KR20210014840A - EDU 3D holographic image module kit - Google Patents

Abstract

The present invention relates to a folding ticket structure enabling viewing of stereoscopic holograms, wherein the structure of a ticket for admission to events such as movies, performances, and events comprises: a paper ticket unit (100) including a ticket residual unit (110) and a ticket removal unit (120) which is a part cut and removed to form the ticket residual unit, wherein the ticket residual unit includes a bottom unit (111) forming a rectangular bottom surface, at least two film unit fixing grooves (111a) formed at the bottom part and perforated so as to be fitted and fixed, and a column unit (112) forming side surfaces of four sides of the bottom part; a film residual unit including an image projection unit (211) which is coupled to four triangles to form a quadrangular pyramid or a shape in which the vertices of a quadrangular pyramid are cut off, and a film fixing unit (211a) which is to be fitted into and fixed to the film unit fixing grooves (111a); and a transparent material film unit (200) including a film removal unit (220), which is a part cut and removed to form a film residual unit. The film fixing unit (211a) is fitted into the film unit fixing grooves (111a), and thus the image projection unit (211) forms a shape in which a quadrangular pyramid or the vertex of a quadrangular pyramid or is cut off. By projecting an image of the four surfaces reflected by placing a display device at the column unit (112) to provide a holographic effect, stereoscopic images related to events such as movies, performances, and events can be conveniently enjoyed.

Description

Educational holographic image module kit {EDU 3D holographic image module kit}

[0001] The present invention relates to an educational holographic image modal kit, and when one key is purchased in more detail, the depth object inside the kit is three-dimensionally directed, and the back side creates an invisible optical illusion. It also relates to an educational holographic video module kit that can utilize various experiences that reflect light, stimulate curiosity, increase creativity, and multiply the effect of scientific experience.

[0002] As image technologies including contents and displays according to the recent 4th industrial revolution are developed, demands for images with a sense of reality such as 3D stereoscopic images are increasing, and education and each field, that is, museums, Demand is gradually increasing in performance halls, theme parks, art industries, automobiles, and medical industries.

[0003] Accordingly, the demand for a device for displaying a 3D image is increasing, and a 3D image technology has been proposed through movies to meet the needs of such a society. As such technology, a technology using virtual reality, that is, holography It is a technology that implements a 3D image using technology.

[0004] In general, the reason that we can see an object in a plane mirror reflection is because light reflected from the object enters our eyes.

[0005] A method of viewing a virtual image is a method of viewing while wearing 3D glasses. As another method, a technique for recording and reproducing a stereoscopic image to which a holographic technique is applied is a method of implementing a holographic image in a space by using a holography technique. Currently, holography technology is only used for exhibitions using holograms and holograms installed in museums.

[0007] [Patent Document 1] 1018054420000 (2017.11.30) [Patent Document 2] 1017251990000 (2017.04.04) [Patent Document 3] 1020180085248 (2018.07.26)

[0008] The present design is to solve the above-described problem, and the object of the present design is to form an admission ticket into a transparent film part and a paper ticket part, and to form a transparent film part in a shape where the vertices of a square pyramid or a square pyramid are cut off. , It provides a ticket structure that allows users to see images of different slopes of the same scene by projecting different images on each side by inserting and fixing them on the bottom surface of the paper ticket and placing a display device through the side pillars of the bottom surface. Have.

[0009] In order to solve the above problems, the folding ticket structure capable of enjoying a three-dimensional hologram according to the present invention is formed at least two on the bottom portion and the bottom portion forming a square-shaped bottom surface to be fitted and fixed. A paper ticket part including a ticket removal part that is cut and removed to form a perforated film part fixing groove, a post part forming the four sides of the bottom part, and four triangles are combined to form a square pyramid. Or the image projection part forming a shape where the vertices of the square pyramids are cut off, the film remaining part including a film fixing part for inserting and fixing the film part fixing groove, and a film removal part which is cut and removed to form the film remaining part It is configured to include a film portion of a transparent material including.

[0010] The present invention as described above consists of a paper ticket and a transparent film for admission tickets for events such as movies, performances, education or experience events, and the transparent film in a shape where the vertices of a square pyramid or a square pyramid are cut off. By forming and fixing it on a paper ticket, and projecting different images on each side through a display device, different images of the same scene can be provided according to the viewing point of view, thereby providing a three-dimensional effect. Through this, it is possible to provide a three-dimensional holographic image related to performances, and thus a high promotion effect can be expected.

1 is a plan view of a ticket according to the present invention
2 is a view for explaining the steps of assembling a ticket according to the present invention
3 is a view for explaining a structure in which tickets are combined according to the present invention
Figure 4 is a view for explaining the usage of the ticket according to the present invention
5 is a view for explaining an embodiment of a ticket according to the present invention

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a plan view of a ticket according to the present invention. The admission ticket is composed of a film part 200 made of a transparent film and a paper ticket part 100 made of a thick paper material. The paper ticket part includes a bottom part 111 forming a square bottom surface, a film part fixing groove 111a which is formed at least two on the bottom to be fitted and fixed, and a column part forming the side surfaces of the four sides of the bottom part It includes a ticket residual portion 110 including 112 and a ticket removing portion 120 which is a portion to be cut and removed to form the ticket residual portion. The pillar part 112 has a structure in which a corresponding side of the side surface is opened so that an image of the four sides reflected by the image projection unit 211 can be enjoyed. In addition, the pillar portion 112 includes a pillar fixing groove 112a that is perforated to be fitted and a pillar fixing portion 112b having a protruding shape for fitting. The film part 200 includes an image projection part 211 in which four triangles are combined to form a shape in which the vertices of a square pyramid or a square pyramid are cut off, and a film fixing part 211a for fitting and fixing the film part fixing groove 111a. It is configured to include a film remaining portion 110 and a film removing portion 220 that is a portion to be cut and removed to form the film remaining portion. It corresponds to the removal units 120 and 220, which are spaces in which the hatched portions are cut and removed in the drawing.

Figure 2 is a view for explaining the steps of assembling the ticket according to the present invention. After removing the film removing part of the film part, the remaining film remaining part 210 is folded into a shape where the apex of a square pyramid is cut off and stood <a>. The paper ticket part also removes the ticket removal part and assembles the ticket remaining part 110. By erecting the column part 112, the column fixing part adjacent to each column fixing groove is inserted to maintain the standing state. It is a structure in which the film fixing part 211a of the film part can be inserted into the film part fixing groove 111a.

Figure 3 is a view for explaining the structure of the combined ticket according to the present invention. The paper ticket part and the film part are fixed by inserting and fixing the film remaining part 210 in the film part fixing groove 111a of the ticket remaining part 110 in which the shape or upper part of the standing hexahedron is opened and the corresponding side of each side is open. Are combined.

Figure 4 is a view for explaining how to use the ticket according to the present invention. When a three-dimensional image to be provided on a display device 300 such as a smartphone is reproduced on each of the four sides and placed on the pillar of the paper ticket portion, it is projected on each side of the image projection unit and viewed through the open space of the pillar. You will be able to.

Figure 5 is a view for explaining an embodiment of the ticket according to the present invention. Different images are projected on the four surfaces of the image projection unit 211 through the display device 300. Corresponding surfaces of the four sides of the pillar part 112 of the ticket remaining part 110 are opened so that the image reflected on the image projection part can be viewed, so that different images of the same scene can be viewed from the four directions. Through this, the viewer of the image can feel the stereoscopic effect from the image provided differently in each direction, thereby providing a 3D hologram effect.

[0018] Although a preferred embodiment for a folding ticket structure capable of enjoying a three-dimensional hologram according to the present invention has been described, the present invention is not limited thereto, but various within the scope of the claims and the detailed description of the invention and the accompanying drawings It is possible to perform by transforming into branches, and this also belongs to the present invention.

[0019] 100: paper ticket unit
110: ticket remaining part
111: bottom
111a: film part fixing groove
112: pillar
112a: Column fixing groove
112b: column fixing part
120: ticket removal unit
200: film part
210: film remaining portion
211: image projection unit
211a: Film fixing unit
220: film removal unit
300: display device

Claims (3)

In the structure of tickets for admission to events such as movies, performances, and events,
A bottom portion 111 forming a square bottom surface, a film portion fixing groove 111a that is formed at least two in the bottom portion to be fitted and fixed, and a column portion 112 forming side surfaces of the four sides of the bottom portion. A paper ticket part 100 including; and a ticket remaining part 110 including a ticket remaining part 110; and a ticket removing part 120 which is a part that is cut and removed to form the ticket remaining part; and
The film remaining part (211) including an image projection part 211 which is combined with four triangles to form a shape in which the vertices of a square or square pyramid are cut off, and a film fixing part 211a for fitting and fixing the film part fixing groove 111a. 110); and forming the remaining film
In order to cut and remove the film part 220, which is a part to be removed, the film part 200 of a transparent material including; including, inserting the film fixing part 211a into the film part fixing groove 111a, The image projection unit 211 forms a shape in which the vertices of a square pyramid or a square pyramid are cut off, and a display device is mounted on the pillar unit 112 to project images on four sides to be projected to provide a holographic effect, Foldable ticket structure that allows viewing of 3D holograms, characterized by easy viewing of 3D images related to events such as performances and events The three-dimensional hologram viewing of claim 1, wherein the pillar part 112 has a structure in which the corresponding side of the side is open so that the image of the four sides reflected by the image projection part 211 can be viewed. Foldable ticket structure possible The three-dimensional hologram appreciation of claim 1, wherein the pillar portion 112 includes a pillar fixing groove 112a that is perforated to be inserted; and a pillar fixing portion 112b having a protruding shape for fitting. Foldable ticket structure possible

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