "non-deformable bristles (11)" includes flexible segments at user pressure, but do not deform with the weight of the inanimate figure (20) positioned above said base (10). Preferably, the bristles (11) are of plastics material to ensure sliding of said inanimate figure (20) with a partially random movement pattern and orientation defined as a function of the inclination of said bristles (11).
Ao contrário das pernas comumente utilizadas como meios de deslocamento em objetos dotados de motor de vibração, as cerdas (11) diminuem o atrito com a superfície de deslizamento, garantindo um deslocamento continuado, sem o risco de intermitência ou tombamento da figura inanimada (20), situação verificada nas soluções técnicas do estado da arte.  Unlike the legs commonly used as a means of displacement in objects with a vibration motor, the bristles (11) reduce friction with the sliding surface, ensuring a continuous displacement without the risk of flickering or tipping of the inanimate figure (20). , situation verified in the state of the art technical solutions.
A base apresenta um motor de vibração com um excêntrico (30) acoplado no eixo de forma a propagar a vibração do motor (30) para a dita base (10) e cerdas (11 ) de forma a promover o deslocamento aleatório. Opcionalmente, o motor de vibração e excêntrico (30) são posicionados em um nicho (21 ) na base da figura inanimada (20), com a sobreposição da base (10) de forma a propagar a vibração para a dita base (10) e as cerdas (11), conforme apresentado nas figuras 1 e 2.  The base features a vibration motor with a cam (30) coupled to the shaft to propagate motor vibration (30) to said base (10) and bristles (11) to promote random displacement. Optionally, the vibration and cam motor (30) are positioned in a niche (21) at the base of the inanimate figure (20), with the overlap of the base (10) to propagate the vibration to said base (10) and the bristles (11) as shown in figures 1 and 2.
Especificamente em relação às cerdas (11), a inclinação das ditas cerdas (11) em sentido oposto à região intermediária (102) da base (10) promove o deslocamento do objeto inanimado (20) de forma a manter a região intermediária (102) em primeiro plano quando do contato com um obstáculo.  Specifically with respect to the bristles (11), the inclination of said bristles (11) in the opposite direction to the intermediate region (102) of the base (10) promotes the displacement of the inanimate object (20) in order to maintain the intermediate region (102). in the foreground when contacting an obstacle.
As cerdas (11 ) são dispostas em linhas na totalidade da superfície inferior da base (10), incluindo os segmentos paralelos (101) e a região intermediária de perfil curvo (102) ou agudo (103). Opcionalmente, as cerdas (11 ) são dispostas somente nos segmentos paralelos (101 ) da dita base (10), provendo menor coeficiente de atrito com a superfície de deslocamento. The bristles (11) are arranged in lines on the entire bottom surface of the base (10), including the parallel segments (101) and the curved (102) or acute (103) intermediate profile region. Optionally, the bristles (11) are disposed only on the parallel segments (101) of said base (10), providing a lower coefficient of friction with the displacement surface.
Em uma construção alternativa, as cerdas (11 ) são dispostas na porção inferior da base (10) em tufos (111 ) intercalados em toda a superfície inferior da base (10), incluindo os segmentos paralelos (101) e a região intermediária de perfil curvo (102) ou agudo (103). Opcionalmente, os tufos de cerdas (111 ) são dispostos somente nos segmentos paralelos (101 ) da dita base (10), provendo menor coeficiente de atrito com a superfície de deslocamento.  In an alternative construction, the bristles (11) are disposed in the bottom portion of the base (10) in tufts (111) interspersed throughout the bottom surface of the base (10), including parallel segments (101) and the intermediate profile region. curved (102) or acute (103). Optionally, the bristle tufts (111) are disposed only on the parallel segments (101) of said base (10), providing a lower coefficient of friction with the displacement surface.

Claims

REIVINDICAÇÕES: CLAIMS:
1. MECANISMO DE DESLOCAMENTO APLICADO EM FIGURAS INANIMADAS que compreende uma base (10) associada a uma figura inanimada (20) que se movimenta através da vibração produzida por um motor com um excêntrico (30), dita base (10) fixada à base da figura inanimada (20) mediante meios de fixação apropriados e apresentando na face inferior a disposição de cerdas (11 ), caracterizado pelo fato da base (10) compreender dois segmentos paralelos (101 ) e distanciados entre si, dito par de segmentos (101 ) com pelo menos uma das extremidades interligadas a uma região intermediária de perfil curvo (102) ou agudo (103), apresentando na face inferior da dita base (10) a disposição de cerdas (11) não deformáveis com ângulo de inclinação em relação à base (10) entre 20 e 35 graus e em sentido contrário ao posicionamento da região intermediária de perfil curvo (102) ou agudo (103).  1. DISPLACEMENT MECHANISM APPLIED TO INANIMATED FIGURES comprising a base (10) associated with an inanimate figure (20) moving through the vibration produced by a motor with a cam (30), said base (10) attached to the base of the Inanimate figure (20) by suitable fastening means and having on the underside the bristle arrangement (11), characterized in that the base (10) comprises two parallel segments (101) and spaced apart, said pair of segments (101) with at least one end interconnected with an intermediate region of curved (102) or acute (103) profile, having on the underside of said base (10) the arrangement of non-deformable bristles (11) with inclination angle relative to the base (10) between 20 and 35 degrees and in the opposite direction to the positioning of the curved (102) or acute (103) intermediate profile region.
2. MECANISMO DE DESLOCAMENTO APLICADO EM FIGURAS INANIMADAS, de acordo com a reivindicação 1 , caracterizado pelo fato da base (10) ser fixada na figura inanimada (20) de forma permanente, mediante o uso de parafusos, colagem ou meios de fixação similares.  Displacement mechanism applied to inanimate figures according to Claim 1, characterized in that the base (10) is permanently fixed to the still figure (20) by means of screws, gluing or similar fastening means.
3. MECANISMO DE DESLOCAMENTO APLICADO EM FIGURAS INANIMADAS, de acordo com a reivindicação 1 , caracterizado pelo fato da base (10) ser fixada na figura inanimada (20) através de um sistema de encaixe convencional (não representado) para permitir variar a posição da dita base (10) em relação à figura inanimada (20).  Displacement mechanism applied to inanimate figures according to claim 1, characterized in that the base (10) is fixed to the inanimate figure (20) by means of a conventional locking system (not shown) to allow the position of the base to be varied. said base (10) with respect to the inanimate figure (20).
4. MECANISMO DE DESLOCAMENTO APLICADO EM FIGURAS INANIMADAS, de acordo com a reivindicação 1 , caracterizado pelo fato de opcionalmente ser previsto um nicho (21 ) na base da figura inanimada (20) para posicionamento do motor de vibração e excêntrico (30) com a sobreposição da base (10). 4. DISPLACEMENT MECHANISM APPLIED TO FIGURES Inanimized according to Claim 1, characterized in that a niche (21) is optionally provided in the base of the still figure (20) for positioning the vibration and cam motor (30) with the overlap of the base (10).
5. MECANISMO DE DESLOCAMENTO APLICADO EM FIGURAS INANIMADAS, de acordo com a reivindicação 1, caracterizado pelo fato das cerdas (11 ) serem dispostas em linhas na totalidade da superfície inferior da base (10), incluindo os segmentos paralelos (101) e a região intermediária de perfil curvo (102) ou agudo (103).  Displacement mechanism applied to inanimate figures according to claim 1, characterized in that the bristles (11) are arranged in lines on the entire bottom surface of the base (10), including the parallel segments (101) and the region. curved (102) or acute (103) profile intermediate.
6. MECANISMO DE DESLOCAMENTO APLICADO EM FIGURAS INANIMADAS, de acordo com a reivindicação 1 , caracterizado pelo fato das cerdas (11) serem dispostas somente nos segmentos paralelos (101 ) da dita base (10).  Displacement mechanism applied to inanimate figures according to claim 1, characterized in that the bristles (11) are arranged only on the parallel segments (101) of said base (10).
7. MECANISMO DE DESLOCAMENTO APLICADO EM FIGURAS INANIMADAS, de acordo com a reivindicação 1 , caracterizado pelo fato da porção inferior da base ( 0) apresentar cerdas em tufos (111) intercalados em toda a superfície inferior da base (10), incluindo os segmentos paralelos (101 ) e a região intermediária de perfil curvo (102) ou agudo (103).  Displacement mechanism applied to inanimate figures according to claim 1, characterized in that the bottom portion of the base (0) has tufted bristles (111) interspersed throughout the bottom surface of the base (10), including the segments. parallel (101) and the intermediate region of curved (102) or acute (103) profile.
8. MECANISMO DE DESLOCAMENTO APLICADO EM FIGURAS INANIMADAS, de acordo com a reivindicação 1 , caracterizado pelo fato da porção inferior da base (10) apresentar cerdas em tufos (111 ) dispostos somente nos segmentos paralelos (101 ) da dita base (10).  Displacement mechanism applied to inanimate figures according to claim 1, characterized in that the lower portion of the base (10) has tufted bristles (111) disposed only on the parallel segments (101) of said base (10).
PCT/BR2013/000452 2013-10-23 2013-10-25 Mechanism for moving inanimate figures WO2015058266A1 (en)

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BRBR102013027289-2A BR102013027289A2 (en) 2013-10-23 2013-10-23 Displacement mechanism applied to inanimate figures

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
FR1564711A (en) * 1968-02-21 1969-04-25
US4219957A (en) * 1978-05-31 1980-09-02 Takao Kakuta Traveling toy
US20080061644A1 (en) * 2003-09-30 2008-03-13 The Trustees Of Columbia University In The City Of New York Harmonic Propulsion And Harmonic Controller
US20090311941A1 (en) * 2005-06-18 2009-12-17 Jkid Limited Portable Device

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
FR1564711A (en) * 1968-02-21 1969-04-25
US4219957A (en) * 1978-05-31 1980-09-02 Takao Kakuta Traveling toy
US20080061644A1 (en) * 2003-09-30 2008-03-13 The Trustees Of Columbia University In The City Of New York Harmonic Propulsion And Harmonic Controller
US20090311941A1 (en) * 2005-06-18 2009-12-17 Jkid Limited Portable Device

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