WO2016139378A1 - Support for portable computer and foldable mobile devices - Google Patents

Support for portable computer and foldable mobile devices Download PDF

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Publication number
WO2016139378A1
WO2016139378A1 PCT/ES2016/000024 ES2016000024W WO2016139378A1 WO 2016139378 A1 WO2016139378 A1 WO 2016139378A1 ES 2016000024 W ES2016000024 W ES 2016000024W WO 2016139378 A1 WO2016139378 A1 WO 2016139378A1
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WO
WIPO (PCT)
Prior art keywords
support
tabs
mobile devices
folding
portable computer
Prior art date
Application number
PCT/ES2016/000024
Other languages
Spanish (es)
French (fr)
Inventor
Deseada Soledad MORA CAÑIZARES
Original Assignee
Mora Cañizares Deseada Soledad
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 Mora Cañizares Deseada Soledad filed Critical Mora Cañizares Deseada Soledad
Publication of WO2016139378A1 publication Critical patent/WO2016139378A1/en

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Classifications

    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47B—TABLES; DESKS; OFFICE FURNITURE; CABINETS; DRAWERS; GENERAL DETAILS OF FURNITURE
    • A47B21/00—Tables or desks for office equipment, e.g. typewriters, keyboards
    • A47B21/03—Tables or desks for office equipment, e.g. typewriters, keyboards with substantially horizontally extensible or adjustable parts other than drawers, e.g. leaves
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16M—FRAMES, CASINGS OR BEDS OF ENGINES, MACHINES OR APPARATUS, NOT SPECIFIC TO ENGINES, MACHINES OR APPARATUS PROVIDED FOR ELSEWHERE; STANDS; SUPPORTS
    • F16M13/00—Other supports for positioning apparatus or articles; Means for steadying hand-held apparatus or articles

Definitions

  • This device consists of a quadrangular sheet several millimeters thick with a series of folds and grooves as described in the drawings.
  • the rigid structure that will support the equipment and resembles a single lectern is formed (figure 6).
  • the folds (1 and 2) consist of a die cut or partial cut of the sheet without going through it to facilitate the folding of the material along that line.
  • This structure can be used both on a table, permanently, and on the user's own body, since it has a flat base that is not uncomfortable as in the case of other supports.
  • the panel on which the equipment is directly supported is stamped with different designs (in this case, as an example, we have used hearts) to facilitate the circulation of the hot air that leaves the computer from underneath.
  • the designs used for ventilation can be of any type, but it is especially relevant to use designs that adapt to their main function coinciding with the air outlets of portable equipment. This design favors, in addition to ventilation, that the heat of the equipment does not come into direct contact with the user's body.
  • By folding the sheet only by the central fold we have a completely flat quadrangle, with a thickness of a few millimeters, with which we manage to minimize the space it occupies to facilitate its transport and stored in any of the common transport elements that are used For these teams. It also allows another type of folding for storage whereby the surface size is reduced to the detriment of a small increase in thickness, which is especially useful for adapting to the different sizes of transport bags for portable equipment.
  • the shaped structure is reinforced thanks to fixing elements such as eyelashes, magnets, an elastic band or a sailboat band, which rigidly join the upper platform to the lower one, and that would be housed in zone B Shaded in drawings 1 and 5.
  • the tabs would come out of the die cut of the same sheet to fit in slots housed in the lower panel of the support and thus be fixed, as indicated in Figures 7 and 8 .
  • the thickness of the sheet, the material, and even the measurements of the different parts can vary to adapt to various types and sizes of portable devices.
  • Figure 3 View of the folded object without forming. We see the object from above and in perspective, once folded for storage or transport. It would be folded by the central fold. Figure 4. Optional folding. An optional folding form of the object seen in perspective is appreciated. This folding offers a reduction in the size of one of the sides to the detriment of a slight increase in thickness.
  • Figure 5 Side view of the shaped object. We have a side view of the object once formed, as well as the triangular shape F that is formed in the lower part of the support and that prevents the device from sliding down and therefore leaving the body of the support. We also see a plan in detail with the shaded area B, where the fixing system would be placed. Figure 6. Perspective view of the shaped object.
  • FIG 7. View of the object in ecological version with cardboard. We see a zenith and unfolded image of the template with which to make this same support in an ecological version in cardboard, where a new profile corresponding to the tabs D and grooves E that would form the fixing system in this particular case can be seen. In Figure 8 we see a detailed plan of how this tab D should fit in the corresponding slot E of the bottom.
  • the laptop stand object of the present report. It is a mainly quadranglar platform, a few millimeters thick, which when folded by folds 1 and 2 and when the edge C fits into slot A, a lectern-shaped structure that can support a portable device, such as A computer or a tablet.
  • the structure is reinforced by a fixing system located in the shaded area B, preferably tabs that join the upper platform to the lower one, confining stability to the whole.
  • the shaped structure also allows the device to be placed in an inclined position, much more ergonomic and comfortable to use, and prevents the device from leaving the support body thanks to the triangular structure (F) that forms at the bottom of the support .
  • the platform on which the device is supported is perforated with creative designs (in this case hearts, although any theme that does not call into question the structure) that should preferably be strategically placed to match the air vents of the device Most devices These designs allow circulating the hot air that ejects the device from its Inner part, facilitating the cooling of eate and • turning the dlapoalt ⁇ vo from the user's body.
  • creative designs in this case hearts, although any theme that does not call into question the structure
  • the material for which it is laid out is a support, preferably plastic, although other materials with equivalent mechanical characteristics can be used.
  • a support preferably plastic
  • other materials with equivalent mechanical characteristics can be used.
  • an alternative is offered to carry out an ecological version of using and disposing of cardboard (flg. 7, 8 and 9).

Abstract

The invention relates to a support for a portable computer and foldable mobile devices, characterised by comprising a single quadrangular sheet that can be articulated by the folds, which, when being folded, and receiving one or a number of tabs in one or a number of grooves, and when securing a securing system in zone B, this being a number of tabs with staggering, an elastic band, magnets or a strip of velcro, which join the upper platform to the lower platform, forms a rigid structure, the upper panel of which is die-cut with an indefinite design, which improves the circulation of air.

Description

Soporte para ordenador portátil y dispositivos móviles plegable.  Support for laptop and folding mobile devices.
D E S C R I P C I Ó N D E S C R I P C I Ó N
SECTOR DE LA TÉCNICA SECTOR OF THE TECHNIQUE
Es sabido que uno de los mayores inconvenientes que tienen los ordenadores portátiles es el sobrecalentamiento que se produce en ellos y el ruido que sus ventiladores generan para intentar refrigerarlos. Si además usamos el portátil reclinados, apoyándolo sobre nosotros, como es común, esta refrigeración no solo es incómoda sino prácticamente imposible puesto que la mayoría de los portátiles tienen salidas de aire caliente por la base, las cueles obstruimos al apoyarlos en nuestro regazo. Este soporte viene a solucionar este problema puesto que crea un espacio entre nuestro cuerpo y el portátil para que las salidas de aire caliente estén despejadas y el aire pueda circular libremente. Además tiene una base cómoda para apoyar en el cuerpo sin que moleste y es ligero y plegable para facilitar el transporte y almacenado. ANTECEDENTES DE LA INVENCIÓN It is known that one of the biggest drawbacks that laptops have is the overheating that occurs in them and the noise that their fans generate to try to cool them. If we also use the reclined laptop, supporting it on us, as is common, this cooling is not only uncomfortable but practically impossible since most of the laptops have hot air outlets at the base, we clog them when we support them in our lap. This support comes to solve this problem since it creates a space between our body and the laptop so that the hot air outlets are clear and the air can circulate freely. It also has a comfortable base to support the body without disturbing and is lightweight and foldable for easy transport and storage. BACKGROUND OF THE INVENTION
Son comunes los diferentes diseños de este tipo que encontramos en el mercadopara intentar facilitar la ventilación de los ordenadores portátiles. La mayoría consisten en, o bien plataformas simples pero enormes, que ocupan demasiado espacio para su transporte y que suelen ser incómodas al apoyarlas en el cuerpo, obien estructuras excesivamente complicadas que incorporan ventiladores y otros dispositivos y que resultan engorrosos, pesados y poco prácticos como accesorio para un aparato que, como su propio nombre indica, es portátil. Por no hablar del gasto extra de energía que suponen estos últimos. The different designs of this type that we find in the market are common to try to facilitate the ventilation of laptops. Most consist of, either simple but huge platforms, which take up too much space for transport and are usually uncomfortable when supported on the body, or excessively complicated structures that incorporate fans and other devices and that are cumbersome, heavy and impractical as accessory for an appliance that, like your own name Indica, it is portable. Not to mention the extra energy expenditure of the latter.
EXPLICACIÓN DE LA INVENCIÓN EXPLANATION OF THE INVENTION
Este dispositivo consiste en una lámina cuadrangular de varios milímetros de grosor con una serie de pliegues y ranuras como se describe en los dibujos. Al doblar la lámina por los distintos pliegues y encajar el borde C en la ranura A, se conforma la estructura rígida que soportará el equipo y que se asemeja a un atril sencillo (figura 6). Los pliegues (1 y 2) consisten en un troquelado o corte parcial de la lámina sin llegar a atravesarla para facilitar el doblado del material por esa linea. Esta estructura se puede usar tanto sobre una mesa, de forma permanente, como sobre el propio cuerpo del usuario, ya que posee una base plana que no resulta incómoda como en el caso de otros soportes. This device consists of a quadrangular sheet several millimeters thick with a series of folds and grooves as described in the drawings. When the sheet is folded by the different folds and the edge C fits into the groove A, the rigid structure that will support the equipment and resembles a single lectern is formed (figure 6). The folds (1 and 2) consist of a die cut or partial cut of the sheet without going through it to facilitate the folding of the material along that line. This structure can be used both on a table, permanently, and on the user's own body, since it has a flat base that is not uncomfortable as in the case of other supports.
El panel sobre el que va apoyado directamente el equipo está troquelado con distintos diseños (en este caso, como ejemplo, hemos usado corazones) para facilitar la circulación del aire caliente que sale del ordenador por la parte de debajo. Los diseños utilizados para la ventilación pueden ser de cualquier tipo, pero es especialmente relevante usar diseños que se adapten a su función principal coincidiendo con las salidas de aire de los equipos portátiles. Este diseño favorece, además de la ventilación, que el calor del equipo no entre en contacto directo con el cuerpo del usuario. Al doblar la lámina solamente por el pliegue central, nos queda un cuadrángulo completamente plano, con un grosor de unos milímetros, con lo que conseguimos minimizar el espacio que ocupa para facilitar su transporte y guardado en cualquiera de los elementos de transporte comunes que se usan para estos equipos. Además permite otro tipo de doblado para su almacenaje por el que se disminuye el tamaño de la superficie en detrimento de un pequeño aumento del grosor, lo que es especialmente útil para adaptarse a los distintos tamaños de las bolsas de transporte para equipos portátiles. The panel on which the equipment is directly supported is stamped with different designs (in this case, as an example, we have used hearts) to facilitate the circulation of the hot air that leaves the computer from underneath. The designs used for ventilation can be of any type, but it is especially relevant to use designs that adapt to their main function coinciding with the air outlets of portable equipment. This design favors, in addition to ventilation, that the heat of the equipment does not come into direct contact with the user's body. By folding the sheet only by the central fold, we have a completely flat quadrangle, with a thickness of a few millimeters, with which we manage to minimize the space it occupies to facilitate its transport and stored in any of the common transport elements that are used For these teams. It also allows another type of folding for storage whereby the surface size is reduced to the detriment of a small increase in thickness, which is especially useful for adapting to the different sizes of transport bags for portable equipment.
La estructura conformada, se refuerza gracias a unos elementos de fijación como pueden ser, unas pestañas, imanes, una goma elástica o una banda de velero, que unen de forma rígida la plataforma superior a la inferior, y que irían alojados en la zona B sombreada en los dibujos 1 y 5. Para una versión ecológica en cartón, las pestañas saldrían del troquelado de la misma lámina para encajar en unas ranuras alojadas en el panel inferior del soporte y así quedar fijada, como se indica en las figuras 7 y 8. The shaped structure is reinforced thanks to fixing elements such as eyelashes, magnets, an elastic band or a sailboat band, which rigidly join the upper platform to the lower one, and that would be housed in zone B Shaded in drawings 1 and 5. For an ecological version in cardboard, the tabs would come out of the die cut of the same sheet to fit in slots housed in the lower panel of the support and thus be fixed, as indicated in Figures 7 and 8 .
El grosor de la lámina, el material, e incluso las medidas de las distintas partes pueden variar para adaptarse a varios tipos y tamaños de dispositivos portátiles. The thickness of the sheet, the material, and even the measurements of the different parts can vary to adapt to various types and sizes of portable devices.
BREVE DESCRIPCIÓN DE LOS DIBUJOS Figura 1. Vista del objeto desplegado sin conformar. Podemos ver una imagen cenital del soporte desplegado al máximo, en el que las lineas 1 representan el plegado hacia un lado, y la linea 2 representa el plegado hacia el lado opuesto. La orientación del corte del plegado se detalla en la figura 2 (detalle de los pliegues). La zona sombreada B, corresponde al lugar donde iría ubicado el sistema de fijación, ya sean unas pestañas, una goma elástica, unos imanes, o una tira de velero adhesivo. Las dos zonas sombreadas B, son las que se se unen al conformar la estructura. Figura 2. Detalle de los pliegues. El borde C se encaja en la ranura A para conformar la estructura para su uso. Y la plataforma G está troquelada con distintos diseños creativos (en este caso corazones) que permiten el flujo de aire por debajo del dispositivo. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1. View of the deployed object without forming. We can see a zenith image of the support deployed to the maximum, in which lines 1 represent folding to one side, and line 2 represents folding to the opposite side. The orientation of the folding cut is detailed in Figure 2 (detail of the folds). The shaded area B, corresponds to the place where the fixing system would be located, be it eyelashes, an elastic band, magnets, or an adhesive sailboat strip. The two shaded areas B, are the ones that join when forming the structure. Figure 2. Detail of the folds. Edge C fits into slot A to form the structure for use. And the G platform is stamped with different creative designs (in this case hearts) that allow the flow of air below the device.
Figura 3, Vista del objeto plegado sin conformar. Vemos el objeto desde arriba y en perspectiva, una vez plegado para su almacenamiento o transporte. Quedaría doblado por el pliegue central. Figura 4. Plegado opcional. Se aprecia una forma de plegado opcional del objeto visto en perspectiva. Este plegado ofrece una reducción del tamaño de uno de los lados en detrimento de un ligero aumento del grosor. Figure 3, View of the folded object without forming. We see the object from above and in perspective, once folded for storage or transport. It would be folded by the central fold. Figure 4. Optional folding. An optional folding form of the object seen in perspective is appreciated. This folding offers a reduction in the size of one of the sides to the detriment of a slight increase in thickness.
Figura 5. Vista lateral del objeto conformado. Tenemos una visión lateral del objeto una vez conformado, así como de la forma triangular F que se forma en la parte baja del soporte y que evita que el dispositivo se deslice para abajo y por tanto que salga del cuerpo del soporte. También vemos un plano en detalle con la zona sombreada B, donde iría colocado el sistema de fijación. Figura 6. Vista en perspectiva del objeto conformado. Figure 5. Side view of the shaped object. We have a side view of the object once formed, as well as the triangular shape F that is formed in the lower part of the support and that prevents the device from sliding down and therefore leaving the body of the support. We also see a plan in detail with the shaded area B, where the fixing system would be placed. Figure 6. Perspective view of the shaped object.
Figura 7. Vista del objeto en versión ecológica con cartón. Vemos una imagen cenital y desplegada de la plantilla con la que realizar este mismo soporte en una versión ecológica en cartón, donde se aprecia un nuevo perfil correspondiente a las pestañas D y ranuras E que conformarían el sistema de fijación en este caso en particular. En la figura 8 vemos un plano detalle de cómo habría que encajar dicha pestaña D en la ranura E correspondiente de la parte de abajo. Figure 7. View of the object in ecological version with cardboard. We see a zenith and unfolded image of the template with which to make this same support in an ecological version in cardboard, where a new profile corresponding to the tabs D and grooves E that would form the fixing system in this particular case can be seen. In Figure 8 we see a detailed plan of how this tab D should fit in the corresponding slot E of the bottom.
En la figura 9 vemos cómo quedaría finalmente conformado el soporte. In figure 9 we see how the support would finally be formed.
REALIZACIÓN PREFERENTE DE LA INVENCIÓN PREFERRED EMBODIMENT OF THE INVENTION
En las figuras adjuntas se muestra una realización preferida de la invención. Más concretamente, el soporte para ordenador portátil, objeto de la presente memoria. Se trata de una plataforma principalmente cuadranglar, de unos milímetros de grosor, que al doblarse por los pliegues 1 y 2 y al encajar el borde C en la ranura A, se conforma una estructura en forma de atril que puede soportar una dispositivo portátil, como un ordenador o una tablet. La estructura se refuerza mediante un sistema de fijado ubicado en la zona sombreada B, preferiblemente unas pestañas que unen la plataforma superior a la inferior confinándole estabilidad al conjunto. A preferred embodiment of the invention is shown in the attached figures. More specifically, the laptop stand, object of the present report. It is a mainly quadranglar platform, a few millimeters thick, which when folded by folds 1 and 2 and when the edge C fits into slot A, a lectern-shaped structure that can support a portable device, such as A computer or a tablet. The structure is reinforced by a fixing system located in the shaded area B, preferably tabs that join the upper platform to the lower one, confining stability to the whole.
La estructura conformada además permite colocar el dispositivo en una posición inclinada, mucho más ergonómica y cómoda para su uso, y evita que el dispositivo se salga del cuerpo del soporte gracias a la estructura triangular (F) que se forma en la parte inferior del soporte. The shaped structure also allows the device to be placed in an inclined position, much more ergonomic and comfortable to use, and prevents the device from leaving the support body thanks to the triangular structure (F) that forms at the bottom of the support .
La plataforma sobre la que va apoyado el dispositivo está perforada con diseños creativos (en este caso corazones, aunque se puede usar cualquier temática que no ponga en entredicho la estructura) que preferentemente han de colocarse estratégicamente para que coincidan con las salidas de aire de la mayoría de dispositivos. Estos diseños, permiten circular el aire caliente que expulsa el dispositivo por su parte Interior, facilitando la refrigeración de eate y •aparando al dlapoaltívo del cuerpo del usuario. The platform on which the device is supported is perforated with creative designs (in this case hearts, although any theme that does not call into question the structure) that should preferably be strategically placed to match the air vents of the device Most devices These designs allow circulating the hot air that ejects the device from its Inner part, facilitating the cooling of eate and • turning the dlapoaltívo from the user's body.
El material para el que está dlaeflado aite aoporte, ea preferentemente plástico, aunque se pueden usar otros materiales con características mecánicas equivalentes. Además se ofrece una alternativa para realizar una versión ecológica de usar y tirar en cartón (flg. 7, 8 y 9). The material for which it is laid out is a support, preferably plastic, although other materials with equivalent mechanical characteristics can be used. In addition, an alternative is offered to carry out an ecological version of using and disposing of cardboard (flg. 7, 8 and 9).

Claims

REIVINDICACIONES
1.- Soporte para ordenador portátil y dispositivos móviles plegable, caracterizado por estar constituido por una sola lámina cuadrangular (Fig.1 ) articula ble por los pliegues (1 y 2) que al plegarse, y al encajar una o varias pestañas (C) en una o varías ranuras (A), y al fijar un sistema de fijación en la zona B, pudiendo ser este unas pestañas con escalonamiento, una goma elástica, unos imanes, o una banda de velero, que unen la plataforma superior a la inferior, conforma una estructura rígida (fig, 5 y 6) cuyo panel superior está troquelado con un diseño indefinido, que favorece la circulación de aire. 1.- Support for laptop and folding mobile devices, characterized by being constituted by a single quadrangular sheet (Fig. 1) articulated by the folds (1 and 2) that when folded, and when fitting one or several tabs (C) in one or several grooves (A), and when fixing a fixing system in zone B, this may be staggered tabs, an elastic band, magnets, or a sailboat band, which join the upper platform to the lower one , it forms a rigid structure (fig, 5 and 6) whose upper panel is stamped with an indefinite design, which favors air circulation.
2- Soporte de acuerdo con la reivindicación 1 en donde el sistema de fijación se concreta en unas pestañas (D) (fig. 7 y 8) que se recortan de la misma lámina, y que al doblar el pliegue 2 hace sobresalir dichas pestañas enfrentándolas a las ranuras (E) (fig. 7 y 8), donde se introducen para conformar y fijar la estructura. 2- Support according to claim 1 wherein the fixing system is specified in tabs (D) (figs. 7 and 8) that are cut out of the same sheet, and that when folding the fold 2 makes said tabs protrude facing them to the grooves (E) (fig. 7 and 8), where they are introduced to shape and fix the structure.
PCT/ES2016/000024 2015-03-02 2016-02-15 Support for portable computer and foldable mobile devices WO2016139378A1 (en)

Applications Claiming Priority (2)

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ESU201500181 2015-03-02
ES201500181U ES1143761Y (en) 2015-03-02 2015-03-02 Support for laptop and folding mobile devices

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
ES1044718U (en) * 1999-11-12 2000-06-01 Papelera De Canarias S A Lectern cardboard (Machine-translation by Google Translate, not legally binding)
US6305652B1 (en) * 1999-04-06 2001-10-23 Chad Borke Laptop computer support
US20060237615A1 (en) * 2005-04-20 2006-10-26 Thomas George R Portable support for laptop computer
US20130192498A1 (en) * 2012-01-27 2013-08-01 Targus Group International, Inc. Compact lap desk

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6305652B1 (en) * 1999-04-06 2001-10-23 Chad Borke Laptop computer support
ES1044718U (en) * 1999-11-12 2000-06-01 Papelera De Canarias S A Lectern cardboard (Machine-translation by Google Translate, not legally binding)
US20060237615A1 (en) * 2005-04-20 2006-10-26 Thomas George R Portable support for laptop computer
US20130192498A1 (en) * 2012-01-27 2013-08-01 Targus Group International, Inc. Compact lap desk

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ES1143761U (en) 2015-09-15

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