WO2012035174A1

WO2012035174A1 - Disassemblable, personalizable and cost-effective stereoscopic viewer for portable personal devices

Info

Publication number: WO2012035174A1
Application number: PCT/ES2010/000382
Authority: WO
Inventors: Ángel Victor ALONSO FERNÁNDEZ
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-09-17
Filing date: 2010-09-17
Publication date: 2012-03-22
Anticipated expiration: 2013-03-17

Abstract

The invention relates to a cost-effective viewer having magnifying focal lenses for viewing stereoscopic 3D content on portable personal devices: mobile phones, cameras, portable video or video game players. Once the pieces have been assembled and the personal device positioned using guides, designed for a wide range of devices, it is possible to view 3D content through the magnifying focal lenses located at a suitable distance from the device for correct comfortable viewing. The design of the anchors and guides renders the device stiff and stable. The viewer is disassemblable, thin and light and, as such, can be easily sent in an envelope by regular mail. The viewer can be personalized using different graphics, thus adapting the appearance thereof to the needs of the client brand.

Description

._ereo esmon a e , person económico para dispositivos personales portátiles . . _ereo esmon ae, economic person for portable personal devices.

La presente innovación surge debido a la dificultad de mostrar contenidos 3D en dispositivos personales portátiles de una forma sumamente económica. The present innovation arises due to the difficulty of displaying 3D content on portable personal devices in an extremely economical way.

Esta invención se refiere a un visor 3D estereoscópico de desmontable y económico para dispositivos personales portátiles (móviles, mp4, cámaras de fotografía y video, dispositivos de juegos, reproductores multimedia, etc...). This invention relates to a stereoscopic and affordable 3D stereoscopic viewer for portable personal devices (mobile, mp4, photo and video cameras, gaming devices, media players, etc ...).

Han sido concebidas y realizadas en orden a democratizar la visualización de contenidos 3D estereoscópicos en dispositivos portátiles personales. They have been conceived and carried out in order to democratize the display of stereoscopic 3D content on personal portable devices.

Según se ve en las figuras 1, 2, 3, 4, 5, 6, y 7, el dispositivo se compone de 7 piezas planas (A, B, C, D, E, F, G) ; 4 de ellas (A, B, C, D) conforman la caja que da forma al visor; una pieza con las lentes focales (G) , y las dos guías (E, F) que sujetan el reproductor multimedia personal; una de ellas (F) realizada en plástico transparente . As seen in Figures 1, 2, 3, 4, 5, 6, and 7, the device consists of 7 flat pieces (A, B, C, D, E, F, G); 4 of them (A, B, C, D) make up the box that shapes the viewfinder; a piece with the focal lenses (G), and the two guides (E, F) that hold the personal media player; one of them (F) made of transparent plastic.

Las lentes (G) y la base (B) tienen 2 hendiduras (G6, B6) par-a liberar el tabique nasal. The lenses (G) and the base (B) have 2 slits (G6, B6) to release the nasal septum.

El visor dispone de tres orificios (A5, C5, D5); uno en cada lateral (C5, D5) y otro (A5) en la parte superior, para sujetarlo mediante unas correas a la cabeza; y un cuarto orificio (B5) en su parte inferior para sujetarlo a un trípode. The viewfinder has three holes (A5, C5, D5); one on each side (C5, D5) and one (A5) on the top, to fasten it with straps to the head; and a fourth hole (B5) in its lower part to attach it to a tripod.

Aprovechando las funciones de audio, video, posicionamiento y de detección de movimiento de los dispositivos personales portátiles y terminales móviles (teléfonos) conseguimos un casco económico de realidad virtual y/o aumentada. Taking advantage of the audio, video, positioning and motion detection functions of portable personal devices and mobile terminals (phones) we get an economic helmet of virtual and / or augmented reality.

Gracias a su sencilla configuración, a los materiales, a la inexistencia de manipulación, y al no necesitar de un hardware y software específico para la reproducción de contenidos 3D estereoscópicos como fotografía, video, imágenes generadas por ordenador, así como videojuegos; resulta un dispositivo con un coste muy ECONOMICO. Thanks to its simple configuration, the materials, the absence of manipulation, and the lack of specific hardware and software for the reproduction of stereoscopic 3D content such as photography, video, computer generated images, as well as video games; It is a device with a very ECONOMIC cost.

Este dispositivo es idóneo para educación, investigación, entretenimiento, productoras de cine, video, televisión, y fotografía, programadores de videojuegos en 3D y aplicaciones para terminales móviles, compañías de telefonía, empresas de marketing y en general para cualquier sector relacionado con el ocio audiovisual en 3D; con contenidos oara todos los oublicos; uvenil. infantil v adulto . Para el montaje del viso c ; figura 8; procedemos introducir las pestañas (Cl, DI) de las dos paredes (C, en las ranuras laterales (Bl) de la base (B) . This device is suitable for education, research, entertainment, film, video, television, and photography producers, 3D video game programmers and applications for mobile terminals, telephone companies, marketing companies and in general for any leisure related sector 3D audiovisual; with contents or to all public; Uvenil Infant and adult. For mounting viso c; figure 8; we proceed to introduce the tabs (Cl, DI) of the two walls (C, in the lateral grooves (Bl) of the base (B).

Sobre la misma base (B) situaremos las lentes introduciendo sus pestañas (C52) en las ranuras (B2) de base (B) . On the same base (B) we will place the lenses by inserting their eyelashes (C52) into the grooves (B2) of base (B).

Seguidamente procederemos a colocar la primera pantalla (F) que sujetará el dispositivo móvil, haciendo coincidir sus pestañas (F3) con las ranuras (B3) de la base (B) . Then we will proceed to place the first screen (F) that will hold the mobile device, matching its tabs (F3) with the grooves (B3) of the base (B).

Ahora posicionaremos el dispositivo portátil personal sobre la base (B) y pegado a la pantalla (F),, por la parte posterior del dispositivo personal portátil y eligiendo sobre que ranuras (B4) vamos a posicionar la tapa o pared frontal (E) ; lo cual depende del grosor del dispositivo y que sujetará este a nuestro visor. Now we will position the personal portable device on the base (B) and glued to the screen (F) ,, by the back of the portable personal device and choosing on which slots (B4) we will position the cover or front wall (E); which depends on the thickness of the device and which will attach this to our viewfinder.

Para cerrar el visor posicionamos la tapa superior (A) sobre las pestañas del conjunto. To close the viewfinder we position the top cover (A) on the tabs of the set.

Una vez posicionada la tapa (A) sujetamos el conjunto y deslizamos los laterales (C, D) hacia las lentes (G) . Y la tapa frontal (E) la deslizamos hacia la derecha según indican las flechas de la figura 9. Once the cover (A) is positioned, we hold the assembly and slide the sides (C, D) towards the lenses (G). And the front cover (E) is slid to the right as indicated by the arrows in figure 9.

Quedando asi todo el visor cerrado y estable, pudiendo posicionar y sacar el dispositivo personal portátil por los laterales, disponiendo también del espacio necesario para las salidas y entradas de audio y datos de la mayoría de los dispositivos personales portátiles, como se ve en la figura 10. Thus, the entire viewfinder is closed and stable, being able to position and remove the portable personal device from the sides, also having the necessary space for the audio and data outputs and inputs of most portable personal devices, as shown in the figure 10.

ANTECEDENTES DE LA INVENCIÓN BACKGROUND OF THE INVENTION

Son conocidas las gafas anaglíficas rojas-azules y las lentes para ver imágenes tridimensionales tipo "vista cruzada" o "visión en paralelo"; para la visualización de contenidos estereoscópicos; pero hasta ahora no se habían aplicado estas técnicas en dispositivos personales portátiles . Red-blue anaglyphic glasses and lenses for viewing three-dimensional images such as "cross sight" or "parallel vision" are known; for the visualization of stereoscopic contents; but so far these techniques had not been applied in portable personal devices.

Claims

Stereoscopic for portable devices mobile phones, media players digital cameras and video game consoles

2 Stereoscopic viewer for personal portable devices according to claim 1, characterized in that said assembly is removable and suitable for marketing and for sending by ordinary mail.

3 Stereoscopic viewer for personal portable devices according to claim 1, designed to be used in countless devices, regardless of their dimensions.

4 Stereoscopic viewer for personal portable devices according to claim 2, can be customized with the graphics provided by the customer.

5 Stereoscopic viewer for personal portable devices, having no mechanisms, or electronics, not needing manipulation in its manufacture and at the low price of its materials, offers a very economical way to view stereoscopic 3D multimedia content.

6 Stereoscopic viewfinder for personal portable devices, which thanks to its holes can be mounted on a tripod or by straps fasten it to the head.

7 Stereoscopic viewfinder for personal portable devices, the lenses can be manufactured in different focal points to be used both in devices with normal screen to see "parallel view" images or in devices with autostereoscopic screen.

8 Stereoscopic viewfinder for personal portable devices according to claim 1, depending on the size of the screen of the inserted device will offer the same feeling as watching a TV of more 47 "3D at 3 meters away.

9 Stereoscopic viewer for personal portable devices according to claim 8, according to the multimedia characteristics of the inserted devices, this may act as a stereoscopic 3D player for photography, video, webcam, video games, augmented reality and virtual reality.