JP3131824U - Display giving dynamic vision using black light - Google Patents

Abstract

A display that provides dynamic vision to a viewer using a black light is provided.
A surface to be irradiated (3) in which a light emitting part (31) partially or entirely coated with a fluorescent paint is arranged on a body part (1) which is a hollow solid body whose inside can be visually recognized, is formed. A large number of black lights (2) that irradiate the light emitting part (31) with a spot are arranged in a row, and each black light (2) blinks in a relay with adjustable speed, and each black light (2) is irradiated. It is comprised so that the position of the light emission part (31) to be moved may be moved.
Therefore, the light emitting part (31) at a key point that does not move gives the viewer a sense of movement by motion illusion and gives dynamic vision.
[Selection] Figure 1

Description

The present invention irradiates light emitting parts arranged at intervals with part or all of the fluorescent paint applied with a black light arranged in order to blink sequentially, and the lightness of the light emitting parts is high. The present invention relates to a display that gives a dynamic vision (dynamic visual sensation) to a person who views a part of the screen.
The present invention gives dynamic visuals to the screen, and can be used in fields such as displays, decorative figurines, fluorescent paintings, display toys, learning materials, and signboards.

Conventional displays using light irradiation include those in which a fluorescent paint is applied to a picture to irradiate the light, and those in which a mural is irradiated with light entirely.
For example, irradiation of museum exhibits and lighting of buildings is fixed continuous irradiation of light from a certain direction.

  However, if you only illuminate a painting or mural, the viewer can only feel that there is a painting or mural there.

In addition, since the light is used only statically, it was impossible to give dynamic vision to the viewer even when the painting was irradiated. At this point, the range of expression of the irradiated object is reduced.
In addition, depending on the exhibit, you may want to emphasize the exhibition by illuminating the important points. In an exhibition with multiple important points, the lights are moved in order to explain the important points sequentially. There are also things.
Although not lighted up, there are robots that can give a real sense of reality by giving a dynamic impression by moving the main points and the background.

However, even if the light is moved sequentially and illuminated, dynamic vision does not occur, and if the exhibit itself is moved, a device for that will be required, increasing the economic burden, and the risk of moving (vibration, damage) It is said that it is preferable to leave the exhibition at a risk-free place, because the trouble of carrying around, the problem of scratching the paintings and exhibits during the movement) It was a difficult task.
In this way, it is possible to see things that simply shine a spotlight on an exhibit, or simply irradiate a plurality of exhibits sequentially with a spotlight.
However, none of them irradiates the main exhibit and did not give dynamic vision.
The publication numbers of documents that are not related to dynamic vision but are considered to be related are listed.

Japanese Patent Laid-Open No. 7-334103 JP-A-5-294099 Japanese Patent Laid-Open No. 10-319887 JP 2000-149606 A Japanese Patent Laid-Open No. 2005-000598 JP 2005-219385 A

The problems to be solved are as follows.
The conventional display, light illumination of paintings and figurines, does not give viewers dynamic vision.
There is no display that creates a dynamic image using the fantastic atmosphere of black light.
(3) When a conventional painting or figurine is irradiated with light, if the painting and the light are separate, it is time-consuming to carry.
(4) A conventional display, a picture or a figurine with light irradiation has a weak sense of reality and stereoscopic effect.
(5) The conventional display toys such as display toys, etc., are determined in terms of the items that can be installed and the arrangement of the items, and cannot be exchanged or changed.
In view of these points, the new structure of the display that gives a three-dimensional and dynamic vision to the viewer according to the irradiation timing without using the exhibits and key points for the light-up, is a challenge. did.
And
(6) In order to give dynamic vision, it is necessary to deal with the individuality of the viewer and to devise the arrangement of the alerting point (in the present invention, the light emitting unit) to give a sense of movement.
Was an issue.

The present invention uses the characteristics of the motion illusion attracted by moving and conspicuous things in human vision. Therefore, the dynamic feeling that occurs is realized on the display.
There are a number of places to call attention, which are places that are usually inconspicuous but can be emphasized by receiving light. By moving the light-emitting part (scanning, sweeping), it is possible to give the viewer a sense of movement that moves in the opposite direction to the light-emitting part at a location with a high alertness to the viewer. Development is the primary purpose.

The present invention is a light emitting part (such as a ship, a cloud, a wave, etc.) in which a fluorescent paint (phosphorescent paint available) is partially or entirely applied to a main body part (1) which is a hollow solid body whose inside can be visually confirmed. 31) to be irradiated (3) (a background pattern including a plane or a three-dimensional object = background paper) is formed. The light emitting part (31) of the main part and other parts expressed with a lightness difference are included and connected to the power switch (4) to the light emitting part (31) of the important point. The white spotlight (20) to be irradiated is provided, and a large number of black lights (2) to be spot-irradiated on the scattered light emitting sections (31) are arranged in a row so that each black light (2) is irradiated with a spot. The relay is blinking so that the speed can be adjusted freely. The flashing of the light moves the sight and gives a dynamic impression to some other part (essential part) of the lighted surface (3) where the brightness is high. The black light ( 2) A display that gives dynamic vision using black light, characterized in that a space is provided between the light emitting section (31).

That is, it is configured such that the locations where each of the black lights (2) are irradiated are blinked by relays so that the speed can be adjusted, and the positions of the light emitting units (31) irradiated by the respective black lights (2) are visually confirmed. The light emitting part (31) which does not move is provided to give the viewer dynamic vision based on the motion illusion.

  The white spotlight (20) that irradiates the light emitting part (31) at the important point forms a conspicuous part, and becomes a part with high lightness to raise visual attention. When the black light (2) irradiates or illuminates the light emitting part (31) of the important point, the white spotlight (20) is dimmed, and the black light (2) is changed. Make it rise.

In this way, each black light (2) is blinking in a relay so that the speed can be adjusted, and the position of the light emitting section (31) irradiated by each black light (2) is moved.
For this reason, the light emitting part (31), which does not move, gives the viewer a sense of movement by motion illusion and gives dynamic vision.
The key light emitting section (31) and the other light emitting sections (31) have different designs.

The white spotlight (20) and the black light (2) may be provided in all locations, or may be configured to selectively irradiate all the light emitting portions (31).

The hollow body 3 includes a case [container] (27) and a cover [lid] (28) that can be visually recognized from at least one direction.
Usually, a rectangular box or cylindrical body is provided with a transparent cover that can be opened and closed on the front surface, and the internal space becomes dark to some extent.
In the main body (1), an LED white spotlight (20) and an ultraviolet LED black light (2) are provided on a light cover (11) which is also an internal floor surface.

An illuminated surface (3) is provided on the inner wall surface.
For example, the irradiated surface (3) is provided with a pedestal (30) whose upper part is curved to the entire surface on the back surface, and a background paper on which a picture, a pattern, or a three-dimensional object is attached. Let it be an irradiation surface (3).
It is preferable to draw a picture or a pattern on the inner side or floor.

The irradiated surface (3) is provided with a plurality of light emitting portions (31), which are portions where the fluorescent paint that emits light reacts with the black light (2), partially or entirely, at appropriate intervals, and a light cover (11) is provided on the floor surface. ), A speed adjusting knob (5) for the blinking relay speed of the black light (2), and a power switch (4).

The light emitting part (31), which is a part where the fluorescent paint is applied partially or entirely, is formed by spot-applying the black light reactive fluorescent paint on the surface drawn with the paint. In this case, the light emitting part (31 In order to see clearly), it is good for balance to change the brightness difference of the background or draw darker than the color tone of the surrounding paint.
Since the semi-turbid fluorescent paint covers the paint below, it will be unclear if it is thin.
In addition, in order to give a motion illusion that a stationary object appears to move, the impression of the object to be visually recognized remains, but the impression of the line of sight is shifted in the other direction, so the balance of the luminosity is necessary. It is.

The main body (1) has a front direction in which the inside of the main body (1) can be visually recognized, and the front surface is formed of a transparent plate (25) (glass, transparent resin material, etc.) such as resin. A space is provided between the light emitting sections (31).
The transparent plate (25) such as a resin on the front surface of the main body (1) is preferably partially or entirely affixed with a UV cut film (26) or the like to prevent deterioration of the fluorescent paint.

The black light (2) is an ultraviolet LED (light emitting diode), and three or more are arranged in a row.
The black light (2) is an infinite relay circuit, and can be blinked sequentially with adjustable speed.
The respective black lights (2) are arranged with their installation locations, light emission angles and irradiation angles set and adjusted in accordance with the light emitting sections (31) spaced apart from each other.
Each black light (2) can set an incident angle to 10 to 45 degrees with respect to each light emitting section (31). If the incident angle to each light emitting section (31) is shallow, the irradiation range becomes blurred.

Note that. The main body (1) is provided with a light intensity adjustment knob (6), a sound switch (7), a timer switch (9), a sensor (10a) for detecting that an object or a person is approaching the main body (1), Addition of functions such as a sensor switch (10) to be interlocked is within the scope expected by the applicant.

The power switch (4) is provided with an ON / OFF switch using a battery as a power source, an ON1, ON2, OFF switch, etc. in which the blinking movement speed is set stepwise. Alternatively, an ON1, ON2, OFF switch or the like that changes the blinking direction is provided.

The speed of the blinking movement is a speed that can be visually recognized with motion afterglow. If the current is low or the relay speed is fast, the LED will remain in a high flasher state and there will be no movement.
Designed with a width so that it can be arbitrarily adjusted from the relay speed that moves next every second to the relay speed that moves every hundredth of a second. A visually recognizable blinking speed of seconds to 0.7 seconds can be selected.
The setting of the moving speed and the ability to change it arbitrarily are important factors in setting the dynamic vision according to the sensitivity (individuality) of the viewer when implementing the present invention.
Dynamic vision has individual differences, and if it is too slow at intervals of 1 second or more, there is no sense of speed, and if it is too early, the entire illuminated surface (3) is illuminated on the entire surface.
The speed zone that can be perceived by a relatively large number of people is such that the relay flashing irradiation at intervals of 0, 2 to 0, 5 seconds is a strong dynamic impression.

In the irradiated surface (3), the painting portion or the like applied with a fluorescent paint has the property that only the applied portion = each light emitting portion (31) reacts to the irradiation of the black light (2). When irradiated in (2), the location where the fluorescent paint is applied = each light emitting portion (31) emerges and it is possible to create a unique atmosphere and stereoscopic effect.
Moreover, the surrounding area is dim and can be alerted visually.

Then, a space is provided between the front surface of the main body (1) and the light emitting unit (31), and the depth is obtained by drawing the foreground on the inner floor surface = light cover (11) provided therebetween, A more three-dimensional effect can be produced.
This depth is a space necessary for maintaining the incident angle since the irradiation megaphone shape of the spotlight of the black light (2) is projected.
The transparent plate (25) on the front surface of the main body can be protected against exposure to ultraviolet rays and the like by sticking a UV cut film (26), thereby preventing the deterioration of the fluorescent paint and maintaining the fluorescent effect for a long time.

  On the irradiated surface (3) representing a picture, etc., a portion drawn with normal paint or pigment on the drawing paper, a portion drawn with a small amount of fluorescent paint that clearly appears when irradiated with black light (2), and a small amount If there is a part where the part you want to emphasize by masking a part of the part painted with fluorescent paint is overpainted with a lot of fluorescent paint, it reacts to the part that does not react to the irradiation of the black light (2). It is possible to express a part that slightly emerges and a part that responds to irradiation and emerges clearly, and it is possible to create a more three-dimensional effect by properly using these parts.

In the past, there was nothing to give the viewer this dynamic vision, and still images could only be viewed as still images.
However, the plurality of black lights (2) are moved and blinked at a predetermined speed so as to sequentially change the irradiation location, so that the portion coated with the fluorescent paint of the light emitting section (31) sequentially blinks the black light (2). While reacting and moving the viewpoint to it, white spotlight irradiation and important points with high brightness remain in the sight, the visual difference between the part drawn with normal pigment and the part drawn with fluorescent paint, and the light emitting part (31) It is possible to give the viewer a dynamic vision for the light emitting part (31) at the important point and the entire picture.
In other words, the black light (2) is sequentially blinked in the direction opposite to the direction in which the movement of the light emitting part (31) at the important point is illusioned, and the place where the light emitting part (31) is coated with the fluorescent paint is applied to the black light (2). By reacting and making it stand out by irradiation, it is possible to give a sense of movement, a three-dimensional effect, and a dynamic feeling to the picture drawn starting from the light emitting part (31) at a key point.
The picture that changes one after another by the black light (2) makes you feel a new stimulus one after another.

  Further, by providing a mechanism (timer IC and sweep cycle) for changing the relay blinking speed and a speed adjusting knob, it is possible to change the speed of the sequential flashing of the black light (2). The adjustment of the blinking speed matches the viewer's sensibility, and the key points and pictures appear to move.

For example, when the picture installed is an aircraft, the moving speed of the airplane seems to be high by applying clouds to each light emitting part (31) with fluorescent paint and adjusting the blinking speed of the black light (2) faster.
If the picture being drawn is a ship (light emitting part at a key point), apply a white spotlight (20) to the ship, while the black light (2) causes a wave or wave behind the ship. Adjusting the slow flashing speed of the black light (2) in the horizontal direction to the clouds (surrounding light emitting part), you can feel as if the ship is moving slowly, and it is more dynamic than the real thing. It can be felt.

  Furthermore, it is possible to adjust the intensity of light emission of the black light (2) by providing a light emission intensity knob. For example, if the picture being installed is a night view, the light emission is adjusted to be weaker and installed. If the picture is a picture that “rises the morning sun,” you can adjust the light emission to a stronger level and make it more realistic.

The sound switch (7) is provided with means for playing a pre-registered sound or song, and it becomes more effective if a picture or a thing that matches the main light emitting part is registered.
Along with the flashing of the black light (2), the sound of the explosion of the airplane and the sound of the horn of the ship are played.

  The timer switch (9) is a function for automatically turning the power switch on and off when the switch is pressed and the set time comes.

  When the sensor switch (10) is pressed, the black light (2) stops blinking sequentially, the sensor (10a) is activated, and when the person approaches, the black light (2) starts blinking sequentially. It has.

The power switch (4) is usually an ON / OFF switch. You can combine ON1, ON2, and OFF, which set the speed of the black light (2), or when you turn on the power switch to ON1, the black light (2) flashes in sequence and the power switch to ON2 There may be provided means for the black light (2) to blink in turn from the reverse direction of ON1.
When set to OFF, the power switch is turned off and all functions are disabled, and all the switches provided are also turned off.

The power source is not limited to batteries, household power sources, solar cells (solar panels) and the like.
In the case of a display installed outdoors, it is possible to save energy by providing a solar panel (22) on the upper part of the main body and an electric supply changeover switch (24).
If the electricity supply changeover switch (24) is provided, it is possible to select whether to use electricity generated from the battery or the solar panel.
Use of the solar panel (22) is effective for energy consumption measures and may be environmentally friendly.

  If the display is small, it can be mounted not only on the desk but also on the wall of a house or car by providing a mounting hole (23) for wall mounting on the back surface of the main body.

Furthermore, the structure which enables opening and closing of the main-body part (1) is also proposed.
Since it can be opened and closed, the irradiated surface (3) depicting the background pattern can be exchanged, or the arrangement of the black light (2) can be changed.
The user can change the position of the light emitting part (31) coated with the fluorescent paint, and can play with changes that can be freely exchanged and changed the installation location.

  In actual commercialization, consideration should be given to providing an anti-skid vibration isolator (8) on the bottom surface of the main body so as not to slip from the display location.

In the following, the best mode of a display that provides dynamic vision using black light will be described with reference to the drawings.
First, the black light (2) is a small ultraviolet LED (light emitting diode). The function is the same as the black light fluorescent lamp.
A black light fluorescent lamp is a light in which a near-ultraviolet radiation phosphor is applied to the inner wall of a glass tube using a dark blue filter glass that cuts visible light.
In the specialized field, the black light (2) is used for inspection using excitation light emission by near ultraviolet rays, inspection using a refractive index peculiar to a low wavelength region, and the like.

A general application is that it is used in displays, advertisements, etc., in order to make a fluorescent paint react clearly in a dark place.
It is a relatively dark light that is difficult to diffuse, and illuminates the illuminated surface (3) and the illuminated object to emit light.
The black light (2) of the present invention is a small ultraviolet LED (blue light emitting diode).

A plurality of the black lights (2) are provided at intervals, and the black lights (2) are sequentially blinked, and the attention-calling points are irradiated and moved to give a dynamic impression to the important points.

By the way, only one black light (2) is provided, and a drive device and a reflection device for moving the irradiation direction are provided for the light, and the one black light (3) is sequentially applied to the scattered irradiated surface (3) and the irradiated object. There is also a possibility of the configuration of irradiation in 2).
However, the configuration in which the irradiation direction is changed with a single light does not give a dynamic impression, and the arrangement of the light emitting portions (31) becomes unnatural, which is not difficult.

In the present invention, for example, in a design where a ship is sailing, the ship = the main point is always irradiated with the strong white light of the first white spotlight (20) = white LED. To give a dynamic impression of the ship moving forward by sequentially retreating the irradiation point with a number of black lights (2) of 2nd, 3rd, 4th, etc. by relay flashing at different speeds with waves Can do.
Depending on the picture, there is a case where the part is always lit to make the main point (leading role) more noticeable, or the brightness is kept bright. These combinations can be designed arbitrarily.

The fluorescent paint applied to the light emitting part of the present invention includes lumino paste, magic lumino paint, acrylic gouache, and the like, and is water-based and oily.
Any kind of fluorescent paint or phosphorescent paint may be used as long as it reacts to the irradiation of black light. Commercially available products include Turner (registered trademark) and Liquitex (registered trademark).

As described above, the best mode of the present invention is that a large number of light emitting portions (31) each having a fluorescent paint applied partially or entirely are arranged on the inner surface of the body portion (1) which is a hollow solid body whose inside can be visually recognized. The illuminated surface (3) is formed, and a number of black light (2) for irradiating the light emitting portion (31) of the illuminated surface (3) with a spot is arranged in a row, and each black light (2) Is a display that provides dynamic vision using a black light, which is configured to relay the blinking portion of the irradiated portion so that the speed can be freely adjusted.
A space is provided between the front surface of the main body (1) and the light emitting part (31), and a black light is arranged there to give a three-dimensional impression.

An embodiment shown in the figure of a display that gives dynamic vision using a black light according to the present invention will be described.
FIG. 1 is a front view showing a first embodiment of a display that provides dynamic vision using the black light of the present invention. The central ship is the main character = important point, and the movement illusion that the ship advances in the direction of the arrow in the figure is caused by the movement and blinking of the black light (2).

The display according to the first embodiment includes a main body (1) that is a hollow solid body that can visually recognize the interior from at least one direction, a ship (Battleship Yamato) that navigates the sea on the inner wall surface, and waves around it. A background picture depicting clouds is provided.
The background can be freely formed with a print sheet or the like, and a design, a three-dimensional shape, a landscape, a pattern, and the like are drawn on the irradiated surface (3).

FIG. 2 is a perspective view of the first embodiment, which is provided with a function of adjusting the speed of ON / OFF of the switch and moving and blinking, as viewed from the back.
FIG. 3 is a front view showing a state in which the left ends of the white (LED illumination) spotlight (20) and the blacklight (2) on the ship are lit in the display in the first embodiment.

FIG. 4 is a front view of the third black light (2) from the left end in the first embodiment. When the third black light (2) is turned on, the white spotlight (20) overlapping therewith is turned off.
FIG. 5 is a front view in which the fifth black light (2) from the left end in the first embodiment is lit. When the black light (2) is moved and lit to the fourth and fifth positions, the white spotlight (20) that does not overlap with the black light (2) is lit.
FIG. 13 shows a series of these movements, and is an explanatory diagram showing a state where the relay blinks from the left to the right with the spot of the black light (2) on the cloud. In this figure, the black light (2) is radiated while moving backward, and the image (31) of the illuminated surface (3) = clouds and waves rise one after another brightly, and the image flows backward. I will make it.
Therefore, a motion illusion occurs at a key point of the light emitting unit, and the ship can be visually recognized as moving forward.

The irradiated surface (3) of the inner wall surface is formed from a back surface (front surface) which is a plane curved upward as shown in FIG. 12, and left and right side surfaces.
The back and left and right sides have several light emitting parts (31) coated with fluorescent paint partially or entirely, and the light emitting part (31) is a ship to which fluorescent paint is applied = light emitting part at a key point. (31) and a large number of light emitting sections (31) around it.

The back and left and right sides usually draw a pattern, but if the left and right sides are mirrored to reflect the scenery, blinking, and brightness changes in the back, the movement is more interesting.
The mirror surface can be formed arbitrarily on a part of the inner surface of the main body (1), such as a side surface or a bottom surface.

In Example 1, a white spotlight (20) for irradiating the light emitting part (31) is provided, and six black lights (2), (2), (2),... Has been established.
The black light (2) is installed in the form of being embedded in the floor surface, and the inner floor surface of the hollow three-dimensional main body (1) is the light background (11) as well as the screen background.
The black light (2) blinks sequentially with a relay circuit in a relay circuit so that the speed can be freely adjusted with a speed adjusting knob (5), and sequentially emits light to be irradiated.
Each black light (2) determines the irradiation direction in accordance with the surface to be irradiated (3), irradiates near each light emitting part (31), and sequentially visually emphasizes the light emitting part (31) by fluorescence reflection. Is.

Each light emission part (31) exists side by side in a certain direction in order to give a feeling of movement to the light emission part (31) of a key point.
A transparent plate (25) is provided on the front surface of the main body (1), and a space is provided between the front surface of the main body (1) and the irradiated surface (3) to give a sense of depth and give a three-dimensional effect. ing.

In the first embodiment, the main body (1), which is a hollow solid that can visually recognize the interior from at least one direction, is provided with an illuminated surface (3) of a picture in which the ship is navigating the sea on the inner wall surface, The irradiated surface (3) of the inner wall surface of the main body (1) has several light emitting parts (31) coated with a fluorescent paint partially or entirely, and the light emitting part (31) is required to apply a fluorescent paint. The light emitting part (31) and a large number of light emitting parts (31) are arranged around the light emitting part (31), and the light emitting part (31) is formed by using the inner floor surface of the hollow three-dimensional main body part (1) as a light cover (11). A white spotlight (20) for irradiating the light emitting unit (31) and a plurality of black lights (2), (2), (2),. The point to be operated is blinking sequentially in the relay circuit so that the speed can be adjusted freely with the speed adjustment knob (5). When the power switch (4) is turned on, each black light (2) determines the irradiation direction according to the irradiated surface (3) and irradiates near each light emitting section (31). Then, the light emitting part (31) is sequentially visually emphasized by fluorescence reflection.

A transparent plate (25) is provided on the front surface of the main body (1), and a space is provided between the front surface of the main body (1) and the irradiated surface (3) to give a sense of depth and give a three-dimensional effect. There is also.
As shown in FIG. 12, the front transparent plate (25) has a UV cut film (26) attached to a part or the whole of the inner side. Prevents aging of fluorescent paint due to exposure to ultraviolet rays.
The pattern, three-dimensional shape, landscape, pattern, etc. of the illuminated surface (3) can be freely produced.

The main body (1) which is a hollow solid body has a front direction as a visible direction, and the front surface is a transparent plate (25), which is formed of resin, glass or the like so that the inside can be visually recognized.
In the black light (2) arranged in six rows, the black light (2), (2), (2),... Blinks sequentially by turning on the power switch (4).
As shown in FIG. 1 to FIG. 5, the lighting is repeated from the right end, the next is turned on and off, and when the right end flashes, the left end flashes again.

As the moving speed, a blinking speed that can be visually recognized is set to about 0, 1 second to 0.7 seconds.
With an infinite relay circuit, it blinks at a predetermined speed and moves the irradiation position.
For the sense of movement, the more black light (2) is desirable, but it is preferable that there are at least three or more.

The pattern of the illuminated surface (3) used in the display of Example 1 is a picture of ship = warship = battleship Yamato sailing in the sea against the background of dusk clouds.
In the drawing, it is drawn as if the black light (2) is radiated in a megaphone shape, but among them, the cloud = light emitting portion (31) is strongly fluorescent.
Then, by sequentially moving the black light (2) in a blinking manner, the aligned clouds = the light emitting part (31) shines and flows, and the light emitting part (31) = Battleship Yamato, which is spotlighted and has a high brightness. It creates a visual sensation that moves.
FIG. 13 is an explanation of the dynamic visual recognition. A cloud above the battleship Yamato (black lump in the figure) flows backward by a spotlight, and a lower wave (black lump in the figure) flows backward. That is, each light emitting part (31) irradiated with the bublack light (2) shines and appears strongly in the visual sense and moves.
A wave is also drawn on the light cover (11), and the wave at the bottom of the battleship Yamato = the irradiation and retreat of the light emitting part (31) makes it sense the advance of the battleship.

In Example 1, the black light (2) is half-buried by forming holes in the floor surface = light cover (11) so as to match the irradiation direction.
The angle of the hole determines the irradiation direction and gives the viewer a three-dimensional depth.
The black light (2) has an incident angle set to 10 degrees to 45 degrees with respect to each light emitting section (31).
For the battleship Yamato = key points, when the power switch (4) is turned on, only one of them is always irradiated, or it is irradiated alternately with the black light (2), or the black light (2) A white spotlight (20) is provided in the circuit of dimming by turns.
When the important spot is illuminated with the white spotlight (20) and the white spotlight (20) in the vicinity thereof is dimmed according to the movement of the black light (2), fluorescence can be expressed more prominently and fantastically.
Since the surrounding light emitting portion (31) moves and blinks so that the visible afterglow is conspicuous in the brain, the motion illusion can be presumed to occur objectively.

The main body (1) shown in Embodiment 1 of the present invention has a width of about 17 cm, a height of about 12 cm, and a depth of about 6 cm, and six black lights (2) are installed.
The light emitting part (31) is coated with a part of waves and clouds with fluorescent paint, and the paint is applied to the top of the ship = Battleship Yamato. As if giving dynamic vision.

Now, with regard to the relay speed, a mechanism (timer IC and sweep cycle) for changing the relay blinking speed is provided, and a speed adjustment knob (5) is provided, so that the black light (2) of the black light (2) is matched with the installed light emitting part (31). It is possible to change the irradiation speed.
The speed adjustment knob (5) shown in Embodiment 1 can be adjusted at a slow speed by twisting left and right.
A blinking speed that can be visually recognized is about 0, 1 second to 0.7 seconds.

The front surface is provided with a transparent plate (25) made of synthetic resin.
Although it is for dust protection and function protection, by providing the UV cut film (26), it is possible to cut ultraviolet rays indoors and outdoors and prevent deterioration of the fluorescent paint.
In the case of a large display that is installed commercially, the ability of fluorescent light emission is prevented from being deteriorated, and even when a commercial type such as a toy is used outdoors, the UV cut film (26) has an effect of cutting outdoor ultraviolet rays. Useful.

The light emitting unit (31) to be installed may be a three-dimensional object. There may be a plurality of light emitting sections (31), and an object not coated with a fluorescent paint may be installed.
The light emission part (31) apply | coated with the fluorescent paint should just be installed in a certain direction at least.
A three-dimensional object may be attached to the picture, and a fluorescent paint may be applied to either the picture or the three-dimensional object.
A fluorescent paint or the like may be applied to the light cover (11).

The size, location, number, and size of the light emitting section (31) are not limited. However, the light emitting portions (31) are not so close to each other and are arranged according to the installation interval of the black light (2).
The number of black lights (2) is preferably not three but three or more. Depending on the picture, it may be a large number, or it may be 3-10 if it is a small picture.
The size, emission angle, irradiation angle, and installation location will be designed according to the picture.

FIG. 6 is a front perspective view of a display (decorative body) that gives dynamic vision using eleven black lights (2) and one white spotlight (20), as viewed from the upper right. is there.
FIG. 7 is a perspective view of the second embodiment as seen from the back.

In Example 2, a hollow solid main body (1) is provided with two rows of black light (2), a light emitting part (31) coated with fluorescent paint, a power switch (4), and a speed control knob (5). Provided, a space is provided between the front surface of the main body (1) and the light emitting part (31), the light emission intensity knob (6), the sound switch (7), the anti-skid vibration isolator (8), the timer switch (9), A sensor switch (10), a sensor (10a), a light cover (11), a solar panel (22), a mounting hole (23), and an electricity supply changeover switch (24) are provided, and the power switch (4) is ON1, ON2, It is a display that gives dynamic vision using black light consisting of OFF.

Although the two rows of black lights (2) are arranged at a narrow interval, the black light (2) to be used can be changed and set depending on the design, and the motion illusion can be strongly felt by precise movement.
By providing the light emission intensity knob (6), it is possible to change the intensity of irradiation of the black light (2) in accordance with the installed light emitting part (31).
The luminescence intensity knob (6) can be adjusted in intensity by twisting left and right.

When the sound switch (7) is pressed once, a sound or a song will sound, and when it is pressed again, the sound will stop. Even when the power switch is turned off, the sound will stop.
When the power switch is turned off, when the power switch is turned on next time, if the sound switch (7) is pressed, a sound or a song will sound.

The timer switch (9) is a function for automatically turning off the power switch when the switch is pressed and the set time comes.
When the timer switch (9) is pressed once, it starts counting, when it is pressed again, the timer function is stopped and reset, and when the power switch is turned off, the timer function is stopped and reset.

When the sensor switch (10) is pressed, the black light (2) stops blinking and the sensor (10a) is activated. When a person approaches, the sensor (10a) senses and the black light (2) blinks. Means to do.
Pressing the switch again stops the sensor and the black light flashes again.
Sensors such as infrared rays, heat, and sound can be used.
The functions of light emission intensity and sound generation, timers, and various sensors as described above are functions that can be appropriately installed, and have an added value in the case of a commercial display.

A toy or a small display can be a wall-mounted type by providing an attachment hole (23) on the back of the main body.
It can be mounted not only on the desk but also on the wall or car of the house.

In the second embodiment, the power source is a two power source system. By providing the solar panel (22) and the electricity supply changeover switch (24), not only the battery but also sunlight can be used for electricity supply.
When the electricity supply changeover switch (24) is on, electricity is supplied from the battery, and when it is below, electricity is supplied using the solar panel (22).

In the second embodiment, the power switch (4) is provided with ON1, ON2, and OFF, and the black light (2) is sequentially blinked in the reverse direction depending on whether it is set to ON1 or ON2. it can.
If ON1 blinks from the left end, ON2 is set to blink from the right end. It can give a visual impression of forward or backward and entertain the change.
The power switch (4) is provided with ON1, ON2, and OFF, but may be set to change the blinking speed.

FIG. 8 is a display for providing dynamic vision using the black light according to the present invention, in which the transparent plate (25) is slid and opened, that is, a part of the main body (1) can be opened and closed. FIG.
In FIG. 8, by sliding and moving the transparent plate (25) of the main body (1), it is possible to take out or replace the inside or change the arrangement.

FIG. 9 is a perspective view of the third embodiment in which the entire front cover (28) can be removed and opened, and a part of the main body (1) can be opened and closed.

The third embodiment is characterized in that a part of the main body (1) can be opened and closed. By enabling the opening and closing, the object and the background installed in the interior can be exchanged, and the black light (2) can be installed. The position can be changed easily.
The background screen and key point screens can be various, such as battleship Yamato, locomotive Shinkansen jet, robot waterfall artificial satellite submarine.
In the case of a configuration that can be opened and closed, it is also possible to prepare several irradiated screens (3) = background screens and make them interchangeable.
In the configuration of FIG. 9 in which the screen is pasted with double-sided tape, the main body (1) can be disassembled and assembled into a case (27) and a cover (28), and the background paper inside is taken out and replaced, or the black light The angle adjustment and the arrangement change of (2) can be easily performed.

  Example 4 of FIG.10 and FIG.11 provides the anti-skid vibration isolator (8) in the bottom face of the display which gives a dynamic vision using the black light which concerns on this invention.

By placing the anti-slip vibration isolator (8) made of rubber or other material, when the main unit is placed on a desk, etc., it will not slide down even in a slightly inclined place, and will fall or fall even when subjected to a slight impact. To prevent.

The anti-skid vibration isolator (8) in FIG. 11 is a sucker, and when the main body is placed on a desk or the like, it does not move even in a slightly inclined place, and does not fall or fall even when subjected to a slight impact. .
The fourth embodiment shown in FIGS. 10 and 11 is useful when the installation place is narrow, when displaying in a store, or for a store display.
Instead of the anti-slip vibration isolator (8), a helical spring may be provided to intentionally swing.

The above embodiments are merely examples, and the dimensions, materials, colors, and the like are not limited thereto.
The irradiated surface (3) may be a flat body such as a painting or a three-dimensional object, and is not limited to a picture but may be a cartoon, a photograph, a landscape, or the like. The design of the light emitting unit (31) to be installed can be selected in various ways.

The display which gives dynamic vision using the black light of the present invention is moved to the viewer by illuminating the light emitting part coated with fluorescent paint where multiple black lights are installed and blinks sequentially and highlights are applied. Gives you dynamic vision.
In this way, the display that gives dynamic vision using the black light of the present invention is not only a display (a figurine, an ornament, an ornament), but also healing goods, toys, interior displays, store displays, stage lights, advertisements, advertisements, It can also be applied to store signs and event venues.

It is a front view which shows Example 1 of the display which gives a dynamic vision using the black light which concerns on this invention. It is a perspective view from the back part of Example 1 of a display which gives dynamic vision using the black light concerning the present invention. It is a front view which shows the state which the left end of the black light is lighted in Example 1 of the display which gives dynamic vision using the black light which concerns on this invention. Similarly, it is the front view which shows the state where 3rd from the left end is lit in Example 1. FIG. Similarly, it is the front view which shows the state where the 5th from the left end is lit in Example 1. FIG. FIG. 7 is a perspective view of a display that gives dynamic vision using a black light according to the present invention and is viewed from the upper right front. FIG. 9 is a perspective view showing Example 2 as seen from the upper right of the back part. It is a perspective view from the back which shows Example 3 which can open and close part of the main-body part of the display which gives dynamic vision using the black light which concerns on this invention. It is a perspective view from the back which shows Example 3 which can open and close a part of main body part similarly. It is a bottom view which shows Example 4 which provided the anti-slip vibration isolator (8) in the bottom face with the display which gives a dynamic vision using the black light which concerns on this invention. It is a bottom view which shows Example 4 which similarly provided the anti-skid vibration isolator in the bottom face. It is a partial cutaway view showing Example 1 of a display that gives dynamic vision using a black light according to the present invention. It is explanatory drawing which shows the state which made the black light relay blink on the cloud in Example 1 of the display which gives a dynamic vision using the black light which concerns on this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Main-body part 2 Blacklight 20 White spotlight 3 Irradiation surface 30 Base 31 Light emission part (cloud wave)
31 Light emitting parts (ships) at key points
4 Power switch 5 Speed control knob 6 Luminous intensity knob 7 Sound switch 8 Anti-slip vibration isolator 9 Timer switch 10 Sensor switch 10a Sensor 11 Light cover 22 Solar panel 23 Mounting hole 24 Electric supply changeover switch 25 Transparent plate 26 UV cut film 27 Case (Container part)
28 Cover (lid)

Claims (8)

A surface to be irradiated (3) is formed on the inner surface of the main body (1), which is a hollow solid body whose interior can be visually confirmed, with a large number of light emitting portions (31) coated with a fluorescent paint partially or entirely, A large number of black lights (2) that irradiate the light emitting section (31) with a spot are arranged in a row, and the places where the respective black lights (2) are radiated are relay-flashed so that the speed can be adjusted. The black light is characterized in that the position of the light emitting unit (31) irradiated by 2) is moved and visually recognized, and the light emitting unit (31) at a non-moving important point gives a viewer dynamic vision based on motion illusion. A display that gives dynamic visuals using the. Irradiated surface (3) in which a main body part (1), which is a hollow solid body whose inside can be visually confirmed, is provided with a light emitting part (31) at a point where a fluorescent paint is applied and a large number of light emitting parts (31) are arranged around it. ) And a white spotlight (20) for irradiating the light emitting part (31) at the important point, and a plurality of black lights (2) for spot irradiating each of the surrounding light emitting parts (31). A display that provides dynamic vision using a black light, wherein the portion illuminated by the black light (2) is configured to blink in a relay manner so that the speed can be adjusted. Irradiated surface such as picture, design, three-dimensional shape, scenery, pattern, etc., such as a ship navigating the sea on the inner wall surface in the body part (1) that is a hollow solid that can visually see the inside from at least one direction (3) is provided, and the irradiated surface (3) such as a picture of the inner wall surface of the main body (1) has several light emitting parts (31) coated with a fluorescent paint partially or entirely, and the light emitting part (31) is a light emitting part (31) where a fluorescent paint is applied and a large number of light emitting parts (31) are arranged around it, and a light cover ( 11) A white spotlight (20) for irradiating the light emitting section (31) is provided, and a large number of black lights (2), (2), (2),. The speed of the black light (2) is adjusted by the speed control knob (5). The circuit configuration is such that the relay circuit blinks in sequence freely, and each of the black light (2) has its irradiation direction determined in accordance with the surface to be irradiated (3) and is located near each light emitting section (31). The light emitting unit (31) is sequentially visually emphasized by irradiation and fluorescence reflection. A transparent plate (25) is provided on the front surface of the main body unit (1), and the covered portion is provided from the front surface of the main body unit (1). Dynamic vision using a black light characterized by providing a space between the illuminated surfaces (3) to give a sense of depth and give a stereoscopic effect while giving a sense of depth to the illuminated surface (3) Give display. Three or more black lights (2) are arranged in a row, and each black light (2) has an incident angle of 10 degrees to 45 degrees with respect to each light emitting section (31). A display that provides dynamic vision using the black light according to claim 1. 5. The display that gives dynamic vision using the black light according to any one of claims 1 to 4, wherein the irradiated surface (3) has a shape whose upper side is curved forward. The display which gives dynamic vision using the black light according to any one of claims 1 to 5, wherein a part of said main part (1) can be opened and closed. The display which gives a dynamic vision using the black light in any one of Claims 1-6 which formed the mirror surface in a part of said main-body part (1). The power switch (4) uses a battery or a solar panel (22) as a power source, and is provided with an ON / OFF switch, or a switch composed of ON1, ON2 and OFF for switching the blinking speed or blinking direction. 2) a sound switch (7), a timer switch (9), a sensor (10a) for approaching an object, and a sensor switch (10) operated by the sensor (10a). A display that provides dynamic vision using the bublack light according to claim 7.