JP2018055081A - Performance device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a performance device which can acquire a colored light with a simple structure and easily change the colored light by change of a coloring part of a coloring plate.SOLUTION: A light source 7 is arranged in a box-shaped frame 1, and a display board 10 is arranged in the vicinity of an opening 4, the display board 10 is classified into a transmission part 13 and a non-transmission part 14, and has on a center part, a display part 15 for displaying an information content such as information transmission characters and a decorative pattern. A reflection board 20 is arranged between the display board 10 and the light source 7, on the light source 7 side of the display board 10, a coloring plate 30 is arranged between the display board and the reflection board 20, the coloring plate 30 is arranged so that, a coloring part 35 is directed to the light source 7 side, for forming a performance device 40. A part of a light of the light source 7 is transmitted in the transmission part 23 of the reflection board 20, reaches the coloring plate 30, reflected on the coloring part 35, so that the colored light is reflected again on a reflection surface 25 of the reflection board 20 and reaches the display board 10, so that the information formed on the display part 15 can be visually recognized as colored information (a). The reflection board 20 can be provided on an opposite side of the light source 7 (b).SELECTED DRAWING: Figure 1

Description

  The present invention relates to an effect device that displays information contents (characters, paintings, patterns, etc.) displayed on a display board by a light source.

  In an apparatus in which a light source is applied from behind a display board displaying information content to clearly indicate the information content, it may be required to display different colors on the information content. In this case, for example, there has been proposed a method of controlling individual LEDs with a control circuit using a large number of RGB three primary colors LEDs (Patent Document 1). In addition, a colored portion is formed by coloring one color on the side surface of the glass plate displaying the information content, and a plurality of colored portion glass plates colored with different hues are stacked, and information is obtained from a single color light source in a number of colors. A method of clearly indicating the contents has been proposed (Patent Document 2).

JP 2009-163149 A Registration Utility No. 3034004

  When the conventional RGB three primary color LEDs are used, it is easy to change the color, but a large number of RGB three primary color LEDs and a control circuit are required, resulting in a complicated and expensive problem. In addition, when forming a colored portion on the side of a conventional glass plate, the information content must be divided by color and expressed on each glass plate, and a large number of glass plates are required depending on the color. There was a problem that the information on the glass plate could not be clearly shown.

  The present invention solves the above-mentioned problem because the chromatic plate is arranged on the back side of the display plate for displaying information contents and the reflecting plate is arranged on the light source side of the chromatic plate.

That is, the present invention is an effect device characterized in that the information content is represented by a light source and is configured as follows.
(1) A display unit in which a display unit that displays the information content is disposed at a direct or indirect irradiation destination of the light source, and the display unit transmits light to transmit the display content. It was set as the structure which can be visually recognized.
(2) Coloring means is disposed between the display means and the light source, and the coloration means has a transmission part that can transmit light, and at least a coloration surface is formed on the light source side surface.
(3) Reflecting means for reflecting the contents of the chromatic surface and irradiating the display means side is disposed on the light source side of the chromatic means.

According to another aspect of the present invention, there is provided an effect device characterized in that information contents are expressed by a light source arranged in a box-shaped frame and configured as follows.
(1) In the frame, a display unit that forms a display unit that displays the information content is disposed at a direct or indirect irradiation destination of the light source, and the display unit transmits light. Thus, the display contents can be visually recognized, and an outer periphery transmitting portion is formed on the outer periphery of the display means.
(2) In the frame, between the light source and the display plate, a reflection unit having a transmission part capable of transmitting light and having a reflection surface on the display unit side is arranged.
(3) In the frame, a chromatic plate is disposed between the display plate and the reflecting means, and the chromatic plate has a non-transmissive portion that does not transmit light and a transmissive portion that can transmit light. A chromatic surface is formed at least on the light source side in the non-transmissive portion.

Moreover, in the above, the present invention is characterized by having the following configuration.
(1) The coloring means is in close contact with the light source side of the display means.
(2) The coloring means is formed by partitioning a transmissive portion and a non-transmissive portion, a chromatic surface is formed in the non-transmissive portion, and the non-transmissive portion is formed so as not to overlap the display portion of the display panel.

Moreover, in the above, the present invention is characterized by having the following configuration.
(1) The non-transmission part of the display unit, the non-transmission part of the reflection unit, and the frame are configured so that the transmission unit and the light source of the reflection unit cannot be seen from the display unit and the outer peripheral transmission unit of the display unit.

Further, another invention is an effect device characterized in that the information content is expressed by a light source and is configured as follows.
(1) The display means is disposed at the irradiation destination of the light source and directly or indirectly.
(2) The coloring means is disposed at the irradiation destination of the light source, directly or indirectly, and the coloring means forms a coloring surface on the surface on the light source side.
(3) The coloring means is formed so as to have a function of receiving irradiation from a light source on the coloring surface, reflecting the information on the coloring surface, and irradiating the display means.

Moreover, in the above, the present invention is characterized by having the following configuration.
(1) A display means is arranged between the light source and the coloring means.
(2) The light from the light source passes through the opening formed in the display means or the edge of the display means, reaches the chromatic surface of the chromatic means, and the light reflected by the chromatic surface of the display means The arrangement reached the display surface.

  In the above, the display plate, the reflection plate, and the coloring plate can be divided into a transmissive portion and a non-transmissive portion, in addition to a plate material (soft or hard) having a certain thickness, a thin resin film, a coating layer having the function, etc. Can be configured.

  In addition, the display board in the above is usually configured by previously forming “information to be displayed” and “ground around the information” with a transmissive portion or a non-transmissive portion and applying light from a light source. Is displayed. In this case, it is arbitrary whether “information to be displayed” is a transmissive portion or a non-transmissive portion.

  In addition, the display board is not divided into a transmission part and a non-transmission part, and the whole is made transparent, or the whole is made non-transparent, and information formed by other members (for example, coloring plates) is displayed on the surface of the display board. It can also be displayed.

  In addition, the “direct or indirect irradiation destination” in the above includes a case where the light from the light source is directly applied to the display plate and a case where the light is indirectly irradiated after being reflected or transmitted.

  This invention arrange | positions the display board which formed the display part in the irradiation destination of a light source, arrange | positions the coloring board which has a coloring surface and a permeation | transmission part between a display board and a light source, and reflects on the light source side of a coloring board Because the board was placed. Colored light applied to the color plate is transmitted from the display portion of the display plate, and colored light can be obtained with a simple structure. Moreover, colored light can be easily changed by making the chromatic surface of a chromatic board into a different chromatic color.

(A) (b) represents sectional drawing explaining the principle (embodiment) of the production | presentation apparatus of this invention. In the embodiment of this invention, the longitudinal cross-sectional view explaining the permeation | transmission part and non-permeation | transmission part of each board is represented. In the first embodiment of the present invention, (a) is a perspective view and (b) is a longitudinal sectional view. The component block diagram of 1st Example of this invention is represented. In the second embodiment of the present invention, (a) is a perspective view and (b) is a longitudinal sectional view. The component block diagram of 2nd Example of this invention is represented. In the third embodiment of the present invention, (a) is a component configuration diagram, (b) is a perspective view, and (c) is a longitudinal sectional view. In the third embodiment of the present invention, a longitudinal sectional view is shown. In the fourth embodiment of the present invention, (a) is a perspective view, (b) is an external view from the bottom side, (c) is a plan view, and (d) is an AA cross-sectional view of (b). . The longitudinal cross-sectional view of Example 4 of this invention is represented. The perspective view is represented by Example 5 of this invention. In Example 5 of this invention, the schematic vertical end view is represented. In Embodiment 6 of the present invention, (a) is a perspective view and (b) is an exploded perspective view. In Embodiment 6 of the present invention, (a) is a plan view, (b) is a front view, (c) is a right side view, and (d) is a B view in (a). In Embodiment 7 of the present invention, (a) is an exploded perspective view, (b) is a front view, and (c) is a right side view.

  An embodiment of the present invention will be described with reference to FIGS.

1. First Embodiment (FIG. 1 (a))

(1) A light source 7 is disposed in the vicinity of the bottom plate 3 of the box-shaped frame 1 having the bottom plate 3 and the side plate 2 and having an opening 4 on one surface, and a display plate 10 is disposed in the vicinity of the opening 4. The light source 7 is directed to the display panel 10 side (opening 4 side), and the light source is usually composed of LEDs, but is optional depending on the use situation.

(2) The display panel 10 has a surface on the opening 4 side as one surface 11 and a surface on the light source 7 side as another surface 12.
The display plate 10 is made of a plate-like material and is divided into a transmission part 13 that transmits light from the light source 7 and a non-transmission part 14 that cannot transmit light from the light source 7. The transparent portions 13 and 13 of (part) are set as display portions 15 and 15 that display information contents such as information transmission characters and decorative patterns.
Further, the display panel 10 has a transmissive portion 13 formed on the outer peripheral side, and serves as an outer peripheral transmissive portion 16 (transmissive portion 13).
Further, when the plate-like material is formed of a transparent material that transmits light from the light source, the other surface 12 side is mainly covered with a non-transmissive film or film at a portion other than the display unit 15. Alternatively, when the plate-like material is formed of a non-transparent material, the transmission part 13 (display part 15) fills the through hole with a transparent material capable of transmitting light in a stencil-shaped information content. Alternatively, the opening edge of the through hole can be covered with a transparent material (such as a film) that can transmit light. The outer permeation | transmission part 16 is also the same structure.

(3) The reflective plate 20 is disposed between the display plate 10 and the light source 7 with a certain distance from the display plate 10. The reflection plate 20 is divided into a transmission portion 23 that can transmit light and a non-transmission portion 24 that cannot transmit light, and a light source is formed on one surface 21 (display plate 10 side, opening 4 side) of the reflection plate 20. The reflection surface 25 that reflects the light from 7 is formed. The reflective surface 25 may also be formed on the other surface 22 (on the light source 7 side) of the non-transmissive portion 24.
Further, the transmissive part 22 may be formed in a shape corresponding to the shape pattern of the display part 15 of the display board 10, or small through holes may be continuously formed, or formed so as to represent some pattern. You may do it.
The formation of the transmissive portion 23 and the non-transmissive portion 24 of the reflection plate 20 is the same as the configuration of the transmissive portion 13 and the non-transmissive portion 14 of the display panel 10.

(4) The coloring plate 30 made of a plate-like material is disposed between the other surface 12 (the light source 7 side) of the display plate 10 and the reflection plate 20. The coloring plate 30 has one surface 31 (display plate 10 side) in close contact with the other surface 12 of the display plate 10, and the other surface 32 (reflecting plate 20 side, light source 7 side) is spaced a predetermined distance from the reflecting plate 20. Be placed.
The coloring plate 30 is divided into a transmission part 33 that transmits light from the light source 7 and a non-transmission part 34 that does not transmit light from the light source 7, and the non-transmission part 34 includes the display unit 15 (transmission part) of the display board 10. 13) is configured so as not to overlap. Further, the non-transmissive portion 35 is formed with a coloring portion 35 on the other surface (reflecting plate side, light source side) 32, and the coloring portion 35 corresponds to information contents such as a pattern of the display portion 15 of the display plate 10. , Can be any color.
The coloring plate 30 can be handled easily if the plate-like material is formed as a thin film or film, and is bonded to the other surface 12 of the display board 10 so as to be integrated, and the thickness of the frame 1 (from the display board 10 to the bottom plate) becomes easy. (Length up to 3) can be made thin. In addition, the coloring plate 30 is arranged so that the plate-like material is in the form of a film having a certain thickness or a plate shape so as to be along the other surface 12 side of the display plate 10 without being bonded to the display plate 10. For example, the coloring plate 30 having various coloring portions 35 can be exchanged and used according to the season and the environment of the installation location.

(5) In this case, “the amount of protrusion of the front edge 2a of the side plate 2 of the frame 1 from the one surface 11 of the display plate 10” “the position and shape of the outer peripheral transmitting portion 16 of the display plate 10 of the bulletin board (= non-transmitting portion 14 ”,“ the position and shape of the transmissive portion 23 of the reflecting plate 20 (= the position and shape of the non-transmissive portion 24) ”from the one surface 11 side of the display plate 10“ the outer peripheral transmissive portion 16 of the display plate 10 ”. In addition, the “transmission part 23 and the light source 7 of the reflecting plate 20” are arranged so that they cannot be seen through the display part 15 ”(FIG. 2).
For example, the configuration is as follows. An outer peripheral non-transmissive portion 24 </ b> A is provided on the outer peripheral side of the reflecting plate 20. Further, on the outer peripheral side of the display panel 10, a line Y (from 2a to the inner side) connecting the outer peripheral edge 14a of the non-transmissive part 14 (= the inner peripheral edge of the outer peripheral transparent part 16) and the inner peripheral edge 24a of the outer peripheral non-transmissive part 24A. Is formed so as not to protrude from the upper edge 2a of the side plate 2 of the frame 1 (contains in the side plate 2) (FIG. 2). Further, the light source 7 does not exist in the vicinity of the line Z connecting the inner edge 14a of the non-transmissive portion 14b of the display panel 10 and the outer edge 24a of the non-transmissive portion 24 of the reflecting plate 20 to the outer peripheral side reaching the bottom plate 3. (FIG. 2).

(6) The rendering device 40 is configured as described above (FIG. 1A).

(7) In the effect device 40, when the light source 7 is caused to emit light, a part of the light of the light source 7 is transmitted through the transmission part 23 of the reflection plate 20 and reaches the coloring plate 30, and the coloring portion 35 of the coloring plate 30. Is reflected by the color of the chromatic portion 35 and reflected again by the reflecting surface 25 (non-transmissive portion 24) of the reflecting plate 20 (broken arrows in FIG. 1A). Further, the light passes through the transmission part 33 of the chromatic plate 30 and is transmitted outward from the display part 15 (transmission part 13) of the display board 10, and is on the opening 4 side (the one surface 11 side of the display board 10). To. A person who views the display unit 15 from the opening 4 side (the one surface 11 side of the display panel 10) can visually recognize the information content as if the information formed on the display unit 15 was colored light (broken arrows in the figure). FIG. 1 (a)). In this case, the reflecting surface 25 of the reflecting plate 20 and the coloring portion 35 of the coloring plate 30 are arranged at a distance (not in close contact), and further the reflecting surface 25 of the reflecting plate 20 and the display portion 15 of the display plate 10. Since there is a distance (not in close contact), the light colored by the coloring portion 35 of the coloring plate 30 reaches the display portion 15 lightly.
Further, there is also light that reaches the display unit 15 directly without being reflected by the chromatic part 35 of the chromatic plate 30 in the light of the light source 7, and the display on the display unit 15 is displayed brighter and lighter.

2. Second embodiment (FIG. 1B)

(1) In this embodiment, the configuration and position of the reflector 20 are different from those in the first embodiment.
A light source 7 is disposed in the vicinity of the bottom plate 3 of the box-like frame 1 having the bottom plate 3 and the side plate 2 and having an opening 4 formed on one surface, and a display plate 10 is disposed in the vicinity of the opening 4. The light source 7 is directed to the display panel 10 side (opening 4 side).

(2) The configuration of the display panel 10 is the same as that of the first embodiment.

(3) The reflection plate 20 is disposed between the light source 7 and the bottom plate 3 of the frame 1 with a certain distance from the display plate 10. That is, the light source 7 is disposed between the display plate 10 and the reflection plate 20.
The reflection plate 20 is composed only of a non-transmission portion 24 that cannot transmit light, and a reflection surface 25 that reflects light is formed on one surface 21 (the display plate 10 side, the opening 4 side, and the light source 7 side) of the reflection plate 20. To do. Further, the other surface 22 of the reflecting plate 20 is located near the bottom plate 3 of the frame 1.

(4) The coloring plate 30 made of a plate-like material is disposed between the other surface 12 (the light source 7 side) of the display plate 10 and the reflection plate 20. The configuration of the coloring plate 30 is the same as that in the first embodiment.

(5) The rendering device 40 is configured as described above (FIG. 1B).

(6) In this rendering device 40, when the light source 7 emits light, the light from the light source 7 reaches the color plate 30 and is reflected by the color of the color portion 35 when reflected by the color portion 35 of the color plate 30. The light is reflected, reaches the reflection surface 25 of the reflection plate 20, and is reflected again (broken arrow in FIG. 2A). Further, like the first embodiment, the light passes through the transmission part 33 of the coloring plate 30 and is transmitted outward from the display part 15 (transmission part 13) of the display plate 10. To the side (one surface 11 side of the display panel 10). A person who views the display unit 15 from the opening 4 side (the one surface 11 side of the display panel 10) can visually recognize the information content as if the information formed on the display unit 15 was colored light (broken arrows in the figure). FIG. 1 (a)). The visually recognized information content is the same as the light of the first embodiment.

3. Other embodiments

(1) In the above-described embodiment, the outer peripheral transmission part 16 is formed on the display board 10, but the outer peripheral transmission part 16 may be omitted (not shown).

(2) Moreover, in the said embodiment, in order to reach the light of the light source 7 to the display board 10 efficiently, the flame | frame 1 is comprised in the box shape which has the side plates 2 and 2 and the baseplate 3, and the display board 10, It is desirable that the coloring plate 30, the reflecting plate 20, and the light source 7 be enclosed and sealed. However, if the display plate 10, the coloring plate 30, the reflecting plate 20, and the light source 7 can be arranged at a predetermined interval, the configuration of the frame 1 is a frame shape or the like. (Not shown).
Further, the frame 1 can be omitted if the display plate 10, the color plate 30, the reflection plate 20, and the light source 7 can be arranged at predetermined intervals (not shown).

  A first embodiment of the present invention will be described with reference to FIGS.

(1) The frame 1 has a bottom plate 3 and a side plate 2 and has a box shape in which an opening 4 is formed on one surface. A light source 7 is disposed near the bottom plate 3 of the frame 1, and a display plate 10 is disposed near the opening 4. Deploy. The light source 7 is directed to the display panel 10 side (opening 4 side), and the light source is composed of LEDs.

(2) The display panel 10 is made of a transparent plate-like material, and is divided into a transmission part 13 that transmits light from the light source 7 and a non-transmission part 14 that cannot transmit light from the light source 7. The transmission parts 13 and 13 (parts other than the outer periphery) are formed as through-holes made of information transmission characters “XYZ” to form display parts 15 and 15. In addition, the display panel 10 has an outer peripheral transmission portion 16 on the outer peripheral side. Other than the display unit 15 and the outer peripheral transmission unit 16 constitute the non-transmission unit 14. The non-transmissive portion 14 is configured by stacking and adhering a non-obtrusive sheet of an inconspicuous color such as white or a non-transmissive sheet of black or the like on the surface of the display plate 10 on the light source 7 side.

(3) The reflection plate 20 is disposed between the display plate 10 and the light source 7. The reflection plate 20 forms a “XYZ” through-hole having the same shape as the display unit 15 of the display panel 10 in a non-transparent plate-like material to form a transmission unit 23 that can transmit light. The part other than the transmission part 23 becomes the non-transmission part 24. A surface on the display panel 10 side of the non-transmissive portion 24 is a reflective surface 25.

(4) The coloring plate 30 made of a sheet-like material is brought into close contact with the surface of the display plate 10 on the light source 7 side. The chromatic plate 30 is formed with a “XYZ” through-hole having the same shape as the display unit 15 of the display panel 10 as a transmission part 33 and the other part as a non-transmission part 34. A chromatic part 35 is formed on the surface on the light source 7 side of the non-transmissive part 34, and the chromatic part 35 is given an arbitrary color.

(5) The rendering device 40 is configured as described above (FIGS. 3, 4, and 1A).

  A second embodiment of the present invention will be described with reference to FIGS.

(1) As in the first embodiment, the frame 1 has a bottom plate 3 and a side plate 2 and has a box shape in which an opening 4 is formed on one surface, and a reflecting plate 20 is superimposed on the inner surface of the bottom plate 3 of the frame 1. The reflection plate 20 forms a reflection surface 25 toward the inner surface side (display plate 10 side), the light source 7 is arranged near the reflection surface 25 of the reflection plate 20, and the display plate 10 is arranged near the opening 4. The light source 7 is directed to the display panel 10 side (opening 4 side), and the light source is composed of LEDs.

(2) The display panel 10 is made of a transparent plate-like material, and is divided into a transmission part 13 that transmits light from the light source 7 and a non-transmission part 14 that cannot transmit light from the light source 7. The transmission parts 13 and 13 (parts other than the outer periphery) are formed as through-holes made of information transmission characters “XYZ” to form display parts 15 and 15. A portion other than the display unit 15 constitutes the non-transmissive portion 14. The non-transmissive portion 14 is configured by stacking and adhering a non-obtrusive sheet of an inconspicuous color such as white or a non-transmissive sheet of black or the like on the surface of the display plate 10 on the light source 7 side.

(3) The coloring plate 30 made of a transparent plate material is brought into close contact with the surface of the display plate 10 on the light source 7 side. The chromatic plate 30 is formed with a “XYZ” through-hole having the same shape as the display unit 15 of the display panel 10 as a transmission part 33 and the other part as a non-transmission part 34. A chromatic part 35 is formed on the surface on the light source 7 side of the non-transmissive part 34, and the chromatic part 35 is given an arbitrary color.

(4) The rendering device 40 is configured as described above (FIGS. 5, 6, and 1B).

  A third embodiment of the present invention will be described with reference to FIGS. In this embodiment, the frame 1 is omitted.

(1) The light source 7 in which the vertical wall surface 42 is used as the reflection surface 25 of the reflection plate 20 and the light source 7 is disposed in the vicinity of the display plate formation scheduled portion 43 of the wall surface 42 is directed to the display plate 10 side (opening 4 side). The light source is composed of LEDs.

(2) The display panel 10 arranged along the wall surface (vertical in this case) is made of a plate-like material and transmits a light 13 that transmits light from the light source 7 and a non-transmissive part 14 that cannot transmit light from the light source 7. (Specific information is omitted), and a display portion 15 is formed on the transmission portion 13 of the plate-like material. In addition, if the display board 10 is along a wall surface, it does not need to be parallel to the wall surface 42, and there may be some angles.

(3) The coloring plate 30 made of a sheet-like material is brought into close contact with the surface of the display plate 10 on the light source 7 side. The coloring plate 30 forms a transmissive portion 33 corresponding to the display portion 15 of the display board 10, and the other portion is a non-transmissive portion 34. A chromatic part 35 is formed on the surface on the light source 7 side of the non-transmissive part 34, and the chromatic part 35 is given an arbitrary color.

(4) The rendering device 40 is configured as described above (FIG. 7). Here, means for attaching the display plate 10 with a predetermined distance from the wall surface 42 is omitted, but a bar is used so as not to move the display plate 10 from the wall surface 42 or a ceiling surface or floor surface (not shown). It is fixed by means such as wire and plate.

(5) In this case, when the rendering device 40A is installed below the eye of the observer 46, the top plate 5 is interposed between the upper edge 10a of the display plate 10 and the wall surface 42 (reflecting plate 20) arranged vertically. By attaching (that is, the frame 1) and closing the gap between the display board 10 and the wall surface 42, the light source 7 can be made invisible to the observer 46 (FIG. 8).
Similarly, when the rendering device 40B is installed above the eyes of the observer 46, the bottom plate 3 (swelling between the bottom edge 10b of the display plate 10 and the wall surface 42 (reflecting plate 20) arranged vertically is arranged. If the frame 1) is attached and the gap between the display panel 10 and the wall surface 42 is closed, the light source 7 can be made invisible to the observer 46 (FIG. 8).

(6) In the above description, the wall surface 42 may be a vertical surface, an inclined surface, or a ceiling surface, a floor surface, or the like. In this case, the display panel 10 may have a wall surface 42 (an inclined surface, a ceiling surface, a floor surface). (Not shown).

  A fourth embodiment of the present invention will be described with reference to FIGS. In this embodiment, the display board 10, the coloring board 30, and the reflection board 20 are arranged outside the frame 1.

(1) A flat frame (horizontal plane in FIG. 9; an inclined surface or a vertical surface may be used) is used as a reflection plate 20, and a small frame 1 including side plates 2 and 2 having openings 4 formed on the plane is attached. Light sources 7 and 7 are arranged on the bottom (plane side). A display plate 10 and a coloring plate 30 are arranged along the reflection plate 20 at a predetermined distance from the upper edges 2 a of the side surfaces 2 and 2 of the frame 1. The reflecting plate 20 constitutes a reflecting surface 25 facing upward in the drawing.

(2) In FIG. 9, the display board 10 forms the display unit 15 with the portion where the “light” character is formed as the non-transmissive portion 14 and the periphery of the “light” character as the transmissive portion 13.
A coloring plate 30 is disposed on the surface of the display board 10 on the frame 1 side. Therefore, the non-transmissive portion 34 of the chromatic plate 10 is disposed on the surface of the non-transmissive portion 14 of the display panel 1 on the frame 1 side, and the non-transmissive portion 33 of the chromatic plate 30 corresponds to the transmissive portion 13 of the display plate 1. Here, although the transmissive portions 13 and 33 are gaps, they can be formed of a permeable material such as glass or transparent resin (not shown).
The display board 10 and the coloring board 30 are fixed to a plane (reflecting surface 20) in the frame 1 with a pillar material (FIGS. 9B and 9D). The production device 40 is configured as described above (FIGS. 9 and 10).

(3) In this embodiment, similarly to each embodiment, the light from the light source 7 passes through the opening of the frame 1 and hits the chromatic plate 30, and the colored reflected light is further reflected by the reflective plate 20 and displayed. The non-transmissive part 14 (character of “light” = information) of the board 10 is raised (FIG. 10). At this time, usually, the light source 7 is not visually observed by the observer.

(4) In the above embodiment, the bottom 3 of the frame 1 can also be the reflecting plate 20 (reflecting surface 25) (not shown).

(5) In the above-described embodiment, the display unit 15 of the display panel 10 is made up of all the non-transmission portions 14 constituting the characters of “light” and the transmission portions 13 of the gaps. It can be considered that each non-transmissive portion 14 constituting the display panel 10 is an independent display board 10 and that there are three display boards 10 in this embodiment.
In this case, the display board 10 is configured in the shape of the non-transmissive portion 14 constituting the character information, and the outer periphery of the non-transmissive portion 14 becomes the display portion 15. Therefore, the display unit 10 (display unit 15) does not include the transmission unit 13. Therefore, the display board 10 does not have the transmissive part 13 and includes only the non-transmissive part 14.

  Another embodiment (embodiment 5) will be described with reference to FIGS. In the fifth embodiment, unlike the first to fourth embodiments, the display means is arranged between the light source and the coloring means, the single reflecting means is omitted, and a plurality of display means and coloring means are provided in the light source direction. This is an example. Moreover, the display surface 55 (display means) and the coloring surface 57 (coloring means) were provided in one multifunction board 50 (multifunctional tool 60 comprised of many multifunction boards 50 and 50).

(1) Four multi-functional boards 50A of isosceles triangles with rounded vertices are arranged, and the hypotenuses 51 of the adjacent multi-functional boards 50, 50 are connected to each other, so that the first pyramid-shaped first multi-function tool 60A is obtained. Form. The first multifunction tool 60A has no bottom plate and is open downward. The apex of the multi-function board 50A can be cut horizontally to be trapezoidal, or the apex can be kept acute (not shown). Further, the upper end of the multi-function tool 60A can be either closed or opened.
Further, four multi-functional boards 50B of isosceles triangles (vertical angle is the same as the multi-functional board 50 of the first multi-function tool 60A) slightly larger than the multi-function board 50A of the first multi-function tool 60A are arranged side by side. The hypotenuses 51, 51 of the multi-function plate 50B are connected to each other to form a quadrangular pyramid-shaped second multi-function tool 60B. The multifunctional plates 50B and 50B of the second multifunctional tool 60B are cut off in the vicinity of the apex to form a top opening 61, the second multifunctional tool 60B is opened upward, and the first multifunctional tool 60B As with 60A, there is no bottom plate, and it is open even when facing downward.
Further, four multi-functional boards 50C of isosceles triangles (the apex angle is the same as the multi-functional board 50A of the first multi-function tool 60A) slightly larger than the multi-function board 50B of the second multi-function tool 60B are arranged side by side. The hypotenuses 51, 51 of the multi-function plates 50C, 50C are connected to form a quadrangular pyramid-shaped third multi-function tool 60C. The multifunctional plates 50C and 50C of the third multifunctional tool 60C have a top opening 61 formed by cutting out the vicinity of the apex, and the third multifunctional tool 60C is also directed upward as in the second multifunctional tool 60B. Also, like the first multi-function tool 60A, there is no bottom plate and it is open even when facing downward.
Further, four multi-functional boards 50D of isosceles triangles (the apex angle is the same as the multi-functional board 50A of the first multi-function tool 60A) slightly larger than the multi-function board 50C of the third multi-function tool 60C are arranged side by side. By connecting the hypotenuses 51 and 51 of the multi-function plates 50D and 50D, a quadrangular pyramid-shaped fourth multi-function tool 60D is formed. The multifunction plates 50D and 50D of the fourth multifunction tool 60D have the top opening 61 formed by cutting out the vicinity of the apex, and the fourth multifunction tool 60D is also opened upward as in the second multifunction tool 60B. In addition, like the first multi-function tool 60A, there is no bottom plate, and it is open even when facing downward. Further, in the fourth multifunction tool 60D, an upwardly protruding triangular bottom cutout 62 is formed in a portion corresponding to the base of the isosceles triangle of the multifunction board 50D.

(2) Further, in the first multifunction tool 60A to the third multifunction tool 60C, the base 52 of the multifunction plates 50A, 50B, 50C is formed in a bent shape based on a shape in which large and small circles are arranged. In addition, a large number of circular through holes are formed around the base 52 to form transmission parts 53 and 53.
Moreover, the outer surface side constitutes the display surface 55 in each of the multifunction boards 50A, 50B, 50C, and 50D of the first multifunction tool 60A to the fourth multifunction tool 60D. The lower part of the multi-function board 50A display surface 55 of the first multi-function tool 60A, particularly the edge near the bottom 52 and the periphery of the transmission part 53 constitute the display unit 15. Also in the second multifunction tool 60B and the third multifunction tool 60C, the lower portion of the display surface 55, in particular, the edge near the base 52 and the periphery of the transmission portion 53 constitute the display portion 15, and are positioned above this. The display unit 15 is configured by an overlap with a gap 58 between the lower side of the multi-function plates 50A and 50B of the multi-function tools 60A and 60B. Further, in the fourth multi-function tool 60D, the lower part of the multi-function board 50D, in particular, the periphery of the edge near the bottom 52 constitutes the display unit 15, and the multi-function board 50C of the multi-function tool 60C positioned above this. The display unit 15 is composed of an overlap with a gap 58 with the lower part of the display.

(3) Further, one or all of the inner surfaces of the multifunction boards 50A, 50B, 50C, and 50D of the first multifunction tool 60A to the fourth multifunction tool 60D, or at least on the lower side (the bottom 52 side) A plurality of colors are applied, and the inner surface is set as a color surface (coloring means) 57.

(4) On the fourth multi-function tool 60D, the third multi-function tool 60C, the second multi-function tool 60B, and the first multi-function tool 60A are arranged in order, and the multi-function boards 50A, 50B, 50C, and 50D are arranged together. A predetermined gap 58 is provided and arranged so as not to overlap. A light source (for example, LED) 7 is arranged inside each of the arranged multi-function devices 60A to 60D, and a power source (not shown) for the light source is also provided. The light source 7 has a vertically long structure that penetrates through the top openings 61 and 61 of the second multifunction tool 60A, the third multifunction tool, and the fourth multifunction tool, and has a structure that can irradiate 360 ° in the horizontal direction (see FIG. 12). In addition, if the light source 7 can irradiate the chromatic surfaces 57 and 57 of each multifunction board 50A-50D, an installation position, a number, a structure, etc. are arbitrary.
As described above, the rendering device 70 of the fifth embodiment is configured (FIGS. 11 and 12).

(5) The stage device 70 is used by being placed on the horizontal plane 71, or used together with a dedicated base (not shown) having the horizontal plane 71 (FIG. 12).
When the stage device 70 is placed on the horizontal surface 71 and the light source 7 is caused to emit light, the light reaches the coloring surface 57 on the inner surface of the multifunctional plates 50A to 50C of the multifunctional devices 60A to 60C, as shown by the arrows in FIG. And the light reflected by the chromatic surface 57 and colored is applied to the multi-function boards 50B to 50D display surfaces 55 and 55 of the multi-function tools 60B to 60D located below. As a result, information on the chromatic surfaces 57 and 57 that are monochromatic or multi-colored, and information on the edges (bases) 52 of the multi-function boards 50A to 50C and the display unit 15 such as the transmission units 53 and 53 appear. FIG. 11). At this time, usually, the light source 7 is not visually observed by the observer. At this time, since the colored light is reflected and irradiated also from the coloring surface 57 to the horizontal surface 71 of the fourth multi-function tool 60D and reaches the outside from the bottom notch 62, the horizontal surface 71 and the fourth multi-function tool The edge of the bottom side 52 (the edge of the bottom cutout 62) of the multifunction board 50D of 60D constitutes the display unit 15.
Also, in this case, the multifunctional devices 60A to 60D that overlap in the vertical direction, the multifunctional plates 50A to 50D, and the vicinity of the tip constitutes the display unit 15 by the gap 58 between the multifunctional plates 50A to 50D adjacent to the upper side. It can be said that they are doing.

(6) In addition, the rendering device 70 can be arranged upside down with the first multi-function device 60A facing down (not shown).
Further, the effect device 70 can be hung from above without being placed on the horizontal surface 71 (not shown). Also, the first multifunction tool 60A can be hung upside down, and in this case, the ceiling surface can be a horizontal surface 71 and the display unit 15 from the fourth multifunction tool 60D can be configured. Yes (not shown).

(7) Another example of Example 5

  In the above-described embodiment, four multifunctional devices 60A to 60D are provided. However, at least two multifunctional tools 60A to 60D may be disposed so as to form the corresponding display surface 55 and coloring surface 57 at the top and bottom (not shown). .

  Moreover, in the said Example, if a character is formed in the permeation | transmission parts 53 and 53 and the base 52 of each multifunctional board 50A-50D, it can also be made to display on each display part 15 as character information (illustrating). Absent). Further, if color-coded characters are formed on the chromatic surface 57, the characters can be displayed slightly on the display surfaces 55 of the multifunction boards 50A to 50D.

  Moreover, in the said Example, various decorations can also be given to the top of 1st multifunctional tool 60A and the outer surface (display surface 55) of each multifunctional tool 60A-60D (not shown). In this case, the three-dimensional display part 15 can be further comprised by the decoration of each multifunctional tool 60A-60D. Furthermore, if the top opening 61 is provided at the apex of the first multi-function tool 60A, the display unit 15 fitted with the decoration can also be configured on the top of the first multi-function tool 60A.

  Moreover, in the said Example, it is also possible not to provide the top opening 61 in each multifunctional tool 60B-60D, In this case, the light source 7 is arrange | positioned to the clearance gaps 58 and 58 of the upper and lower multifunctional plates 50B-50D, respectively. Need to be done (not shown).

  Moreover, in the said Example, since all the 1st multifunctional tool 60A-4th multifunctional tool 60D formed the isosceles triangle at the same inclination angle, corresponding multifunctional board 50A-50D is formed in parallel mutually. If the gaps 58 and 58 are eliminated, the display surface 55 and the coloring surface 57 are overlapped. However, if the gaps 58 and 58 can be secured, the inclination angle of the isosceles triangle (vertex angle, etc.) The multi-function plates 50A to 50D can be configured to have a non-parallel angle (not shown).

  Moreover, the shape of each multifunction board 50A-50D can also be made into arbitrary shapes other than a triangle (for example, square shape, circular shape, ellipse shape, etc.), and gaps 58, 58 are provided between the multifunction plates 50A-50D at the top and bottom. If provided and configured, various multifunctional plates 50A to 50D having different shapes can be used in combination (not shown).

  Further, each of the multi-functional tools 60A to 60D may be a polygonal pyramid or cone such as a quadrangular pyramid or pentagonal pyramid or a cone, a cube having a hollow bottom, a rectangular parallelepiped, a hemisphere, or the like other than the triangular pyramid shape (illustrated). Not)

  Another embodiment (embodiment 6) will be described with reference to FIGS. In the sixth embodiment, similarly to the fifth embodiment, the display means is arranged between the light source and the coloring means, the single reflecting means is omitted, and a plurality of display means and coloring means are provided in the light source direction. This is an example.

(1) On the upper surface 64 of the horizontal base 63 having a planar square (rectangular shape), a triangular pyramid-shaped base storage portion 66 is formed at one corner portion in plan view, and a 45 ° angle from the diagonal surface 67 of the base storage portion 66 ( The shaft 65 is set at an arbitrary angle), a large number of multifunction plates 50, 50 are arranged perpendicularly to the shaft 65 with a predetermined gap 58, and the multifunction plate 50 is attached to the horizontal base 63. Therefore, each multifunction board 50 and 50 is arrange | positioned in parallel.
Each multi-function plate 50 has a frame shape (annular frame shape or cut frame shape) in which an opening 54 is formed in a substantially central portion, and the surface of the multi-function plate 50 on the base storage portion 66 side (the base end side of the shaft 65). A chromatic surface 57 is formed in which a single color or a multicolor colouration is applied. Further, the multifunction plate 50a at the extreme end in the radial direction of the shaft 65 is substantially triangular and does not form the opening 54. Further, the other surface of the coloring surface 57 (the radiation side of the shaft 65) of each multifunction board 50, 50 constitutes the display surface 55.
Light sources (for example, LEDs) 7 and 7 are arranged in the base storage section 66, and the irradiation direction is directed to the multifunction board 50 side. The light sources 7 and 7 are provided with a light source 7 that irradiates the multi-function plate 55 (colored surface 57) substantially at right angles and a light source 7 that irradiates obliquely. In addition, a surface 67 of the base storage section 66 on the side of the multifunction board 50 is formed in parallel with the multifunction board 50, and a display surface 67 similar to the display surface 55 of the multifunction board 50 is formed on that surface.
Further, in order to keep the gap between the multi-function plates 50, 50, 50a, short columnar spacers 69, 69 are attached as appropriate.
As described above, the rendering device 70 according to the sixth embodiment is configured (FIGS. 13 and 14). The openings 54, 54 of each multi-function plate 50, 50 are formed relatively large on the side close to the light source 7, and the opening 54 is formed narrow on the side far from the light source 7 (radiation side of the shaft 65). Although the opening 54 is omitted in the multifunction plate 50a, the opening 54 can also be formed in the multifunction plate 50a (not shown).

(2) In the effect device 70, when the light source 7 is caused to emit light, the light passes through the openings 54, 54 of the multifunction boards 50, 50, and the inner surfaces of all the multifunction boards 50, 50, 5a are colored. The light that reaches the surfaces 57 and 57 and is reflected by the chromatic surfaces 57 and 57 and colored is the display surface 55 (particularly the outer peripheral side) of the multi-function board 50 on the base end side (base storage portion 66 side) in the direction of the axis 65. ). As a result, information on the chromatic surface 57 that is color-separated into single colors or multiple colors and information on the edges 52 and 52 of the multi-function boards 50, 50, and 50a emerge. At this time, usually, the light source 7 is not visually observed by the observer. Further, in this case, the multi-function plates 50, 50, 50a form the display unit 15 in the vicinity of the outer periphery with gaps 58, 58 between the multi-function plates 50, 50, 50a adjacent to the radial direction in the axis 65 direction. It can be said that it is. Note that the display unit 15 is similarly configured on the surface 67.

(3) Another example of Example 6

In the above-described embodiment, the multi-functional plates 50, 50, 50a have the shaft 65 set obliquely, and the lines connecting the outer peripheral edges of the multi-functional plates 50, 50a are square in plan view, front view, and side view. (FIGS. 4A to 4C), the shape of the multifunction plates 50 and 50a is arbitrary (not shown) as long as the opening 54 is formed. Moreover, although each multi-function board 50, 50, 50a was formed at right angles to the axis | shaft 65 and each multi-function board 50, 50, 50a was arrange | positioned in parallel, each multi-function board 50, 50, 50a is not parallel. It is also possible to arrange them with an angle (not shown).
Moreover, in the said Example, the light source 7 can also be arrange | positioned in the opening 54, 54 of the multifunctional board 50 and 50 near the center part (not shown).

  Another embodiment (Example 7) will be described with reference to FIG. Similarly to the fifth embodiment, the sixth embodiment is an embodiment in which a display unit is disposed between the light source and the coloring unit and a single reflecting unit is omitted, and the display unit and the coloring unit are combined into one. It is an example.

(1) On the upper surface 64 of the horizontal base 63, one side (front side) 64a is opened, a vertical substrate 68 is erected on the other side 64b, and the display is displayed on one side (front side) of the vertical substrate 68. The plate 10 is erected. The display panel 10 is disposed with a vertical substrate 68 and a predetermined gap 68a, and an opening 54 is formed at substantially the center. One surface (front side) of the display board 10 constitutes the display surface 55.
On the horizontal surface 64 of the horizontal base 63, a vertical coloring plate 59 is erected with a gap 58 of a predetermined distance from the display surface 55 of the display plate 10. A spacer 69 is provided at the lower end of the chromatic plate 59 to maintain a gap 58 with the display plate 10, and the other surface side (display plate 10 side) of the chromatic plate 59 is colored by a single color or multiple colors. A chromatic surface 57 is formed. The chromatic plate 59 is disposed at a position where the chromatic surface 57 faces the light source 7.

(2) The vertically long light source 7 is attached to one surface of the vertical substrate 68 and is exposed to the opening 54 of the display panel 10. Further, a power source for a light source is provided in the horizontal base 63 (not shown). As described above, the rendering device 70 of the seventh embodiment is configured (FIG. 15). The coloring plate 59 can be fixed to the horizontal plane 64 of the horizontal base 63 or can be movably placed on the horizontal plane 64. Further, the coloring plate 59 can be suspended from above and disposed above the horizontal plane 64 (not shown).

(3) In the effect device of Example 7, when the light source 7 is caused to emit light, the light is irradiated from the opening 54 of the display board 10 to the coloring plate 59 side (front side) to reach the coloring plate 59 and the coloring surface 57. The display surface 55 of the display panel 10 is irradiated with the light that has been reflected and colored. As a result, the information of the chromatic surface 57 that is color-separated by single color or multi-color appears on the display surface 55 of the display panel 10 as information of the display unit 15. At this time, the shape of the edge 10 c on the outer periphery of the display panel 10 and the edge 10 c of the opening 54 can be used to form the display unit 15. At this time, the arrangement is such that the light source 7 does not enter the field of view when the observer views the coloring plate 59, but this arrangement is arbitrary.
In this case, if the chromatic surface 57 and the light source 7 are light (settled), the effect device 70 can also be used for a funeral altar. In this case, one surface of the chromatic plate 59 (the side opposite to the chromatic surface 57) can be used freely according to the ritual (not shown).

(4) Other examples of Example 7

  In the above embodiment, when a large number of light sources 7 are provided, one or a plurality of coloring plates 59 are arranged so as to face the light sources 7 corresponding to one or a plurality of light sources 7. It is desirable (not shown). Further, although the coloring plate 59 is a vertically long rectangle, the shape is arbitrary (not shown).

  In the above embodiment, the display plate 10 is provided with the opening 54 and the light source 7 is exposed. However, the light source 7 can be directly attached to one surface 55 of the display plate 10 without providing the opening 54 (not shown). Absent).

  Moreover, in the said Example, a through-hole can be formed in the coloring board 59 and it can also be set as the display part 15 together with the display surface 55 of the display board 10 (not shown).

  In the embodiment, a plurality of chromatic surfaces 57 can be formed on the chromatic plate 59 (not shown).

  In the embodiment, a plurality of light sources 7 can be arranged (not shown) by forming a plurality of openings 54 or without forming the openings 54. in this case. A plurality of display plates 10 and coloring plates 59 can be provided corresponding to the light source 7 (not shown).

1 Frame 2 Side plate 3 Frame bottom plate 4 Frame opening 5 Ceiling plate (frame)
7 Light source 10 Display board (display means)
DESCRIPTION OF SYMBOLS 11 One surface of a display board 12 The other surface of a display board 13 The transmission part 14 of a display board The non-transmission part 15 of a display board The display part 16 of a display board The outer periphery transmission part 20 of a display board Reflecting plate (reflection means)
21 One surface 22 of the reflection plate 23 Other surface of the reflection plate 23 Transmission portion 24 of the reflection plate Non-transmission portion 25 of the reflection plate Reflection surface 30 of the reflection plate Coloring plate (coloring means)
31 One surface of the color plate 32 Other surface of the color plate 33 Transmission portion 34 of the color plate Non-transmission portion 35 of the color plate Coloring portion 40 of the color plate Directional device 42 Wall surface 46 Observer 48 Column material 50 Multi-function plate 52 Multi-function plate Edge (bottom)
53 Multi-function board transmission part 54 Multi-function board opening (transmission part)
55 Multifunctional board display surface (display means)
57 Coloring surface of multi-functional board (coloring means)
59 Color plates 60, 60A,... 60D Multi-function tool 63 Horizontal base 64 Upper surface of horizontal base 65 Axis 66 Base storage 67 Surface of base storage (display surface, display means)
68 Vertical substrate 69 Spacer 70 Production device 71 Horizontal surface

Claims (6)

An effect device that represents information content by a light source and is configured as follows.
(1) A display unit in which a display unit that displays the information content is disposed at a direct or indirect irradiation destination of the light source, and the display unit transmits light to transmit the display content. It was set as the structure which can be visually recognized.
(2) Coloring means is disposed between the display means and the light source, and the coloration means has a transmission part that can transmit light, and at least a coloration surface is formed on the light source side surface.
(3) Reflecting means for reflecting the contents of the chromatic surface and irradiating the display means side is disposed on the light source side of the chromatic means. An effect device characterized in that information content is represented by a light source arranged in a box-shaped frame, and is configured as follows.
(1) In the frame, a display unit that forms a display unit that displays the information content is disposed at a direct or indirect irradiation destination of the light source, and the display unit transmits light. Thus, the display contents can be visually recognized, and an outer periphery transmitting portion is formed on the outer periphery of the display means.
(2) In the frame, between the light source and the display plate, a reflection unit having a transmission part capable of transmitting light and having a reflection surface on the display unit side is arranged.
(3) In the frame, a chromatic plate is disposed between the display plate and the reflecting means, and the chromatic plate has a non-transmissive portion that does not transmit light and a transmissive portion that can transmit light. A chromatic surface is formed at least on the light source side in the non-transmissive portion. The rendering device according to claim 1, wherein the rendering device is configured as follows.
(1) The coloring means is in close contact with the light source side of the display means.
(2) The coloring means is formed by partitioning a transmissive portion and a non-transmissive portion, a chromatic surface is formed in the non-transmissive portion, and the non-transmissive portion is formed so as not to overlap the display portion of the display panel. The rendering device according to claim 2, configured as follows.
(1) The non-transmission part of the display unit, the non-transmission part of the reflection unit, and the frame are configured so that the transmission unit and the light source of the reflection unit cannot be seen from the display unit and the outer peripheral transmission unit of the display unit. An effect device that represents information content by a light source and is configured as follows.
(1) The display means is disposed at the irradiation destination of the light source and directly or indirectly.
(2) The coloring means is disposed at the irradiation destination of the light source, directly or indirectly, and the coloring means forms a coloring surface on the surface on the light source side.
(3) The coloring means is formed so as to have a function of receiving irradiation from a light source on the coloring surface, reflecting the information on the coloring surface, and irradiating the display means. The rendering device according to claim 5, configured as follows.
(1) A display means is arranged between the light source and the coloring means.
(2) The light from the light source passes through the opening formed in the display means or the edge of the display means, reaches the chromatic surface of the chromatic means, and the light reflected by the chromatic surface of the display means The arrangement reached the display surface.