JP2002043074A - Method and system for spatial art lighting and storage medium for the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a method and a system for spatial art lighting, capable of performing a ceremony in the various space image, even inside an indoor space and capable of impressing those present, and to provide a storage medium for this spatial art lighting system. SOLUTION: A control unit 4 of a controller 5 reads out the control data of the lighting for creating the basic scene which causes the theme such as four seasons and nature to be imaged, by using moving lights 11, etc., from a basic scene memory 2, and controls the moving lights 11, etc., on the basis of the control data, so as to perform the spatial art lighting giving the impression that a ceremony, such as a wedding banquet is held in the basic scene corresponding to the theme.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a space effect lighting method, a space effect lighting system, and a storage medium for a space effect lighting system for staging a venue such as a wedding in accordance with the contents of a ceremony.

[0002]

2. Description of the Related Art Conventionally, when an illumination effect is performed in an event (expression) such as a wedding reception or the like, a lighting effect using a spotlight or the like is adopted, but the effect is produced for each scene according to the progress of the wedding reception or the like. No lighting was performed.

[0003]

As described above, a simple lighting such as a spotlight has only a small effect.
There was a problem that it was somewhat unsatisfactory to produce an event (ceremony) such as a wedding reception that impresses the attendees.

On the other hand, in recent years, wedding receptions have been diversified, and various spatial images have been demanded, such as outdoor receptions and evening receptions.

[0005] The present invention has been made in view of the above points, and an object of the present invention is to be able to proceed with a ceremony in various spatial images even in an indoor space, and to impress the attendees. The present invention relates to a space effect lighting method, a space effect lighting system, and a storage medium for a space effect lighting system that can be provided.

[0006]

In order to achieve the above object, according to the first aspect of the present invention, there are provided a plurality of moving lights having a variable illumination color, illumination pattern, brightness, and illumination direction. Using, changing the color, pattern, brightness and lighting position of the lighting light of the moving light according to the assumed theme corresponding to the expression to be produced, the lighting scene corresponding to the image of each stage of the expression progress It is characterized by creating.

According to a second aspect of the present invention, in the first aspect of the present invention, the expression is a wedding reception, and the theme is assumed based on season and nature.

According to a third aspect of the present invention, a plurality of moving lights having at least a gobo wheel having a plurality of types of projection plates on which patterns to be projected are formed, a plurality of color lights having a plurality of types of color filters, and each moving light is provided. Controller that changes the color, pattern, brightness, and illumination position of the illumination light by the moving light by controlling at least the dimming, projection direction, gobo wheel, and color wheel of the illumination light, and supports the expression to be directed Storage means for setting and storing the control contents of the color, pattern, brightness and lighting position of the illuminating light by the moving light in each of the plurality of illuminated scenes for each of the themes; For lighting production targets,
Storage means for setting and storing the control content of the color, pattern, brightness, and illumination position of the illumination light by the moving light, wherein the controller controls each moving light based on the control content stored in each storage means. It is characterized by the following.

According to a fourth aspect of the present invention, in the third aspect of the present invention, the expression is a wedding reception, and the theme is assumed based on seasons and nature.

According to a fifth aspect of the present invention, in the third aspect of the present invention, the theme is spring, and a pattern, color, and brightness reminiscent of a spring season such as a flower field, spring fresh green, and sunbeams can be obtained as an illumination scene. The control content is set.

According to a sixth aspect of the present invention, in the third aspect of the present invention, the theme is summer, and as a lighting scene, the sense of summer season such as the sunbeams of fresh green trees in summer, the noise of trees swaying in incense wind, the sunflower in summer, etc. The control content for obtaining a pattern, color, and brightness that reminds the user is set.

According to a seventh aspect of the present invention, in the third aspect of the present invention, the theme is autumn, and a control content for obtaining a pattern, color, and brightness reminiscent of a seasonal feeling of autumn, such as autumn leaves, is set as an illumination scene. It is characterized by having done.

According to an eighth aspect of the present invention, the moving light in each lighting scene for each of a plurality of themes assumed corresponding to the expression to be directed is set and stored in the storage means of the space effect lighting system according to the third aspect. It is characterized by storing control contents of color, pattern, brightness and illumination position of illumination light.

[0014]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to embodiments.

FIG. 1 shows a schematic configuration of a space effect lighting system according to the present invention. The space effect lighting system includes a plurality of moving units capable of controlling the direction, color, pattern, brightness (dimming) and the like of a light beam. Using the lights 1 ₁ and the moving lights 1 ₁ and so on, the ceiling, floor, rear wall, and both side walls of the venue such as a wedding banquet hall or a theater project a basic scene that images the theme of the four seasons or nature. Effect memory for storing basic control data for each theme, and a general effect memory for storing data for performing a general effect of emphasizing the moving lights 1 ₁ ... 3 and comprises a chronologically read control the moving lights 1 ₁ ... and the combined control data stored in the two memories 2 and 3 in formula progression e.g. microphone It is composed of a controller 5 and a control unit 4 which consists of a computer, the controller 5
The control unit 4 reads the control data for creating a basic scene corresponding to the predetermined theme from the memory 2 for the basic scene and controls the moving lights 1 ₁ . It is possible to provide space effect lighting as if performing an event (ceremony) such as.

The control signal sent from the control unit 4 to the moving lights 1 ₁ ... Via the signal line 6 is a general-purpose signal using, for example, a digital control signal normally used in stage lighting (for example, DMX512 which is an industry standard signal). It has the nature.

The moving light 1 ₁ ... are used those having an external appearance as shown in FIG. 2, the light main body 10, the interior of the rotary drive and rotatably supported between both side arms of the U-shaped arm body 11 Light body 1 in the vertical direction by a part (not shown)
The vertical rotation driving mechanism 12 for rotating the arm 11 and the center of the arm 11 are supported rotatably in the horizontal direction, and the arm 11 is rotated in the horizontal direction by an internal rotation driving unit (not shown). A horizontal rotation drive mechanism 13 for rotating the light main body 10 in the horizontal direction is provided so that the irradiation direction can be freely changed. FIG.
(A) and (b) show a front view and a side view.

The internal mechanism of the light main body 10 of the moving light 1 has a structure as shown in FIG. 4. The light main body 10 has a structure that is vertically divided into two parts, and a shutter mechanism 20 and a prism mechanism are provided inside the front. 21, gobo mechanism 22,
A color wheel mechanism 23, a lens unit L, and the like are built-in, and a lamp 24 and a focus device 25 are disposed in the rear interior. The lighting of the mechanisms 20 to 23, the focus mechanism 25, and the lamp 24 is controlled by the control unit 4 of the controller 5. Remote control.

The color wheel mechanism 23 has a mechanism for driving the two color wheels 23A and 23B to be rotated by motors (not shown), and selects a color filter attached to the color wheels 23A and 23B to select an optical path of the lamp 24. It can be arranged on the upper side, and one or a combination of the color filters put in the holders of the two color wheels 23A and 23B can be selected.

The gobo mechanism 22 includes a first gobo wheel 22.
A, a drive mechanism for rotating the second gobo hole 22B by a motor and rotating the gobo holder 33 attached to the first gobo wheel 22A, respectively;
The gobo that passes the light of the lamp 24 is
One gobo can be selected or overlapped by rotating each of 2A and 22B, and by rotating the gobo holder 33 of the gobo wheel 22A, it is possible to change the direction of the projected pattern and give movement. Has become.

The prism mechanism 21 is provided with, for example, a rotating three-sided prism 21A so as to obtain a prism effect by passing the light of the lamp 24. The projection can be divided into three as shown in FIG. it can.

The shutter mechanism 20 opens and closes the shutter 20A to obtain a flash effect or the like.

The focus mechanism 25 controls the focus by moving the lamp 24.

FIG. 5 is an exploded perspective view of the gobo mechanism 22. The gobo wheels 22A and 22B are provided with gobo holders 33 and 33 'at regular intervals in the circumferential direction. Fixed base 2 at the tip of shaft 26
The central portion is fixed to 6a by a fixing screw 27 and is independently driven to rotate.

A rotatable gear 28 is provided on the outer periphery of a rotary shaft 26 corresponding to one gobo wheel 22A. The gear 28 is driven by a gobo holder driving motor (not shown) via a driven gear 29. It is designed to be driven to rotate. The gobo wheel 22A attaches an outer ring 31 from the back side to each hole 30 drilled at equal intervals in the circumferential direction as shown in FIG.
1, a bearing 32 and a gobo holder 33 rotatably held by the bearing 32 are arranged. The gobo holder 33 meshes a gear 34 provided on the outer periphery with the gear 28 and is driven to rotate by a motor for driving the gobo holder. It is supposed to be. Reference numeral 35 denotes a gear fixed to the rotating shaft 26 for transmitting the driving force from the motor to the rotating shaft 26. 36 is a bearing and 37 is a locking ring.

The gobos to be attached to the gobo holders 33 and 33 'of the gobo wheels 22A and 22B may be formed by stamping and forming various designs on a metal plate as shown in FIGS. Printed projection plate 39
(Hereinafter referred to as gobo 39), and can be freely replaced.

The moving light 1 ₁ constructed as described above.
Are provided as appropriate in the ceremony hall, and illuminate under the control of the controller 5 to create a spatial image in the hall.

FIG. 8 shows an example of setting up a wedding reception hall X. In this example, moving lights 1 ₁ ... Are arranged at ceiling positions along both side walls, and each moving light 1 ₁ .
Horizontal (pan) direction, vertical (tilt) of the light body 10
By controlling the direction, it is possible to illuminate various positions in the wedding marriage venue X.

By the way, various spatial images to be produced by the space production lighting system of the present invention include, for example, four seasons (spring, summer, autumn, winter) and nature (sea, sky, etc.). It is necessary to be able to carry out a program (formula progress) in the spatial image of the above. These spatial images are called basic scenes, and control data for projecting scenes that image the four seasons and nature are stored for each theme. The theme referred to here indicates, for example, the contents of a specific spatial image such as "flower garden" of "spring" in the four seasons.

Next, a description will be given of an embodiment of lighting for producing a spatial image according to a program example of a wedding reception held in the wedding reception hall X shown in FIG. 8 (see FIG. 9).

In the program example shown in FIG. 9, (2)
It is assumed that a basic scene needs to be created in each of (4), (7), and (9) to (12).

In the wedding reception program shown in FIG. 8, the first guest entrance scene (1) is performed. In this scene, the stage scene lighting is not performed. Next, in the scene (2) where the bride and groom are input, lighting is performed to create a basic scene. The basic scene of this scene (2) is, for example, a scene of a scene image of "flower garden" in "spring". At this time, the horizontal and vertical movements of all the moving lights 1 ₁ ... Are controlled to illuminate the ceiling, walls and floors near the entrance Y of the wedding reception hall X. Create a scene of the scenery image of "flower garden".

In this case, the gobo holder 33 of the first gobo wheel 22A of the gobo mechanism 22 in the moving lights 1 ₁ ...
A gobo 39 made of a metal plate or a printed glass plate stamped with a “flower garden” design
Is moved to a position where the light of the lamp 24 passes by controlling the rotation of the gobo wheel 22A. At the same time, a gobo 39 made of an irregularly designed glass plate placed in any of the gobo holders 33 'of the second gobo wheel 22B.
Is operated by rotating the gobo wheel 22B to the position where the light of the lamp 24 is transmitted. As a result, the light of the lamp 24 passes through the gobo 39 designed for the “flower garden” and the gobo 39 made of an uneven glass plate, and as a result, the pattern of the “flower garden” is formed by the gobo 39 made of an uneven glass plate. It will be in a shabby form.

On the other hand, by rotating the color wheels 23A and 23B, for example, a pink color filter among the color filters contained in each holder is moved to a position where the light of the lamp 24 passes. The result was pink,
The pattern of "flower garden" will be projected as a blurred shape.

Here, when all the moving lights 1 ₁ are projected on the floor, wall, and ceiling near the entrance Y,
In the vicinity of the entrance Y, lighting wrapped in the image of the "flower garden" is performed.

At this time, by controlling the focus mechanism 25 of the lamp 24 to shift the focus from the focus position and perform slightly blurred illumination, the "flower garden" can be further blurred and a fantastic image can be created. Can be.

[0037] By moving lights 1 ₁ ... control of more than will be able to create a basic scene of "flower garden" in the "spring".

Here, actually, the control data of the gobo mechanism 22, the control data of the color wheel mechanism 23, the focus control data of the focus mechanism 25, and the direction control data of the horizontal and vertical directions of the lamp body 10 are referred to as "Spring Are stored in the basic scene memory 2 as control data for creating a basic scene of “flower garden”, and these control data are chronologically controlled by the control unit 4 along with the progress of the wedding reception program (formula). Moving light 1
₁ Used to control….

After playing the above basic scene near the entrance Y, the bride and groom begin to walk toward the Takasago seat Z,
The following methods (a)-until you get to Takasago Seat Z
The general lighting effect control according to (c) is performed.

(A) The moving lights ₁₁ to ₁₆ are used for a follow pin operation to chase the groom / bride. In this case, the gobo mechanism 22, the color wheel mechanism 23, and the focus mechanism 25 are controlled so that the light of the lamp 24 can be directly radiated in a focused form. The vertical (tilt) direction is controlled to move the lighting according to the movement of the bride and groom.

(B) The moving lights ₁₁ to ₁₆ are moved so as to randomly irradiate the inside of the wedding reception hall X,
Performs a lively atmosphere. In this case, gobo mechanism 22, color wheel mechanism 23, focus mechanism 2
5 by irradiating the light of the lamp 24 directly in a focused form or by irradiating with a pattern different from the above-mentioned "flower garden".
A method of randomly controlling the vertical (tilt) direction is employed.

(C) Turn off the moving lights ₁₁ to ₁₆ and turn on the base light provided in the wedding reception hall X.
For example, a method of lighting only a chandelier or a downlight is used.

These methods (a) to (c) are conventional production methods. In any of the methods, the control data of the moving lights 1 ₁ ... Is stored in the general production memory 3 in advance. When the bride and groom walk out of the entrance Y, they are read by the control unit 4 and used for controlling the moving lights 1 ₁ .

Next, when the bride and groom arrive at the Takasago seat Z, the "flower garden" of the above "spring" is again stored in the memory 2 for the basic scene.
Of the lamp body 10 in the control data corresponding to the basic scene
As the direction control data in each of the horizontal and vertical directions, the data corresponding to the position corresponding to the vicinity of the Takasago seat Z is read and used, and as the other control data, the same control data as the scene (2) is used. 1 ₁ ... are controlled.
As a result, the floor, walls, and ceiling near Takasago Seat Z are “spring”
Lighting that projects the image of the "flower garden" is performed.

As described above, the control data corresponding to the basic scene of "flower garden" of "spring" is read out from the basic scene memory 2 to perform control, and the control corresponding to the general lighting effect is performed from the general effect memory 3. The scene (2) of entrance to the bride and groom is established by a series of movements for calling data and performing a general lighting effect.

In the basic scene, "flower garden" of "spring"
When performing the effect lighting that images
To rotate the lamp 24 to the position where the light of the lamp 24 passes.
When the plane prism is moved, the projection by the gobo 39 is shown in FIG.
As shown by 0, the image is divided into three layers, and a fantastic scene can be created.

Further, since the first gobo wheel 22A can rotate the gobo holder 33 itself, an effective effect can be obtained by further rotating the gobo from the image of the flower field triple projected by the above-mentioned prism effect. Can also.

In the following congratulations / introduction of the bride and groom (3), a general lighting effect is performed in a scene where a basic scene is unnecessary. In this case, the control unit 4 controls the moving light 1 ₁
Are read out from the general effect memory 3 by the control unit 4 to control the moving lights 1 ₁ , and perform a general lighting effect. It is also possible to use a method in which the stage lighting for creating the basic scene of “flower garden” in “spring” near the last Takasago seat Z of the bride and groom entrance is maintained during this time.

Next, when proceeding to the cake cutting scene (4), the theme of the basic scene is changed to the theme of "fresh green" in "spring", and lighting for creating a basic scene based on this is performed.

In this case, first, when the bride and groom stand for cake cutting, the scene of the above-described general performance (or “spring”)
From the basic scene of “flower garden”) to the lighting of the basic scene corresponding to the theme of “fresh green” in the above “spring”.

This conversion is performed by the gobo holder 3 of the first gobo wheel 22A of the gobo mechanism 22 in the moving lights 1 ₁ .
3, the gobo 39 made of a metal plate or a printed glass plate stamped with a design inspired of "fresh green" is rotated to control the rotation of the gobo wheel 22A to a position where the light of the lamp 24 passes. Move.
At the same time, the gobo 39 made of an irregularly designed glass plate and placed in one of the gobo holders 33 'of the second gobo wheel 22B is rotated to the position where the light of the lamp 24 is transmitted by rotating the gobo wheel 22B. As a result, the light of the lamp 24 passes through the gobo 39 designed to be “fresh green” and the gobo 39 made of an uneven glass plate, and as a result, the gobo 3 made of the uneven glass plate has a “fresh green” pattern.
9 gives a blurred shape.

On the other hand, the color wheels 23A and 23B are rotated to move, for example, a green color filter among the color filters contained in each holder to a position where the light of the lamp 24 passes. As a result, it took green, "fresh green"
Is projected as a blurred shape.

At this time, by controlling the focus mechanism 25 of the lamp 24 to shift the focus from the focus position and perform slightly blurred illumination, it is possible to further blur "fresh green" and create a fantastic image. Can be.

By controlling the horizontal (pan) and vertical (tilt) directions of the lamp body 10 to point to the position of the Takasago seat Z, the scene near the Takasago seat Z is wrapped in a fresh green image.

That is, in the basic scene memory 2, control data of the gobo mechanism 22, control data of the color wheel mechanism 23, focus control data of the focus mechanism 25,
The direction control data in each of the horizontal and vertical directions of the lamp body 10 is stored in the basic scene memory 2 as control data for performing illumination for creating a basic scene of "spring" of "spring". Thus, the control unit 4 controls the moving lights 1 ₁ .

Next, while the bride and groom are heading for the cake, the above-mentioned (a) to (b)
The control data corresponding to one of the methods (c) is read out from the general effect memory 3 and general effect control is performed.

When the bride and groom arrive at the position of the cake, the basic scene of the above-mentioned "spring" image of "fresh green" is again moved to the horizontal (pan) and vertical (tilt) directions of the lamp body 10 of the moving lights 11. Only the control data of the different scene is read out from the basic scene memory 2 and the control section 4 controls the moving lights 1 ₁ .

In this case, the horizontal (pan) of the lamp body 10
By associating the vertical (tilt) direction with the position of the cake, the area around the cake can be wrapped in a fantastic light of “fresh green”. Until the groom and the bride are seated, a general effect technique is again taken, and when the seat is seated, control is performed to reproduce the above-mentioned "fresh green" basic scene again.

The above is the progress of the scene corresponding to the cake cutting scene (4).

[0060] Thereafter toast of the scene (5) different from until adjournment of the scene (13) scenes there is a but, a necessary scene of the basic scene the necessary space to control the moving lights 1 ₁ ... as described above (Takasago Only the seat Z, the entrance Y, and other specific places in the banquet hall X) can project each image scene in the season of “spring”.

In the above description, "flower garden" and "fresh green" of "spring" are adopted as the basic scene. For example, a gobo 39 which recalls "sunlight through the sun" in the "spring" season is used.
With "Spring" as a basic theme, a basic scene can be created using a pattern of a gobo 39 that draws various images.

Naturally, it is also possible to create basic scenes with images of different seasons, such as "fresh green" and "sunlight" in "summer", and autumn leaves in "autumn".

The background color image of the basic scene described above is created using a single color such as pink or green. For example, two or more colors such as flowers or trees appearing in a certain background color are created. When an object is used as a basic scene, the roles can be divided into an object for creating an image of a background color among a plurality of moving lights 1 ₁ , and an object for projecting an image of a flower or a tree. Further, by increasing the number of the moving lights 1 ₁ ... To more than 6, the effect can be further enhanced.

Each scene (2) (4) (5) (7) (9) to (1) for creating a basic scene in the program example of FIG.
In 2), the theme of the basic scene is “autumn” “autumn leaves”
An example in the case of the above will be described below.

In this case, the entire space is wrapped in fine fallen leaves, and a scene is created based on gold (amber) to emphasize the beautiful radiance of the autumn leaves, and the richness of the fruitful autumn and the beauty of the autumn leaves ( To express the golden shine).

More specifically, in the scene (2) where the bride and groom enter, a basic scene is created using a gobo 39 having a pattern resembling a fruit field and a color filter as a background color.

In the scene (4) of cake cutting, a basic scene is created by using a gobo 39 having a pattern that images the radiance of autumn leaves and using a color filter as a background color.

In the toasting scene (5), a basic scene is created by using a gobo 39 having a pattern imagining a fruit field and a color filter as a background color. In this case, a performance that emphasizes the image of the harvest festival is performed.

The scene (7) for changing the color and the scene (8) for lighting the candle are similar to the scene (4) for cutting the cake.
A basic scene is created by using a gobo 39 having a pattern that images the radiance of autumn leaves and using a color filter as a background color.

The first dance scene (10) uses a gobo 39 having a pattern reminiscent of a fruit field and a basic scene using a color filter as a background color, similarly to the bride and groom entrance scene (2). Create.

In each of the scenes of presenting a bouquet to parents (11), the bride and groom's acknowledgment and the parents' acknowledgment (12), a gobo 39 with a pattern reminiscent of sunset (golden glitter) is used, and the background is used. A basic scene is created using color filters that become colors. In this case, a performance that emphasizes the image of the harvest festival is performed.

The scenes (2), (4), (5), (7), (9) to (1) that create the basic scene in the program example of FIG.
An example of the case where the theme is “natural” and “starry sky” in 2) will be described below.

In this case, an effect of light as if the whole space is in outer space, and a basic scene for projecting a city scenery in silhouette are created.

Specifically, in the scene (2) for bride and groom entrance, a basic scene in which the whole space is imaged by the universe is created by using the gobo 39 indicating “galaxy (milky way)”. At this time, the gobo 39 is slowly rotated in a certain direction to produce the expansion of the outer space.

In the cake cutting scene (4), using a gobo 39 having a pattern of a “shooting star” in any one of the moving lights 1, the “shooting star” is projected with the basic scene indicating the “galaxy” as a background. . At this time, the direction of the moving light 1 with respect to the horizontal and vertical directions of the light main body 10 is controlled to move the “shooting star”.

In the toasting scene (5) and the color-changing entrance scene (7), the whole space is imagined as a universe using the gobo 39 indicating "galaxy" as in the bride and groom entrance scene (2). Create a basic scene.

The scene (8) of the candle ignition uses the cake cutting scene (4) and a gobo 39 having a pattern reminiscent of a "falling star" in any one of the moving lights 1, with the above-mentioned "galaxy" basic scene as a background. Project a shooting star.

In the first dance scene (10), a gobo 39 having the silhouette of the "city" as a silhouette is used in any of the moving lights 1, and the silhouette of the "city" is projected on the background of the basic scene indicating "galactic". And create a scene inspired by the “brightness and stars of the city”.

In the scene of presenting the bouquet to the parents (11), the bride and groom acknowledgment and the parents' acknowledgment (12), the galaxy (Milky Way) is the same as the scene of the bride and groom entrance (2).
Is used to create a basic scene in which the entire space images the universe.

In each scene, "quasar",
The gobo 39 expressing the “moon” may be used to project onto a background consisting of a basic scene showing a “galaxy” to give a change to the background light.

The scenes (2), (4), (5), (7), (9) to (1) that create the basic scene in the program example of FIG.
An example of the case where the theme of the basic scene is “color” and “blue” in 2) will be described below.

In this case, a scene that images water is created based on the color blue.

Specifically, in the scene (2) where the bride and groom enter, a blue color filter is used in order to dye the entire space with the blue color of the “ocean”.

In the scene (4) of cake cutting, a gobo 39 having a pattern reminiscent of a “tropical fish” is used for any one of the moving lights 1, and the basic scene showing the “sea” dyed blue is used as a background. Tropical fish ". At this time, the horizontal of the light body 10 of the moving light 1
The “tropical fish” is moved by controlling the direction with respect to the vertical direction, and at the same time, a gobo 39 for indicating “swaying in water” is used in another moving light 1, and a basic scene indicating the “sea” is included. Create a scene that creates a feeling of “swaying underwater” in the background. In this case, the movement of "tropical fish" creates a sense of depth.

In the toasting scene (5) and the color-changing entrance scene (7), the gobo 39 having a pattern reminiscent of “fluctuation of the water surface” is used for any one of the moving lights 1.
Create a scene that creates a feeling of "swaying on the water surface" with a basic scene showing "sea" as a background.

In the scene (8) of candle ignition, a gobo 3 showing “shining light” is given to any one of the moving lights 1.
9 is used to create a scene that gives a “glitter of light” feeling to the background consisting of the basic scene showing “sea”.

In the first dance scene (10), like the toast scene (5) and the color change entrance scene (7),
A gobo 39 having a pattern of "water surface fluctuation" is used for any one of the moving lights 1 to create a scene that gives a feeling of "water surface fluctuation" with a basic scene indicating "sea" as a background.

In the scene of presenting a bouquet to the parents (11), the bride and groom acknowledgments and the parents' representative acknowledgments (12), a gobo 39 with a pattern reminiscent of “brightness of the sea surface” is assigned to one of the moving lights 1. Using the basic sheet showing "sea" as a background, a scene that produces "brightness of the sea surface" is created to express a change in time.

It is to be noted that a gobo 39 expressing “movement of clouds” may be added to change the light. In any case, in the case of the present example, the cleanness of water and air is expressed by producing a spatial image with a sense of spaciousness.

[0090] Using the space direction illumination system of the present invention as described above, moving lights 1 ₁ by the controller 5
By controlling..., Various spatial images can be created. Therefore, the control contents of the color, pattern, brightness, and lighting position of the illuminating light by the moving lights 1 ₁ ... In each lighting scene for each of a plurality of themes that are assumed to correspond to the event (expression) to be produced are previously determined by FD,
If stored in an MO or other storage medium together with a procedure (sequence) for reading out according to the progress of the ceremony, by providing the storage medium to a ceremony hall equipped with the space effect lighting system of the present invention, the user side In particular, it is not necessary to create control data. Also, by saving the storage medium, it is possible to reproduce the spatial lighting effect used in the past.

In the above-described example, the present invention is applied to a wedding reception, but it goes without saying that the present invention can be applied to space lighting effects in other proceedings.

[0092]

According to the first aspect of the present invention, a plurality of moving lights of which the color, the illumination pattern, and the brightness of the illumination light are variable and the illumination direction is variable, are assumed to correspond to the expression intended to produce the effect. By changing the color, pattern, brightness and lighting position of the lighting light of the moving light according to the theme to be created, and creating lighting scenes according to the images of each stage of the ceremony, various spatial images can be created even in indoor spaces. Can be created, and the ceremony can proceed in various spatial images even in the indoor space. As a result, a space effect lighting method that excites attendees by enlivening the atmosphere of the place can be provided.

According to a second aspect of the present invention, in the first aspect, the expression is a wedding reception, and the theme is seasonal,
Because it was assumed based on nature, it is possible to produce a wedding reception in a refreshing season and in the spatial image of nature.

According to a third aspect of the present invention, a plurality of moving lights including at least a gobo wheel including a plurality of types of projection plates on which patterns to be projected are formed, a plurality of color wheels including a plurality of types of color filters, and each moving light Controller that changes the color, pattern, brightness, and illumination position of the illumination light by the moving light by controlling at least the dimming, projection direction, gobo wheel, and color wheel of the illumination light, and supports the expression to be directed Storage means for setting and storing the control contents of the color, pattern, brightness and lighting position of the illuminating light by the moving light in each of the plurality of illuminated scenes for each of the themes; Control contents of color, pattern, brightness and lighting position of lighting light by moving light for lighting production target And the controller controls each moving light based on the control content stored in each storage means, so that the expression (program) is automatically advanced and the appropriate lighting in each scene is provided. Scenes can be created automatically, and by changing the control contents set and stored in the storage means,
It is easy to create lighting scenes corresponding to various expressions.

According to a fourth aspect of the present invention, in the third aspect, the expression is a wedding reception, and the theme is seasonal,
Because it was assumed based on nature, it was possible to automatically perform the lighting production of the fair reception that gives a refreshing image,
In particular, the invention according to claim 5 is a control method according to claim 3, wherein the theme is spring, and a pattern, color, and brightness are obtained as a lighting scene that reminds of a seasonal feeling of spring, such as a flower field, fresh green in spring, and sunlight through trees. Claim 6
The invention according to claim 3, wherein the theme is summer, and the lighting scene is a pattern reminiscent of the seasonal feeling of summer, such as the sunbeams of fresh green trees in summer, the buzzing of trees swaying in incense, the sunflowers of summer, etc. Since the control contents for obtaining the brightness are set, the invention of claim 7 is the invention according to claim 3, wherein the theme is autumn and a pattern or color reminiscent of autumn season such as autumn leaves as a lighting scene. Since the control contents for obtaining the brightness can be set, the lighting scene of the wedding reception can be automatically created in the spatial image having the seasonal feeling in each of them.

According to the invention of claim 8, the moving light in each lighting scene for each of a plurality of themes assumed corresponding to the expression to be produced is stored and set in the storage means of the space effect lighting system of claim 3. The color of the illumination light,
Since the control contents of the pattern, brightness and lighting position are stored,
By providing the storage medium to a ceremony hall equipped with a system, it is not necessary for the user to create control data, and by storing the storage medium, the spatial lighting effects performed in the past can be reproduced. can do.

[Brief description of the drawings]

FIG. 1 is a schematic configuration diagram of a space effect lighting system of the present invention.

FIG. 2 is a perspective view of a moving light used in the lighting device;

FIG. 3 (a) is a reduced front view of the moving light used in the above. (B) is a reduced side view of the moving light used in the above.

FIG. 4 is an exploded perspective view in which a part of an internal mechanism of a light main body of the moving light used in the above is partially omitted.

FIG. 5 is an exploded perspective view of a gobo mechanism of the moving light used in the first embodiment.

FIG. 6 is an exploded perspective view of a main part of the gobo wheel used in the above.

FIGS. 7 (a) to 7 (e) are enlarged front views of a gobo used for a moving light used in the above.

FIG. 8 is an explanatory diagram of disposing moving lights in a wedding reception banquet hall where the same is installed.

FIG. 9 is a diagram illustrating a program example of an expression using the above.

FIG. 10 is an explanatory diagram of a prism effect by a moving light used in the lighting device.

[Explanation of symbols]

1 ₁ Moving light 2 Memory for basic scene 3 Memory for general performance 4 Control unit 5 Controller 6 Signal line

 ──────────────────────────────────────────────────続 き Continuing on the front page (72) Inventor Masakazu Oku 3-8-29 Takatsu, Chuo-ku, Osaka-shi F-term in Technical Art Co., Ltd. (reference) 3K060 AA06 CA08 CB01 CB08 CB09 CC04 EA01 3K073 AA00 AA52 CB01 CG06 CG42 CH21 CJ11

Claims (8)

[Claims] 1. A plurality of moving lights of which the color, the illumination pattern, and the brightness of illumination light are variable and the illumination direction is variable, and the moving is performed according to the theme assumed according to the expression to be produced. A space effect lighting method characterized by changing a color, a pattern, brightness, and a lighting position of a lighting light of a light to create a basic lighting scene corresponding to an image of each stage of the formula. 2. The space effect lighting method according to claim 1, wherein said formula is a wedding reception, and said theme is assumed based on season and nature. 3. A plurality of moving lights having at least a gobo wheel having a plurality of types of projection plates on which patterns to be projected are formed, a color wheel having a plurality of types of color filters, and adjusting illumination light of each moving light. A controller that controls at least the light, the projection direction, and the gobo wheel and the color wheel to change the color, pattern, brightness, and illumination position of the illumination light by the moving light,
Storage means for setting and storing the control contents of the color, pattern, brightness and lighting position of the illuminating light by the moving light in each lighting scene for each of a plurality of themes assumed corresponding to the expression to be produced; In addition to the lighting scene, a storage means for setting and storing the control content of the color, pattern, brightness, and illumination position of the illumination light by the moving light for a specific lighting effect target, and the controller is stored in each storage means. A space effect lighting system, wherein each moving light is controlled based on the control contents. 4. The space effect lighting system according to claim 3, wherein said formula is a wedding reception, and said theme is assumed based on season and nature. 5. The method according to claim 1, wherein the theme is spring, and a control content for obtaining a pattern, color, and brightness reminiscent of a seasonal feeling of spring, such as a flower field, fresh green in spring, and sunbeams, is set as an illumination scene. 4. The space effect lighting system according to 4. 6. The theme is summer, and as a lighting scene, the sunbeams of fresh green trees in summer, the noise of the trees swaying in the incense wind,
The space effect lighting system according to claim 4, wherein a control content for obtaining a pattern, color, and brightness reminiscent of a summer season such as summer sunflower is set. 7. The control method according to claim 4, wherein the theme is autumn, and a pattern, color, and brightness are obtained as a lighting scene, such as autumn leaves, which reminds of a seasonal feeling of autumn.
The space effect lighting system as described. 8. The color of the illuminating light by the moving light in each illumination scene for each of a plurality of themes assumed corresponding to the expression to be rendered, which is set and stored in the storage means of the spatial rendering lighting system according to claim 3. A storage medium for a space effect lighting system, characterized by storing a control content of a pattern, brightness, and a lighting position.