JP2018076773A - Processing method and product to allow stereoscopic recognition of planar image - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a stereoscopically recognizable image in which, upon seeing an image, a character, a shape, or a picture, etc., of a curve surface, a stereoscopic surface, a textured surface, a step surface, an oddly-shaped surface, or a planar surface with eyes or through a lens from several directions or from a distance, a part of or the entire image and the like of the curve surface, the stereoscopic surface, the textured surface, the step surface, the oddly-shaped surface, or the planar surface looks stereoscopic, protruded, or raised, etc.SOLUTION: A shading is applied to an image, a character, a shape, or a picture, etc., of a stereoscopically recognizable image in which, upon seeing an image, a character, a shape, or a picture, etc., of a curve surface, a stereoscopic surface, a textured surface, a step surface, an oddly-shaped surface, or a planar surface, and a part of or the entire perimeter of the image, the character, the shape, or the picture, etc., of the curve surface, the stereoscopic surface, the textured surface, the step surface, the oddly-shaped surface, or the planar surface including the applied shade is cut to use by a tool such as scissors or various software so that a part of or the entire image and the like of the curve surface, the stereoscopic surface, the textured surface, the step surface, the oddly-shaped surface, the planar surface becomes a stereoscopically recognizable image such as stereoscopic, protruded, or raised, etc., upon seeing with eyes or through a lens from several directions or from a distance.SELECTED DRAWING: Figure 3

Description

The present invention has a curved surface, a solid surface, an uneven surface, a step surface, a deformed surface, a surface on which a character, a picture, an image, etc. are drawn / displayed in a three-dimensional shape The present invention relates to a processing method and a product for three-dimensional recognition of a three-dimensional surface, an uneven surface, a step surface, an irregular surface, and a flat image.

  Currently, there are methods to make objects and characters shadowed with PC software and make them appear stereoscopic, and there are methods that use and apply them, methods to make them appear floating in the air, NHK weather forecast shadowed Japan maps, etc. When the image is placed on a flat surface or a three-dimensional surface, or when viewed at an angle / distance, the image cannot be seen in three-dimensional or upright.

  There are methods and products that use a wrench killer lens or the like so that a planar image looks three-dimensional or pops out, but it lacks accuracy due to long-term visual fatigue, illusion, and viewing angle.

  There are tricks, etc., but they look as if they are three-dimensional through the camera lens, etc., and the naked eye cannot see images such as three-dimensional images, popping out, and getting up.

  Although there are some ideas to make the screen and images appear solid, pop out, get up, etc. by wearing special glasses like 3D TV and movies, in actual flat images etc., images without special glasses are solid, pop out, get up, etc. Cannot show or use by using special glasses.

  Japanese Patent Publication No. 2012-83687 discloses a lens effect by placing a water tank containing water in front of a naked-eye 3D display as described in the solution means.

  As disclosed in Japanese Patent Publication No. 2001-290432, a three-dimensional print band for reproducing a three-dimensional image is provided on the surface of a plate body. It is possible to secure a large presence in portrait photography.

  As disclosed in Japanese Patent Laid-Open No. 10-239635, a three-dimensional stereoscopic image is provided in a small aerial body in spite of being looked at with one eye.

  Japanese Patent Publication No. 2009-25581 discloses a method of printing a stereoscopic image on a lenticular killer lens.

  As described in Japanese Patent Laid-Open No. 8-329275, in a stereoscopic image display program that displays two parallax images side by side, an operation such as displaying another image while performing a stereoscopic view is performed. .

  Japanese Patent Publication No. 2001-270300 discloses a three-dimensional hairline forming method and apparatus for drawing a hairline so that it appears three-dimensionally on the surface of a metal plate as described in the object.

  Japanese Patent Publication No. 2002-29198 discloses a design effect having a three-dimensional effect on a conventional transfer foil.

  Japanese Patent Publication No. 2003-140086 is a stereoscopic image display device without glasses.

  Japanese Patent Publication No. 2014-151444 relates to an image forming body that can be manufactured at low cost by tilting the image forming body with respect to a light source and a method for producing the same, as described in the subject.

  Japanese Patent Publication No. 2013-193434 discloses an image or oil painting with a height difference like a three-dimensional image on a formed image surface as described in the subject. Printed matter, printing method, and image forming apparatus for preventing warping of recording medium Is to provide.

Japanese Patent Publication No. 2012-83687 Japanese Patent Publication No. 2001-290432 Japanese Patent Laid-Open No. 10-239635 Japanese Patent Publication No. 2009-25581 JP-A-8-329275 Japanese Patent Publication No. 2001-270300 Japanese Patent Publication No. 2002-29198 Japanese Patent Publication No. 2003-140086 Japanese Patent Publication No. 2014-151444 Japanese Patent Publication No. 2013-193434 PC software 3D shadow creation and created image http: // www. dougamanual. com / blog / 164/982 / e4916. html http: // www. vector. co. jp / soft / win95 / art / se055315. html http: // www. gifu-net. ed. jp / kyoka / rika / risu-tebiki / 32/6 surid. pdf https: // www. youtube. com / watch? v = rLqy-vy9L2k

Three-dimensional and pop-up images with conventional wrench killer lenses, images created and created by various software 3D shadows, trick images that appear three-dimensionally through the lens, and 3D images viewed through glasses. Solves the problem that it is difficult to directly recognize three-dimensional images by tilting the image forming body with respect to the product, member, or light source, or by drawing or printing an image or oil painting with a difference in height such as a three-dimensional image on the formed image surface. In order to obtain a curved surface, solid surface, uneven surface, stepped surface, irregular surface, flat surface image, text, shape, photograph, etc.・ A part or the whole of a deformed surface / planar image or the like is converted into a three-dimensional recognition image such as three-dimensional, popping out, and rising.

In order to achieve the above object, a shadow is added to a curved surface, solid surface, uneven surface, step surface, irregular surface, plane image, text, shape, photograph, etc., and the curved surface, solid surface, Uneven surface, stepped surface, irregular surface, planar image , text, shape, photograph, etc. Cut out with a proper tool such as scissors or various software so that a part or the whole of the surface / plane image becomes a three-dimensional recognition image such as three-dimensional image, popping out, and getting up.

  Of course, it is not necessary to cut out the entire circumference or part of the circumference of the curved surface, solid surface, uneven surface, step surface, irregular surface, flat image, text, shape, photograph, etc., curved surface, solid surface, uneven surface Cut or process a part or the whole of a surface, stepped surface, irregular surface, flat image, text, shape, photograph, etc., into a recognition image such as a solid, popping up, rising, etc. through visual observation or a lens from several angles or distances To do.

In addition, the above-mentioned purpose cannot be achieved by placing or printing a curved surface, solid surface, uneven surface, uneven surface, step surface, irregular surface, flat surface image, text, shape, photo, etc. with a shadow added. Divide part or all of curved surface, solid surface, uneven surface, step surface, deformed surface, flat image, text, shape, photo, etc. into several stages, place, overwrite print, combine, attach to member, shadow・ Curved surface, solid surface, uneven surface, step surface, irregular surface, flat image, text, shape, photo, etc. Curved surface, solid surface, uneven surface, step surface, irregular surface, flat image, character, shape, photo, etc. through part or whole number direction angle and distant from the visual or camera lens, Ru combined so as to recognize the image, such as a rise-pop stereoscopic-.

  To achieve the purpose, curved surface, solid surface, uneven surface, step surface, irregular surface, plane image, character, shape, photograph, part or whole of expression work, shadow, image to add, character, shape, photograph, Reduce / enlarge / deform / image quality etc. so that a part or the whole of the expression work becomes a 3D recognition image.

  Also, curved surface, solid surface, uneven surface, step surface, irregular surface, plane image, character, shape, photograph, part of the expression work, shadow, image to be added, character, shape, photograph, expression work part Or cut out the whole and process it into a three-dimensional object, and use the three-dimensional object as a curved surface, three-dimensional surface, uneven surface, step surface, deformed surface, or planar image by drawing, photographs, etc.

  For example, installing plane images and products of police officers and security guards created by this method on pedestrian crossings, roads, and in nighttime stores can be effective for traffic safety and theft prevention. It is not dangerous and does not serve as a hiding place for intruders.

  A schematic plan view of a shaded entry prevention pole taken in a photograph.   The schematic plan view cut out so that it may become a recognition image, such as a solid, a pop-out, and getting up, with a shadowed entrance prevention pole.   A schematic plan view of a shadowed entry prevention pole cut out to form a recognition image of solid, jumping out, getting up, etc. and placed on a pedestrian crossing.   The schematic plan view in which the entrance prevention pole image on the pedestrian crossing rises up and looks like a three-dimensional image from several angles and from a distance or through a camera lens.

  Adds a shadow to a curved surface, solid surface, uneven surface, stepped surface, irregular surface, flat image, text, shape, photograph, etc., and includes the added shadow curved surface, solid surface, uneven surface, step surface, irregular surface・ Surface image, text, shape, photograph, etc., or a part of the entire circumference can be seen from several angles or distances or through a camera lens, curved surface, solid surface, uneven surface, step surface, irregular surface, planar image, etc. Cut or process so that a part or all of the image becomes a recognition image such as solid, popping out, rising, etc., so that it becomes a recognition image such as solid, popping out, rising, etc.Overwrite printing, combining, pasting on a member, shadow, Curved surface, solid surface, uneven surface, stepped surface, irregular surface, flat image, text, shape, photo, etc. each of curved surface, solid surface, uneven surface, step surface, irregular surface, flat image, character, shape, photo, etc. Part or cut out, or above Use products and member using the.

  Take a photo of the shaded entry prevention pole as shown in Fig. 1 and cut out the shaded entry prevention pole so that it becomes a recognition image such as solid, popping up, getting up, etc. as shown in Fig. 2, and on the pedestrian crossing as shown in Fig. 3 As shown in FIG. 4, the intrusion prevention pole image rises up and looks three-dimensionally, either visually or through a camera lens from several angles or distances as shown in FIG.

  For example, installing plane images and products of police officers and security guards created by this method on pedestrian crossings, roads, and in nighttime stores can be effective for traffic safety and theft prevention. It is not dangerous and does not serve as a hiding place for intruders.

It can also be applied to and used in many parts such as construction equipment, paving equipment, paper supplies, sheets , adhesive or adhesive members, plastic, rubber, and glass.

1 Shaded entry prevention pole photo / image / picture.
2 Ingress prevention pole photo / image.
3 Ingress prevention pole shadow photo / image.
4 Crosswalk.
5 An entrance prevention pole photo / image that was raised up and looked stereoscopically from multiple angles and from a distance or through a camera lens.

Claims (3)

From the photo of the 3D recognition object and the shadow and background,
3D recognition object and shadow were cut out,
A product having or including a stereoscopic recognition image of a planar image. From the photo of the 3D recognition object and the shadow and background,
3D recognition object and shadow were cut out,
A sheet having or including a stereoscopic recognition image of a planar image. From the photo of the 3D recognition object and the shadow and background,
3D recognition object and shadow were cut out,
From a product that has or includes a three-dimensional recognition image of a flat image or a three-dimensional recognition object and a photograph of a shadow and a background part,
3D recognition object and shadow were cut out,
A member having or including a sheet having or including a stereoscopic recognition image of a planar image.