JP7279564B2 - Lighting effect experience system - Google Patents

Description

Application of Article 30, Paragraph 2 of the Patent Act [Publisher] Sekisui House, Ltd. [Exhibition date] July 26, 2018 [Exhibition location] Sekisui House, Ltd. Comprehensive Housing Research Institute Natsuki Kobo

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a lighting effect sensation system that allows a visitor to experience a lighting effect.

2. Description of the Related Art Conventionally, there has been proposed a housing learning facility that allows visitors to learn the difference in lighting effects of various lighting fixtures such as downlights, ceiling lights, and pendant lights (see Patent Document 1). According to this, the audience is seated in the audience area, and the lecturer turns on and off various lighting fixtures by operating the operation panel, and how the lighting effects differ depending on the type of light source and the direction of light irradiation. can be learned.

JP-A-2000-149654

However, since the residential learning facility described above combines the lighting and extinguishing of a large number of lighting devices to provide a sense of the lighting effect, it is necessary to combine the lighting and extinguishing operations of various lighting devices. In addition to complication, if the operator is not familiar with the lighting effect obtained by combining the lighting and turning off of the lighting device, the lighting effect cannot necessarily be experienced effectively.

SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a system for experiencing a lighting effect that enables users to effectively experience a lighting effect with a simple operation.

A system for experiencing a lighting effect according to the present invention is a system for experiencing a lighting effect that allows a visitor to experience a lighting effect, and comprises a simulated indoor space simulating an indoor living space and a plurality of indoor lighting devices arranged in the simulated indoor space. a simulated outdoor space formed adjacent to the simulated indoor space, an outdoor lighting device arranged in the simulated outdoor space, and an opening formed at the boundary between the simulated indoor space and the simulated outdoor space; an electric shielding device that covers the opening, a control unit that controls the plurality of indoor lighting devices and further controls the outdoor lighting device and the electric shielding device , a plurality of scenes showing lighting effects in advance, a storage unit that associates and stores the states of the indoor lighting devices and further stores the states of the outdoor lighting device and the electric shielding device in association with the scene ; and one scene from the plurality of scenes. and a display operation unit for displaying a selection of the scene so that the display operation unit accepts any of the scenes. , the indoor lighting device, respectively, and the control unit further controls the outdoor lighting device and the electric shielding device to the state stored in the storage unit in association with the scene, and the simulated outdoor The space includes trees, and the outdoor lighting device includes an external lighting device capable of changing at least a color temperature for illuminating the entire simulated outdoor space, and an up spotlight for irradiating the trees from below; and a down spotlight for irradiating the tree with light from above .

A system for experiencing a lighting effect according to the present invention is a system for experiencing a lighting effect that allows a visitor to experience a lighting effect, and comprises a simulated indoor space simulating an indoor living space and a plurality of indoor lighting devices arranged in the simulated indoor space. a simulated outdoor space formed adjacent to the simulated indoor space, an outdoor lighting device arranged in the simulated outdoor space, and an opening formed at a boundary between the simulated indoor space and the simulated outdoor space; an electric shielding device that covers the opening, a control unit that controls the plurality of indoor lighting devices and further controls the outdoor lighting device and the electric shielding device, a plurality of scenes showing lighting effects in advance, a storage unit that associates and stores the states of the indoor lighting devices and further stores the states of the outdoor lighting device and the electric shielding device in association with the scene; and one scene from the plurality of scenes. and a display operation unit for displaying a selection of the scene so as to be able to accept the selection, and when the display operation unit accepts one of the scenes, the control unit changes the scene to a state stored in the storage unit in association with the scene. , the indoor lighting device, respectively, and the control unit further controls the outdoor lighting device and the electric shielding device to the state stored in the storage unit in association with the scene, and the simulated outdoor The space includes a pond that stores water, a wave generator that generates waves on the water surface of the pond, and a wall facing the opening, and the outdoor lighting device is provided in the water of the pond. underwater illumination for illuminating the bottom of the pond, and reflection effect illumination for illuminating the water surface of the pond from above and reflecting the light from the water surface onto the wall surface. .

A system for experiencing a lighting effect according to the present invention is a system for experiencing a lighting effect that allows a visitor to experience a lighting effect, and comprises a simulated indoor space simulating an indoor living space and a plurality of indoor lighting devices arranged in the simulated indoor space. a simulated outdoor space formed adjacent to the simulated indoor space, an outdoor lighting device arranged in the simulated outdoor space, and an opening formed at the boundary between the simulated indoor space and the simulated outdoor space; an electric shielding device that covers the opening, a control unit that controls the plurality of indoor lighting devices and further controls the outdoor lighting device and the electric shielding device, a plurality of scenes showing lighting effects in advance, a storage unit that associates and stores the states of the indoor lighting devices and further stores the states of the outdoor lighting device and the electric shielding device in association with the scene; and one scene from the plurality of scenes. and a display operation unit for displaying a selection of the scene so that the display operation unit accepts any of the scenes. , the indoor lighting device, and the control unit further controls the outdoor lighting device and the electric shielding device to the state stored in the storage unit in association with the scene, and the display operation The unit is a touch panel, and the display operation unit displays a description of the indoor lighting device and/or the outdoor lighting device in the scene after accepting the selection of the scene.

In the lighting effect sensation system of the present invention, the simulated outdoor space includes a pond that stores water, a wave generator that generates waves on the water surface of the pond, and a wall surface that faces the opening, The outdoor lighting device includes an underwater lighting device that is provided in the water of the pond to illuminate the bottom of the pond, and a reflection device that irradiates the water surface of the pond with light from above and irradiates the wall surface with the light reflected from the water surface. and a dramatic lighting.

In the lighting effect sensation system of the present invention, the display operation unit is a touch panel, and the display operation unit accepts the selection of the scene, and then displays a description of the indoor lighting device and/or the outdoor lighting device in the scene. is characterized by displaying

In the lighting effect sensation system of the present invention, the display operation unit can receive individual state information indicating whether the indoor lighting device is on or off or brightness, and the display operation unit receives the individual state information When receiving, the control unit is characterized by controlling the indoor lighting device based on the individual state information.

The lighting effect sensation system of the present invention further comprises a display arranged in the simulated indoor space, the control unit further controls an image on the display, the storage unit associates the scene with the scene, The image of the display is further stored, and when the display operation unit accepts one of the scenes, the control unit associates the display with the scene and retrieves the image stored in the storage unit. It is characterized by further controlling the display state.

The system for experiencing lighting effects of the present invention further includes a simulated window lighting device that is arranged on a wall surface of the simulated indoor space, is capable of planar light emission, and simulates a window of the living space. The storage unit further stores the brightness and color temperature of the simulated window lighting device in association with the scene, and the display operation unit controls any of the When receiving a scene, the control unit further controls the simulated window lighting device to the brightness and color temperature stored in the storage unit in association with the scene.

According to the lighting effect experience system of the present invention, the display operation unit displays the selection of one scene from a plurality of scenes so that the operator can select one of the scenes. Since a plurality of indoor lighting devices can be controlled in the state stored in the system, the scene stored in advance can be reproduced with a simple operation, and the lighting effects can be effectively experienced.

According to the lighting effect experience system of the present invention, by simply selecting a scene displayed on the display operation unit, not only the lighting device but also the electric shield that covers the opening formed between the simulated indoor space and the simulated outdoor space. Since the state of the device can also be controlled, there is no need to operate a separate electric shielding device, and the operation of the system for experiencing lighting effects can be simplified. By controlling the state of the electric shielding device for each scene and controlling the outdoor lighting device, for example, the lighting effect of changing the state of the indoor lighting device according to changes in outdoor brightness between daytime and nighttime can be achieved. You can experience it more realistically.

According to the system for experiencing the lighting effect of the present invention, since it has at least the external light illumination capable of changing the color temperature for illuminating the entire simulated outdoor space, the above electric shielding means can be used for external light while the opening is open. By causing the lighting to emit light in a state of high color temperature, it is possible to produce daytime, by making it emit light in a state of low color temperature, it is possible to produce evening, and by turning off the external lighting, it is possible to produce nighttime. can be produced. By turning on the down spotlights that irradiate the trees in the simulated outdoor space with light from above, the simulated outdoor space can be produced as a space illuminated by natural light, and the trees can be illuminated with light from below. By turning on the illuminating up-spotlight, the simulated outdoor space can be produced as a fantastic space.

According to the system for experiencing lighting effects of the present invention, a simulated outdoor space is provided with a pond that stores water, a wave generator that generates waves on the water surface of the pond, and a wall facing an opening. Since the lighting device includes underwater lighting and reflection effect lighting, by turning on the underwater lighting while the wave generator is generating waves, it is possible to produce fluctuations on the surface of the water, and the wave generating device generates waves. By turning on the underwater lighting and the reflection effect lighting in the state where the water surface is set, the light and shadow reflected on the water surface are projected on the wall surface, and a fantastic space can be produced.

According to the lighting effect experience system of the present invention, after the display operation unit accepts the selection of a scene, the description of the indoor lighting device and/or the outdoor lighting device in the scene is displayed, so that the operator can easily select the indoor lighting device or the outdoor lighting device. Even if the viewer is unfamiliar with the explanation of the lighting device, he/she can explain the lighting effect to the viewer by reading the explanation displayed on the display operation unit.

According to the lighting effect sensory system of the present invention, the display operation unit can receive individual state information indicating whether the indoor lighting device is on or off or the brightness for each indoor lighting device, and based on the received individual state information, the indoor lighting device Therefore, a skilled operator of the system can operate the indoor lighting device in a state that is not set as a scene according to the attributes and interests of the visitor, allowing the visitor to effectively experience the lighting effect. can be made

According to the system for experiencing lighting effects of the present invention, the image stored in association with the scene for controlling the indoor lighting device is displayed on the display placed in the simulated indoor space. The viewer can experience the lighting effect in the scene where the television is being watched.

According to the lighting effect experience system of the present invention, the brightness and color temperature of the simulated window lighting device are controlled in relation to the scene. In the case of the scene (2), by lighting the simulated window lighting device in a dark light bulb color, it is possible to produce outside light in the morning and evening, and to experience the lighting effect of the indoor lighting device for each time period.

The figure explaining the whole structure of a lighting exhibition corner. The figure explaining the whole structure of the simulated indoor space and the simulated outdoor space. A partial enlarged view of the dining space and personal space of the simulated indoor space showing the positions of the indoor lighting devices. A partial enlarged view of the living space of the simulated indoor space showing the positions of the indoor lighting devices. FIG. 4 is a vertical cross-sectional view for explaining wall surfaces provided along the living space, personal space, and dining space of the simulated indoor space. FIG. 3 is a partial enlarged view of the simulated outdoor space showing the positions of the outdoor lighting devices; A vertical cross-sectional view of a simulated outdoor space. FIG. 2 is a block diagram showing the functional configuration of the system for experiencing lighting effects; FIG. 4 is a diagram schematically showing the state of each device stored for each scene in a storage unit; The figure which shows the state which displayed the display operation part so that one scene can be selected from a several scene. The figure which shows the state which displays the description of an indoor lighting device on a display operation part. FIG. 10 is a diagram showing a state in which individual state information of each device including whether the indoor lighting device is turned on or off or brightness can be received and displayed on the display operation unit;

Hereinafter, the lighting effect sensory system 1 of the embodiment of the present invention is a system of a lighting exhibition corner 2 provided in a tour facility that allows visitors to experience the performance and effects of houses and facilities installed in the houses. As shown in FIG. 1, the lighting exhibition corner 2 is composed of a plurality of spaces in which part of a house is simulated. The lighting exhibition corner 2 consists of a simulated indoor space 6 that reproduces a space in which a corridor 3, a lecture room 4, a Japanese-style room 5, a living space 8 and a dining space 9 are integrated, and a simulated outdoor space that simulates a garden of a house. 7 and .

Although not shown, the corridor 3 is provided with a plurality of downlights, footlights, and niche lighting on the wall side. You can experience the comparison of the effects and feel the changes in the lighting effect by changing the brightness of each downlight. In addition, the lecture room 4 presents presentations that explain the three primary colors of light, shadows, types of light sources, differences in color temperature of light, characteristics of LED lighting, and the like. Furthermore, in the Japanese-style room 5, it is possible to experience the difference in light between day and night, the difference in illuminance, and the difference in lighting impression due to the combination of color temperature and illuminance.

The lighting effect bodily sensation system 1 is a system that controls various lighting effects in the simulated indoor space 6 and the simulated outdoor space 7 in this embodiment. The lighting effect experience system 1 includes a simulated indoor space 6, a simulated outdoor space 7, an indoor lighting device Lx arranged in the simulated indoor space 6, a display 10 imitating a television screen, and a simulated window of a living space. A window lighting device 11, an outdoor lighting device Ly arranged in the simulated outdoor space 7, an opening 12 formed at the boundary between the simulated indoor space 6 and the simulated outdoor space 7, and an electric shielding device 13 covering the opening 12. , is equipped with As shown in FIG. 8, the system for experiencing lighting effects 1 includes a control unit 14 that controls various devices such as an indoor lighting device Lx, an outdoor lighting device Ly, an electric shielding device 13, a display 10, and a simulated window lighting device 11. , a storage unit 15 that associates and stores a plurality of scenes showing lighting effects and the states of various devices, and a display operation unit 16 that displays a selection of one scene from the plurality of scenes so that it can be displayed. .

As shown in FIG. 2, the simulated indoor space 6 includes a living space 8, a dining space 9, and a personal space 17, which are formed as an undivided integrated space. In the simulated indoor space 6, a dining table 18 is arranged in contact with a wall surface on the dining space 9 side, and a sofa 19 and a low table 20 are arranged on the living space 8 side. A wall surface against which the dining table 18 abuts is attached with a sign indicating a kitchen. Although it is actually a wall surface, it indicates that a kitchen space is originally provided without a wall surface. A kitchen counter 21 is formed on this wall surface so as to protrude toward the dining space 9 side. As shown in FIG. 5, a bench shelf 22 is formed on one wall surface of the simulated indoor space 6 extending from the living space 8 to the personal space 17, and the display 10 is placed on the bench shelf 22 on the living space 8 side. be done. A foliage plant 23 is placed in a corner of the simulated indoor space 6 that does not overlap the line of flow of visitors. A speaker (not shown) is provided in the simulated indoor space 6, and BGM or sound effects can be played to enhance the effect of the scene to be produced.

A plurality of indoor lighting devices Lx arranged in the simulated indoor space 6 include, as shown in FIGS. Lights L2 to L4, a wall-side downlight L5 that illuminates wall decorations by the wall of the living room, a central downlight L6 that is provided in the center of the living space 8 and illuminates the entire living room, and the left side of the opening 12 as viewed from the simulated indoor space 6. The opening left stand lighting L7 arranged in the interior space 6, the opening right stand lighting L8 arranged on the right side of the opening 12 when viewed from the simulated indoor space 6, the wall lighting L9 illuminating the wall imitating the kitchen space, and the dining table 18. A dining pendant light L10 suspended from the ceiling to illuminate, a dining downlight L11 to illuminate the dining table 18, a cornice lighting L12 to illuminate the wall behind the display 10, a personal space downlight L13 to illuminate the personal space 17, and illuminate the kitchen counter 21. Includes counter downlight L14.

Among these indoor lighting devices Lx, the cove lighting L2 to L4, the central downlight L6, the dining pendant light L10, the dining downlight L11, the cornice lighting L12, the personal space downlight L13, and the counter downlight L14 are respectively brightness and color. It has a dimming function that can change the temperature. These dimming toning functions can be changed, for example, in seven steps from 1 to 7, and the higher the number, the brighter and higher the color temperature. In addition, in this embodiment, a lighting device in which brightness and color temperature are linked is used, but a lighting device in which brightness and color temperature can be operated separately may be used.

The display 10 is, for example, a television receiver, as shown in FIG. Five video contents stored in the storage unit 15 can be displayed on the display 10 according to the operation of the display operation unit 16 . Video content is, for example, a still image. The simulated window lighting device 11 is formed on the wall surface serving as the back surface of the bench shelf 22 adjacent to the personal space 17, and is capable of planar light emission. The simulated window illuminating device 11 is formed in a design that imitates, for example, a high-waisted window. Here, the phrase "capable of emitting light in a planar manner" is not limited to the case where the light source itself is arranged in a planar manner, but also includes planar light emission due to diffuse reflection from the light source onto a reflector or translucent plate. The simulated window lighting device 11 has the same dimming and toning function as the indoor lighting device Lx described above.

The opening 12 is a sweep window formed between the simulated indoor space 6 and the simulated outdoor space 7 . Also, the electric shielding device 13 that covers the opening 12 is, for example, an electric curtain. The electric shielding device 13 is not limited to an electric curtain. For example, if it is formed so as to be able to shift from a state of covering and shielding the opening 12 to a state of opening the opening 12 like an electric shutter. good.

The simulated outdoor space 7 is a space imitating a garden of a house, as shown in FIGS. The simulated outdoor space 7 is actually a space formed indoors of a building, and can be produced with brightness close to that of outside light by the outdoor lighting device Ly. The simulated outdoor space 7 is surrounded by walls on all sides, and an opening 12 is formed in the wall adjacent to the simulated indoor space 6 . A pond 24 for storing water is formed in the simulated outdoor space 7, and a wave generator 25 for generating waves in the pond 24 is provided. The wave generating device 25 is provided in the water of the pond 24 and vibrates to generate waves on the water surface. A tree 26 planted in a planter is arranged in the pond 24 of the simulated outdoor space 7 .

The outdoor lighting device Ly includes an up spotlight L16 that irradiates the tree 26 with light from below, a down spotlight L15 that irradiates the tree 26 with light from above, and irradiates the water surface of the pond 24 with light from above and reflects it on the water surface. Reflective effect lighting L17 for irradiating the wall facing the opening 12 with reflected light L17, underwater lighting L18 for irradiating the bottom of the pond 24, which is arranged in the water, and arranged so as to illuminate the entire simulated outdoor space 7. and external lighting L19 and L20, which are two types of downlights with different color temperatures. It is possible to change the color temperature of the illumination of the entire simulated outdoor space 7 by turning on or off two types of external lighting L19 and L20 with different color temperatures, but one type of dimming color adjustment function is provided. You may arrange|position the illumination for external light which has.

As shown in FIG. 8, the display operation unit 16 is a touch panel in this embodiment, and receives the operation of the operator of the lighting effect sensory system 1, and also displays the explanation of the lighting effect that the operator makes to the viewer. It is an aid. The display operation unit 16 may be connected by wire, for example, or may be configured to be connectable by wire or wirelessly via a network such as a tablet terminal or a personal computer. The control unit 14 is a computer capable of controlling the indoor lighting device Lx, the simulated window lighting device 7, the outdoor lighting device Ly, the wave generator 25, the electric shielding device 13, and the display 10, respectively. The storage unit 15 is a storage that stores the states of various devices controlled by the control unit 14 for each scene. The storage unit 15 may store application software for operating the lighting effect sensation system 1 . The control unit 14 and the storage unit 15 may be integrated with the display operation unit 16, or may be configured to be connectable to the display operation unit 16 and various devices through a communication cable or network.

Next, the states of various devices for each scene stored in the storage unit 15 are, as schematically shown in FIG. 11, wave generator 25, display 10, electric shielding device 13, and BGM are stored.

When the viewer is allowed to experience the lighting effect using the lighting effect experience system 1 configured as described above, as shown in FIG. A desired scene is selected from the scenes displayed on the screen of the display operation unit 16 . For example, when first describing the base lighting in the simulated indoor space 6, the scene 1 "Ceiling" is selected. When the “Ceiling” scene is selected, the control unit 14 refers to the states of the indoor lighting device Lx and the outdoor lighting device Ly in scene 1, which are stored in the storage unit 15 schematically shown in FIG. Send commands to control the state of the lighting device Lx and the outdoor lighting device Ly.

Specifically, in scene 1, the living room ceiling light L1 is lit, the dining pendant light L10 is lit at a brightness and color temperature of "2" out of seven levels, and the other indoor lighting devices L2 to L9 and L11 to L14 and outdoor lighting devices L15 to L20 are turned off. Then, the control unit 14 refers to the storage unit 15 to turn off the simulated window lighting, the wave generator 25, the display 10, and the BGM, and the electric shielding device 13 shields the opening 12. to control. The operator then explains the features of the ceiling light to the viewer. In this scene, the dining pendant light L10 and the living room ceiling light L1 are turned on so that the viewer can experience the lighting of the ceiling light and the dining room pendant light that have been widely used as lighting in the living room.

Similarly, after scene 2, the controller 14 controls the indoor lighting device Lx, the outdoor lighting devices L15 to L20, the simulated window lighting device 11, the wave generator 25, the display 10, and the electric It refers to shielding measures and BGM statuses and sends commands to control the status of each device.

Specifically, similarly, in scene 2, the downlights L5, L6, L11, and L14 of the indoor lighting device Lx are turned on so that the viewer can feel the light of the downlights. Only the cove lights L2 to L4 and the cornice light L12 of the device Lx are turned on so that the observer can experience the light of indirect lighting. In scene 4, the cove lighting L2 to L4, the wall downlight L5, the dining pendant light L10, and the cornice lighting L12 are turned on to let the visitor experience a state in which the lighting is coordinated by a plurality of different types of lighting devices.

Also, in scenes 5, 6, and 7, the visitors can experience the lighting mainly when the dining table 18 is used. In scene 5, the dining pendant light L10 is lit at a brightness and color temperature of "3" so that the visitor can experience that the luster of the food and the luster of the tableware enhance the deliciousness of the point light source. In scene 6, the dining pendant light L10 is lit at a brightness and color temperature of "5" to let the visitor experience that point light sources create shadows and are unsuitable for studying. The downlight L11 is lit at the brightness and color temperature of "5" to let the visitor feel that the spread surface light source of the downlight provided at the height of the ceiling hardly causes shadows and is suitable for studying.

Note that, as shown in FIG. 11, after receiving the selection of a scene, the display operation unit 16 displays a description of the indoor lighting device Lx and/or the outdoor lighting device Ly in that scene. Specifically, descriptions explaining the scene are stored in the storage unit 15 in association with each scene, and the control unit 14 refers to these descriptions to display the description on the display operation unit 16 . For example, after selecting a scene of scene 5 and controlling each device to the state of the scene, the display operation unit 16 displays an explanation of the lighting of the meal as shown in FIG. 11(A). Since the operator can explain the lighting effect in the scene to the viewer by reading out the explanation, even an operator who has little experience guiding the viewer can appropriately explain. Such an explanation is displayed for each scene as shown in FIGS. 11B and 11C, but detailed explanation is omitted.

Then, in scene 8, while the cove lights L2 to L4 are lit at a brightness and color temperature of "3" and the central downlight L6 is lit at a brightness and color temperature of "1", the wall light L9 is turned on. The cornice lighting L<b>12 is turned on at a brightness and color temperature of “7”, and the image of the video content 3 is displayed on the display 10 . The image of the video content 3 is an image simulating a program broadcast at night, for example, an image of a night game broadcast. In this scene, the cornice lighting L12 on the back of the display 10 is illuminated brightly with a high color temperature to eliminate the difference in luminance from the display 10, thereby allowing the viewer to experience the effect of reducing the burden on the eyes. By making the video content displayed on the display 10 an image simulating a program broadcast at night, the viewer can easily recognize that he or she is watching television at night, and the lighting effect can be better understood. It's easy to do. The video content displayed on the display 10 may be a still image or a moving image, but a still image is more preferable so as not to unnecessarily distract the viewer. It should be noted that, in a scene explaining lighting in the morning, it is preferable that the video content be video content that makes it easy to imagine the time zone of the scene, such as an image simulating a weather forecast in a morning information program.

Only by selecting a scene, not only the indoor lighting device Lx but also the video contents to be displayed on the display 10 are automatically selected and displayed, so that there is no need for an operator to separately operate the display 10 for display, and the display can be easily performed. The viewer can experience the lighting effect in the scene where the television is being watched.

Also, in scene 9, the cove lights L2 to L4 and the central downlight L6 are lit at a brightness and color temperature of "2", the opening left stand light L7 and the wall light L9 are lit, and further personal space down. Light L13 is turned on at a brightness and color temperature of "3". In scene 9, the visitor is made to experience the state of reading in the personal space 17. - 特許庁

Scene 10 is for allowing the visitor to experience relaxing light, and scene 11 is for allowing the visitor to experience relaxing light. In scene 10, the cove lighting L2 to L4 and the cornice lighting L12 are lit at a brightness and color temperature of "2", the left stand lighting L7 of the opening, the right stand lighting L8 of the opening, and the wall lighting L9 are turned on to create an indirect lighting. While composing light with lighting, the brightness of the living room is turned down to give visitors a sense of relaxation. Also, in scene 11, the cove lighting L2 to L4 in the living room are lit at a brightness and color temperature of "1", and the opening left stand lighting L7 is lit to make the entire simulated indoor space 6 relatively dark. The opening 12 is opened by controlling the electric shielding device 13 to the "OPEN" state. Then, while turning on the wave generator 25 of the simulated outdoor space 7 to generate waves on the water surface of the pond 24 of the simulated outdoor space 7, the up spotlight L16 and the reflection lighting L17 are turned on to face the opening 12. The shadows of the trees 26 and the water surface are fantastically projected on the wall surface, so that a visitor can feel a relaxed atmosphere.

In this way, simply by selecting a scene, the state of the electric shielding device 13 stored in association with the scene is controlled. operation can be made simpler.

Furthermore, in scenes 12, 13, 14, and 15, the viewer is allowed to experience the lighting effect of the simulated outdoor space 7.例文帳に追加In these scenes, the indoor lighting device Lx turns on only the opening left stand lighting L7 to prompt the viewer to look at the simulated outdoor space 7 side. Then, in scene 12, the down spotlight L15 is turned on to illuminate the tree 26 from above so that the viewer can experience lighting that looks like natural light. Also, in the scene 13, the up spotlight L16 is turned on to illuminate the tree 26 so that the viewer can experience a fantastic impression. Furthermore, in scene 14, the underwater illumination L18 is turned on and the wave generator 25 is turned on, so that the viewer can feel the light of the underwater illumination L18 flickering on the surface of the water. By turning on the underwater illumination L18 and turning on the wave generator 25, the viewer is made to experience a fantastic performance by the water surface reflection and the underwater illumination L18.

By providing the simulated outdoor space 7 having the trees 26 and the pond 24 in this way, it is possible for the viewer to experience the magical illumination of the water surface and the trees 26 . By simply selecting a scene, the outdoor lighting device Ly, the wave generator 25, and the electric shielding device 13 can be controlled to match the scene. You can feel the effect.

Scenes 1 to 15 described above are all scenes assumed to be at night. The dining pendant light L10 illuminates at a brightness and color temperature of "5", and the counter-down light L14 illuminates at a brightness and color temperature of "7". All of these lights are daylight white, allowing the viewer to experience the bright light of the morning. In this scene, the simulated window lighting device 11 is also lit at a brightness and color temperature of "7", and the electric shielding means is set to "OPEN" to open the opening 12, and the external light L19, Of L20, the daylight white external light L19 having a high color temperature is turned on. As a result, the simulated window lighting device 11 and the simulated outdoor space 7 are illuminated with bright daylight white light, and the observer can feel that the outdoors are in a bright time zone.

Then, in the evening scene of Scene 19, the cove lights L2 to L4, the central downlight L6, and the cornice light L12 of the indoor lighting device Lx are lit at a brightness and color temperature of "3", and the wall downlight L5 and the wall Illumination L9 is turned on. This allows the visitor to experience the warm white or incandescent evening light. In this evening scene, the counter-downlight L14 is also lit at a brightness and color temperature of "4", allowing the visitor to feel that work is being done in the kitchen. In this scene, the simulated window lighting device 11 is also lit at a brightness and color temperature of "3", and the electric shielding means is set to "OPEN" to open the opening 12, and the outside light L19, Out of L20, the external light L20 having a light bulb color with a low color temperature is turned on. As a result, the simulated window lighting device 11 and the simulated outdoor space 7 are illuminated with dark light close to the color of an incandescent lamp, so that the observer can feel that the outdoors are in the evening hours before and after sunset. Also, in this scene, the image of the video content 2 is displayed on the display 10 . The image of the video content 2 is, for example, an energy-saving check screen of HEMS, and the observer recognizes that the energy-saving degree of the daytime is being checked in the evening time zone. Note that the video content on the display 10 may be a still image simulating a TV program in the evening.

As described above, the color temperature of the lighting is changed in scenes such as scenes 1 to 15 assuming nighttime, scene 18 assuming morning, and scene 19 assuming evening. This makes it easier for visitors to experience changes in the time zone. In particular, controlling the state of the electric shielding device 13 for each scene, controlling the lighting and extinguishing of the ambient light L19 and L20 for daylight white and light bulb color, and the brightness and color temperature of the simulated window lighting device 11 , the lighting effect of the indoor lighting device Lx is made more realistic in the bright time zone from morning to daytime, the time zone in the evening when the brightness and color temperature are low, and the time zone at night when there is no external light. You can feel it.

Further, the system for experiencing lighting effects 1 allows the indoor lighting device Lx, the outdoor lighting device Ly, the simulated window lighting device 7, the wave generator 25, the electric shielding device 13, and the display 10 to be individually operated from the display operation unit 16. can also As shown in FIG. 12, the display operation unit 16 individually indicates whether the lighting of the indoor lighting device Lx, the outdoor lighting device Ly, and the simulated window lighting device 7 is on or off, or indicates individual states indicating brightness and color temperature. Information can be accepted. The display operation unit 16 can also receive information indicating ON/OFF switching of the wave generator 25, video content displayed on the display 10, opening and closing of the curtain, and stoppage of operation. Then, when the display operation unit 16 receives these information, the control unit 14 causes the display operation unit 16 to receive the outdoor lighting device Ly, the simulated window lighting device 7, the wave generator 25, the electric shielding device 13, and the display 10. control to the state

In this way, since the state of each device can be operated by operating the display operation unit 16, an operator who is skilled in the system 1 for experiencing lighting effects can adjust the display according to the attributes and interests of the visitor, such as the family structure of the visitor. Each device can be operated in a state that is not set as a scene, and the viewer can experience the lighting effects more effectively.

It goes without saying that the embodiment of the present invention is not limited to the above-described embodiments, and can be modified as appropriate without departing from the scope of the idea of the present invention.

The lighting effect sensation system 1 according to the present invention is suitable as a system of a lighting exhibition corner 2 provided in an observation facility where, for example, a visitor can experience the performance and effects of a house and facilities installed in the house.

1 lighting effect experience system 6 simulated indoor space 7 simulated outdoor space 10 display 11 simulated window lighting device 12 opening 13 electric shielding device 14 control unit 15 storage unit 24 pond 25 wave generator 26 tree 16 display operation unit Lx (L1 to L14 ) Indoor lighting device Ly Outdoor lighting device L15 Down spotlight (outdoor lighting device)
L16 up spotlight (outdoor lighting device)
L17 Reflective lighting (outdoor lighting equipment)
L18 underwater lighting (outdoor lighting equipment)
L19 Lighting for outside light (neutral white) (outdoor lighting device)
L20 Lighting for outside light (bulb color) (outdoor lighting device)

Claims (8)

A lighting effect experience system that allows a visitor to experience a lighting effect,
A simulated indoor space that mimics an indoor living space,
a plurality of indoor lighting devices arranged in the simulated indoor space;
a simulated outdoor space formed adjacent to the simulated indoor space;
an outdoor lighting device arranged in the simulated outdoor space;
an opening formed at a boundary between the simulated indoor space and the simulated outdoor space;
an electric shielding device that covers the opening;
a control unit that controls the plurality of indoor lighting devices and further controls the outdoor lighting device and the electric shielding device ;
A storage unit that associates and stores a plurality of scenes indicating lighting effects in advance with the states of the respective indoor lighting devices, and further stores the states of the outdoor lighting device and the electric shielding device in association with the scenes. and,
a display operation unit configured to accept and display selection of one scene from the plurality of scenes;
with
When the display operation unit receives one of the scenes, the control unit controls each of the indoor lighting devices to the state stored in the storage unit in association with the scene, and the control unit further controlling the outdoor lighting device and the electric shielding device to the state stored in the storage unit in association with the scene;
The simulated outdoor space includes trees,
The outdoor lighting device
an outside light illumination capable of changing at least a color temperature for illuminating the entire simulated outdoor space;
an up spotlight for irradiating the tree with light from below;
a down spotlight for irradiating the tree with light from above;
including,
A lighting effect experience system characterized by: A lighting effect experience system that allows a visitor to experience a lighting effect,
A simulated indoor space that mimics an indoor living space,
a plurality of indoor lighting devices arranged in the simulated indoor space;
a simulated outdoor space formed adjacent to the simulated indoor space;
an outdoor lighting device arranged in the simulated outdoor space;
an opening formed at a boundary between the simulated indoor space and the simulated outdoor space;
an electric shielding device that covers the opening;
a control unit that controls the plurality of indoor lighting devices and further controls the outdoor lighting device and the electric shielding device ;
A storage unit that associates and stores a plurality of scenes indicating lighting effects in advance with the states of the respective indoor lighting devices, and further stores the states of the outdoor lighting device and the electric shielding device in association with the scenes. and,
a display operation unit configured to accept and display selection of one scene from the plurality of scenes;
with
When the display operation unit receives one of the scenes, the control unit controls each of the indoor lighting devices to the state stored in the storage unit in association with the scene, and the control unit further controlling the outdoor lighting device and the electric shielding device to the state stored in the storage unit in association with the scene;
The simulated outdoor space includes a pond that stores water, a wave generator that generates waves on the water surface of the pond, and a wall surface that faces the opening,
The outdoor lighting device includes underwater lighting that is provided in the water of the pond and illuminates the bottom of the pond;
Reflective lighting for irradiating the water surface of the pond with light from above and irradiating the wall surface with the light reflected by the water surface;
including,
A lighting effect experience system characterized by: A lighting effect experience system that allows a visitor to experience a lighting effect,
A simulated indoor space that mimics an indoor living space,
a plurality of indoor lighting devices arranged in the simulated indoor space;
a simulated outdoor space formed adjacent to the simulated indoor space;
an outdoor lighting device arranged in the simulated outdoor space;
an opening formed at a boundary between the simulated indoor space and the simulated outdoor space;
an electric shielding device that covers the opening;
a control unit that controls the plurality of indoor lighting devices and further controls the outdoor lighting device and the electric shielding device ;
A storage unit that associates and stores a plurality of scenes indicating lighting effects in advance with the states of the respective indoor lighting devices, and further stores the states of the outdoor lighting device and the electric shielding device in association with the scenes. and,
a display operation unit configured to accept and display selection of one scene from the plurality of scenes;
with
When the display operation unit receives one of the scenes, the control unit controls each of the indoor lighting devices to the state stored in the storage unit in association with the scene, and the control unit further controlling the outdoor lighting device and the electric shielding device to the state stored in the storage unit in association with the scene;
The display operation unit is a touch panel,
After receiving the selection of the scene, the display operation unit displays a description of the indoor lighting device and/or the outdoor lighting device in the scene.
A lighting effect experience system characterized by: The simulated outdoor space includes a pond that stores water, a wave generator that generates waves on the water surface of the pond, and a wall surface that faces the opening,
The outdoor lighting device includes underwater lighting that is provided in the water of the pond and illuminates the bottom of the pond;
Reflective lighting for irradiating the water surface of the pond with light from above and irradiating the wall surface with the light reflected by the water surface;
including,
2. The lighting effect sensation system according to claim 1 , characterized in that: The display operation unit is a touch panel,
1, 2, and 3, wherein the display operation unit displays a description of the indoor lighting device and/or the outdoor lighting device in the scene after accepting the selection of the scene. Item 5. The lighting effect bodily sensation system according to any one of Item 4 . The display operation unit is capable of receiving individual state information indicating whether the indoor lighting device is on or off or brightness,
6. The indoor lighting device according to any one of claims 1 to 5, wherein when the display operation unit receives the individual state information, the control unit controls the indoor lighting device based on the individual state information. Lighting effect experience system. further comprising a display arranged in the simulated indoor space;
The control unit further controls the image of the display,
The storage unit further stores an image of the display in association with the scene,
When the display operation unit receives one of the scenes, the control unit further controls the display to display the image stored in the storage unit in association with the scene. 7. The lighting effect bodily sensation system according to any one of claims 1 to 6. further comprising a simulated window lighting device arranged on a wall surface of the simulated indoor space, capable of planar light emission, and imitating a window of the living space;
The control unit further controls the simulated window lighting device,
The storage unit further stores the brightness and color temperature of the simulated window lighting device in association with the scene,
When the display operation unit receives one of the scenes, the control unit further controls the simulated window lighting device to the brightness and color temperature stored in the storage unit in association with the scene. 8. The lighting effect bodily sensation system according to any one of claims 1 to 7, characterized in that:

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