JP2021022442A - Lighting effect bodily sensation system - Google Patents

Abstract

To provide a lighting effect bodily sensation system that enables a user to easily have the bodily sensation of a lighting effect that changes according to a time zone and the behavior of the user.SOLUTION: A lighting effect bodily sensation system 1 causes a visitor to have the bodily sensation of a lighting effect, and includes a simulated indoor space 3 that imitates an indoor living space where a habitant lives, a plurality of indoor lighting devices Ln arranged in the simulated indoor space 3, a control unit 10 for controlling the plurality of indoor lighting devices Ln, and a storage unit 11 for storing life scenes including combinations of respective time zones and behaviors of the habitant and the states of the indoor lighting devices while the life scenes are associated with the states. The control unit 10 controls the indoor lighting devices Ln to the state associated with the life scene in the order of the time zone.SELECTED DRAWING: Figure 7

Description

The present invention relates to a lighting effect experience system that allows a visitor to experience a lighting effect.

Conventionally, by combining and lighting various lighting fixtures such as downlights, ceiling lights, and pendant lights provided in the lighting experience room that is constructed to imitate the living room and dining room, visitors can live according to the type of lighting. A residential learning facility where you can experience how the atmosphere of a room or dining room is different has been proposed (Patent Document 1).

Further, for example, a lighting control system used in a commercial facility such as a convenience store or a supermarket, or a conference room in an office building, which is realized by changing the lighting state such as the brightness and color temperature of each lighting fixture. A system for controlling a scene according to a preset schedule has been proposed (Patent Document 2).

Japanese Unexamined Patent Publication No. 2000-149654 Japanese Unexamined Patent Publication No. 2014-44915

In a residential learning facility such as Patent Document 1, the combination of turning on and off the lighting equipment in one scene of daily life is reproduced, but the lighting scene is reproduced in consideration of the behavior of the consumer in each time zone. Not that, so I couldn't experience the lighting effect for each time zone.

Further, a lighting control system as in Patent Document 2 is a lighting control system for a place such as a commercial facility or an office building where a patterned time schedule is repeated, and a visitor can even visit a house or a lighting exhibition facility. Not what I expected.

Therefore, an object of the present invention is to provide a lighting effect experience system capable of easily experiencing the lighting effect that changes depending on the time zone and the behavior of the consumer.

The lighting effect experience system of the present invention is a lighting effect experience system that allows visitors to experience the lighting effect, and is a simulated indoor space that imitates an indoor living space in which a consumer lives, and a plurality of that are arranged in the simulated indoor space. The indoor lighting device, the control unit that controls the plurality of indoor lighting devices, the life scene that combines each time zone and the behavior of the consumer, and the state of each of the indoor lighting devices are stored in association with each other. The control unit is characterized in that the indoor lighting device is controlled to a state associated with the life scene in the order of the time zone.

In the lighting effect experience system of the present invention, the simulated indoor space imitates a space in which a plurality of the consumers live, and is a space in which a living space, a dining space, and a personal space are integrated. , The living space, the dining space, and the personal space are arranged with different indoor lighting devices, and in at least one of the living scenes, the indoor lighting device includes the living space, the dining space, and the living space. It is characterized in that two or more of the personal spaces are illuminated by different indoor lighting devices.

The lighting effect experience system of the present invention is further provided with a simulated window lighting device that is arranged on the wall surface of the simulated indoor space and is capable of emitting light in a planar manner and imitates a window of the indoor living space, and the living scene is at least a day. The control unit includes a life scene in the middle, evening, and night time zones, and is characterized in that the control unit changes the brightness and color temperature of the simulated window lighting device according to the time zone in the life scene. ..

The lighting effect experience system of the present invention is located at the boundary between the simulated outdoor space formed adjacent to the simulated indoor space, the outdoor lighting device arranged in the simulated outdoor space, and the simulated indoor space and the simulated outdoor space. The opening is further provided with an opening to be formed and an electric shielding device for opening and closing the opening, and the life scene includes a life scene at least during the daytime, evening, and nighttime hours, and the control unit includes the life scene. The outdoor lighting device is characterized in that the brightness and color temperature of the outdoor lighting device are changed according to the time zone of the living scene, and the opening and closing of the electric shielding device is changed according to the time zone of the living scene. ..

The lighting effect experience system of the present invention further includes a display arranged in the simulated indoor space, the control unit further controls the image of the display, and the storage unit is associated with the life scene. , The TV screen information that impresses the life scene is stored, and when the control unit controls the indoor lighting device to the state associated with the life scene, the display is associated with the life scene. It is characterized in that it controls to display the TV screen information stored in the storage unit.

In the lighting effect experience system of the present invention, the indoor lighting device includes wall lighting that illuminates a wall surface adjacent to the dining space, and a display indicating a kitchen is provided on the wall surface, and the living scene is described in the kitchen. It is characterized in that the wall lighting is turned on in the life scene including the life scene in which the work is performed.

According to the lighting effect experience system of the present invention, the indoor lighting device provided in the simulated indoor space is controlled in the order of the time zone so as to correspond to the life scene that combines the time zone and the behavior of the consumer. Visitors can easily experience the lighting effects that change depending on the behavior of the belt and consumers.

According to the lighting effect experience system of the present invention, two or more of the living space, the dining space, and the personal space of the simulated indoor space imitating the space where a plurality of consumers live are illuminated by different indoor lighting devices. By doing so, it is possible for the visitor to easily experience the state in which a plurality of consumers are behaving differently.

According to the lighting effect experience system of the present invention, the control unit changes the brightness and color temperature of the simulated window lighting device according to the time zone of the living scene, thereby changing the outside light and the indoor lighting device for each time zone. It is possible for visitors to experience the lighting effect of the above in an easy-to-understand manner.

According to the lighting effect experience system of the present invention, the control unit changes the brightness and color temperature of the outdoor lighting device according to the time zone of the living scene, and opens and closes the electric shielding device according to the time zone of the living scene. By changing the time zone, the change in the outside light is shown for each time zone, and the change in day and night is also shown by opening and closing the electric shielding device, so that the visitor can intuitively understand the change in the time zone. Visitors can easily understand and experience the change in time zone and the lighting effect of the indoor lighting device.

According to the lighting effect experience system of the present invention, by displaying the TV screen information that impresses the life scene on the display, the time zone and the behavior of the consumer can be shown to the visitor in an easy-to-understand manner, and the indoor lighting in this life scene. Visitors can easily understand and experience the lighting effect of the device.

According to the lighting effect experience system of the present invention, a display indicating the kitchen is provided on the wall surface adjacent to the dining space, and it is possible to show the visitor that the kitchen virtually exists adjacent to the dining space. By turning on the lights, it is possible to show the visitors that the work is done in the kitchen in an easy-to-understand manner.

The figure which shows the whole composition of the lighting exhibition corner where a lighting effect experience system is provided. The figure explaining the arrangement of the indoor lighting apparatus of a dining space and a personal space. The figure explaining the arrangement of the indoor lighting device of a living space. FIG. 1 is a cross-sectional view taken along the line I-I of FIG. 1 showing the configurations of the dining space and the personal space. FIG. 1 is a sectional view taken along line II-II of FIG. 1 for explaining the configuration of a display and a simulated window lighting device. The figure explaining the composition of the simulated outdoor space. A block diagram illustrating the overall configuration of the lighting effect experience system. A list diagram schematically showing a life scene stored in a storage unit and a state of an indoor lighting device and the like stored in association with the life scene. The figure which shows the individual operation screen displayed in the display operation part. A flowchart showing an example of a process for allowing a visitor to experience a lighting effect using a lighting effect experience system. The figure which shows the life scene explanation information and lighting explanation information displayed on the display operation part in life scenes 1 to 3. The figure which shows the life scene explanation information and lighting explanation information displayed on the display operation part in life scenes 4 to 6. The figure which shows the life scene explanation information and lighting explanation information displayed on the display operation part in life scenes 7 to 9.

Hereinafter, the lighting effect experience system 1 according to the embodiment of the present invention will be described with reference to each figure. The lighting effect experience system 1 is a system of a lighting exhibition corner 2 provided in a tour facility where visitors can experience the performance and effects of a house and equipment installed in the house. As shown in FIG. 1, the lighting exhibition corner 2 is formed by imitating an indoor living space in which consumers live and a simulated indoor space 3 adjacent to the simulated indoor space 3 and imitating a garden. It has a simulated outdoor space 4. In addition to the simulated indoor space 3 and the simulated outdoor space 4, the lighting exhibition corner 2 may have other partitioned spaces where the lighting effect can be experienced. For example, the interior of a house such as a corridor or a Japanese-style room (not shown) A space that imitates a space or a lecture room for explaining basic knowledge of lighting effects and operation methods may be provided.

The lighting effect experience system 1 is a system that controls various lighting effects in the simulated indoor space 3 and the simulated outdoor space 4 so that the visitor can experience the lighting effect. The simulated indoor space 3, the simulated outdoor space 4, and the simulated indoor space 4 are used. The indoor lighting device Ln arranged in the space 3, the simulated window lighting device 5 imitating the window of the indoor living space, the outdoor lighting device 6 arranged in the simulated outdoor space 4, the simulated indoor space 3 and the simulated outdoor space 4 It is provided with an opening 7 formed at the boundary of the above, an electric shielding device 8 for covering the opening 7, and a display 9 imitating a television receiver. Further, as shown in FIG. 7, the lighting effect experience system 1 includes an indoor lighting device Ln, a simulated window lighting device 5, an outdoor lighting device 6, an electric shielding device 8, a control unit 10 that controls a display 9, and a time zone. A storage unit 11 that stores a plurality of life scenes that combine the above and the behavior of the consumer in association with the state of each device, and a display operation unit 12 that accepts various operations and displays a sentence explaining the life scene. I have.

The simulated indoor space 3 is a space in which the living space 13, the dining space 14, and the personal space 15 are integrally formed without being partitioned, as shown by the alternate long and short dash line in FIG. The space formed integrally is not separated by a partition wall, and is divided into a living space 13, a dining space 14, and a personal space 15 according to the irradiation range of the indoor lighting device Ln and the arrangement of furniture. It means that it is a space. The simulated indoor space 3 is surrounded by a wall surface so as to have a substantially rectangular shape in a plan view, and an entrance / exit 16 for visitors to enter and exit is formed on one of the wall surfaces forming the long side. A living space 13 is formed on the right side of the simulated indoor space 3 from the doorway 16, and a dining space 14 is formed on the left side of the doorway 16. In addition, a personal space 15 is formed on the front side after entering from the doorway 16.

As shown in FIG. 3, a sofa 17 and a low table 18 are arranged in the living space 13. The sofa 17 is arranged along the same wall surface as the wall surface provided with the doorway 16, and when the sofa 17 is seated, the dining space 14 is provided on the left side and the simulated outdoor space 4 is provided on the right side. Further, on the wall surface facing the entrance / exit 16, bench shelves 19 having a height and strength on which a resident can sit are formed along the wall surface over the living space 13 and the personal space 15. A display 9 imitating a television is placed on a bench shelf 19 on the front side of the sofa 17.

As shown in FIGS. 2 and 4, the dining space 14 has a dining table 20 arranged so as to abut on a wall surface formed on the opposite side of the living space 13. The wall surface with which the dining table 20 abuts is formed so that the kitchen counter 21 projects toward the dining space 14. Further, a display 22 indicating the kitchen is attached above the kitchen counter 21 on the wall surface, and although the wall surface is actually formed, the kitchen is originally provided on the other side of the kitchen counter 21. It is shown to the visitors. The display object 22 is, for example, a sticker on which a design of kitchen utensils is described. The display object 22 is not limited to this, and may be any one that can be attached to the wall surface to visually indicate that the kitchen is provided.

As shown in FIGS. 2 and 5, the personal space 15 is a space formed between the dining space 14 and the living space 13, and sits on a bench shelf 19 to perform personal work such as reading or SNS. It is a space to do. The wall surface on which the bench shelf 19 of the living space 13 and the personal space 15 is provided is formed so as to project outside the simulated indoor space 3, and a display shelf is above the bench shelf 19 between the living space 13 and the personal space 15. 23 is formed to separate the living space 13 and the personal space 15. In addition, foliage plants are arranged in the corners of the simulated indoor space 3 that do not overlap with the flow lines of the visitors. A speaker (not shown) is provided in the simulated indoor space 3, and BGM or sound effects that enhance the effect of the scene to be produced can be played.

Next, the arrangement of the indoor lighting device Ln arranged in the simulated indoor space 3 will be described. The indoor lighting device Ln is formed on the ceiling, but in FIGS. 2 and 3, for convenience of explanation, the indoor lighting device Ln is shown by a chain line. The indoor lighting device Ln is formed over the living space 13, the personal space 15, and the dining space 14, and is a cove lighting L1 to L3 that illuminates the ceiling of the simulated indoor space 3, and a living ceiling light L4 that illuminates the entire living space 13. , Wall-side downlight L5 that illuminates wall decorations near the wall of living space 13, living downlight L6 that is provided in the center of living space 13 and illuminates the entire living space 13, left side of opening 7 when viewed from simulated indoor space 3. The opening left stand lighting L7 arranged in, the opening right stand lighting L8 arranged on the right side of the opening 7 when viewed from the simulated indoor space 3, the kitchen wall lighting L9 which is a bracket lighting illuminating the wall surface imitating the kitchen, Dining pendant light L10 hanging from the ceiling to illuminate the dining table 20, dining downlight L11 to illuminate the dining table 20, counter downlight L12 to illuminate the kitchen counter 21, Cornis lighting L13 to illuminate the back wall of the display 9, personal space Includes a personal downlight L14, which illuminates 15.

Among these indoor lighting devices Ln, cove lighting L1 to L3, living downlight L6, dining pendant light L10, dining downlight L11, counter downlight L12, cornis lighting L13, and personal downlight L14 have brightness and color temperature, respectively. Has a dimming and toning function that can be changed. These dimming and toning functions can be changed in 7 steps from 1 to 7, for example, and the larger the number, the brighter and the higher the color temperature. In the present embodiment, the indoor lighting device Ln is changed in both brightness and color temperature by changing one parameter, but the present invention is not limited to this, and for example, brightness. The color temperature and the color temperature may be operated separately. Further, in the present embodiment, the indoor lighting device Ln is capable of controlling the brightness and the color temperature, but for example, it is possible to change the irradiation range and the irradiation direction of the light in addition to the brightness and the color temperature. It may be.

The simulated window lighting device 5 is formed on a wall surface serving as a backrest surface of a bench shelf 19 in a personal space 15, and can emit light in a planar manner. The simulated window lighting device 5 is formed in a design that imitates, for example, a waist-high fitting window. Here, the term "capable of emitting light in a plane" is not limited to the case where the light source itself is arranged in a plane, and also includes light emission in a plane by diffusely reflecting light from the light source to the reflector or the translucent plate. The simulated window lighting device 5 has the same dimming and toning function as the indoor lighting device Ln described above.

As shown in FIG. 5, the display 9 is, for example, a television receiver. The display 9 can display five television screen information stored in the storage unit 11 according to the operation of the display operation unit 12. The television screen information is, for example, a still image imitating a television program of various genres.

The opening 7 is a sliding sweep-out window formed between the simulated indoor space 3 and the simulated outdoor space 4. The opening 7 may be an opening 7 in which the simulated outdoor space 4 can be visually recognized from the simulated indoor space 3, and may be, for example, a waist-high window. Further, the electric shielding device 8 that covers the opening 7 is, for example, an electric curtain. The electric shielding device 8 is not limited to the electric curtain. For example, the electric shielding device 8 is opened from a state in which the opening 7 is covered like an electric shutter to invisiblely shield the simulated outdoor space 4 from the simulated indoor space 3. It suffices that the portion 7 is formed so as to be able to shift to the open state.

As shown in FIG. 6, the simulated outdoor space 4 is a space that imitates the garden of a house. The simulated outdoor space 4 is actually a space surrounded by a wall surface and a ceiling formed inside the building of the tour facility, and the outdoor lighting device 6 can produce a brightness close to that of outside light. In the simulated outdoor space 4, an opening 7 is formed on a wall surface adjacent to the simulated indoor space 3. The outdoor lighting device 6 is configured by mounting four neutral white downlights L19 and four light bulb-colored downlights L20 on the ceiling. The outdoor lighting device 6 changes the color temperature of light emission by switching on and off the neutral white downlight L19 and the light bulb-colored downlight L20. The brightness of each of the two downlights L19 and L20 of the outdoor lighting device 6 can be adjusted. The outdoor lighting device 6 is not limited to a configuration in which the two types of downlights L19 and L20 are switched on and off, and may be configured by, for example, a lighting device having a dimming and toning function.

Further, in the simulated outdoor space 4, a pond 24 for storing water is formed, and a wave generator 25 for generating a wave is provided in the pond 24. The wave generator 25 is provided in the water of the pond 24 and is a device that generates waves on the water surface by vibrating. In addition, trees 26 planted in the planter are arranged in the pond 24 of the simulated outdoor space 4. Further, in the simulated outdoor space 4, an upspot light L16 that irradiates the tree 26 with light from below, a downspot light L15 that irradiates the tree 26 from above, and a water surface of the pond 24 from above are irradiated with light. The reflection effect lighting L17 that irradiates the wall surface with the light reflected by the above, and the underwater lighting L18 that is arranged underwater and irradiates the bottom of the pond 24 are arranged, and various lighting effects are arranged in the simulated outdoor space 4. It can be performed.

In the present embodiment, the display operation unit 12 is a touch panel, which accepts the operation of the operator of the lighting effect experience system 1 and assists the operator in explaining the lighting effect to the visitor. The display operation unit enters the simulated indoor space 3 from the entrance and is fixed to the wall surface on the right hand side. As shown in FIG. 7, the display operation unit 12 may be connected by wire, for example, or may be connected by wire or wirelessly via a network such as a tablet terminal or a personal computer. Is also good. Further, the control unit 10 includes an indoor lighting device Ln, a simulated window lighting device 5, an outdoor lighting device 6, a wave generator 25, an electric shielding device 8, a display 9, and various lighting devices arranged in the simulated outdoor space 4, respectively. It is a controllable computer.

The storage unit 11 is a storage that stores the states of various devices controlled by the control unit 10 for each life scene. In addition to storing the life scene in association with the state of various devices, the storage unit 11 may store, for example, application software for operating the lighting effect experience system 1. A life scene is a model case of a consumer's behavior in a predetermined time zone. The lighting effect experience system 1 allows the visitor to experience the optimum combination of the states of the indoor lighting device Ln in this life scene. The control unit 10 and the storage unit 11 may be integrated with the display operation unit 12, or may be configured to be connectable to the display operation unit 12 and various devices via a communication cable or a network.

Further, as schematically shown in FIG. 8, the storage unit 11 includes the life scene, the indoor lighting device Ln, the outdoor lighting device 6, and the up for each life scene in which the time zone and the behavior of the consumer are combined. The states of the spotlight L16, the down spotlight L15, the reflection effect lighting L17, the underwater lighting L18, the simulated window lighting device 5, the wave generator 25, the display 9, the electric shielding device 8, and the BGM are stored in association with each other. ..

When the visitor is allowed to experience the lighting effect by using the lighting effect experience system 1 configured as described above, as shown in FIG. 10, the control unit 10 lives the indoor lighting device Ln in the order of time zones. Control the state associated with the scene. The control unit 10 performs processing according to, for example, a program stored in the storage unit 11. The control unit 10 first displays an initial explanation screen (not shown) on the display operation unit 12 (S1). The initial explanation screen prompts the operator of the lighting effect experience system 1 to explain to the visitor that he / she can experience the change of the light in the life scene, and assumes that the lighting effect experience system 1 is used. This screen displays information prompting you to explain the family structure and the expected space. Specifically, in the present embodiment, the family structure is a model case of a family of four, a father, a mother, a daughter of a junior high school student, and a son of an elementary school student, and the assumed spaces are a living space 13, a dining space 14, and a personal space 15. And it is displayed that it is a kitchen. After confirming the contents of the initial explanation screen and giving the initial explanation to the visitor, the operator touches the "Next" button displayed on the display operation unit 12.

When the operator touches the "Next" button, the control unit 10 then displays a screen explaining the life scene 1 "wake up" on the screen of the display operation unit 12, and stores various devices in the life scene 1 of the storage unit 11. It is controlled to be stored in association with "wake up" (S2). Specifically, the cove lights L1 to L3, the living downlight L6, and the counter downlight L12 of the indoor lighting device Ln are turned on at a brightness and color temperature of "5" out of seven stages. Then, the simulated window lighting device 5 is turned on at the brightness and color temperature of "5". The brightness and color temperature of "5" are the brightness and color temperature that reproduce the indoors in the early morning. Further, the electric shielding device 8 is controlled by OPEN, and the outdoor lighting device 6 is controlled to turn on a neutral white downlight. As a result, the neutral white light of the outdoor lighting device 6 is incident on the simulated indoor space 3 from the opening 7, so that the visitor can feel as if bright outside light is entering through the window.

Further, the television screen information 1 is displayed on the display 9. The television image information 1 is television screen information that impresses an early morning life scene, and in the present embodiment, is, for example, a still image that imitates the weather forecast of a morning information program. The morning information program-like weather forecast is displayed on the display 9, so that the visitor can intuitively feel that it is the early morning time zone. Various devices not specifically mentioned are off.

Further, as shown in FIG. 11A, the display operation unit 12 displays the life scene explanatory information 27 indicating the behavior and time zone of the consumer in the life scene 1 “wake up” in the upper row, and the indoor lighting in the lower row. Illumination explanatory information 28 explaining the state and effect of the device Ln is displayed. Specifically, in this scene, it is displayed in the upper row that the mother is preparing breakfast, the father is watching the weather forecast in the living space 13, and the children are still sleeping. Then, in the lower part, it is explained that the space is composed of neutral white according to the outside light, the base is neutral white of the cove lighting L1 to L3, and the living space 13 and the kitchen light are lit in neutral white. Since the empty dining room is off and outside light comes in, it is displayed that the cornis lighting L13 on the back of the TV is off. The operator is accustomed to the guidance of the lighting exhibition corner 2 because he / she can give an appropriate explanation by explaining the life scene explanation information 27 and the lighting explanation information 28 displayed on the display operation unit 12 to the visitor. Even a non-operator can give an appropriate explanation to the visitor.

In this life scene 1 "wake up", the kitchen wall lighting L9 that illuminates the wall surface formed adjacent to the dining space 14 is lit, and the display object 22 indicating the kitchen is provided on the wall surface. Actually, there is no kitchen space in this lighting exhibition corner 2, but in this life scene 1 "wake up", it is possible to show the visitors that the work is done in the kitchen. The operator explains the life scene explanation information 27 and the lighting explanation information 28 of the scene 1 “wake up” to the visitor, and then touches the “Next” button displayed on the display operation unit 12.

When the operator touches the "Next" button, as shown in FIG. 10, the control unit 10 then displays a screen explaining the life scene 2 "breakfast" on the screen of the display operation unit 12, and displays various devices. It is controlled to be stored in association with the life scene 2 “breakfast” of the storage unit 11 (S3). Specifically, the cove lights L1 to L3 and the counter downlight L12 of the indoor lighting device Ln are turned on at the brightness and color temperature of "7" out of seven stages, and the dining pendant light L10 is turned on "5" out of seven stages. Light up at the brightness and color temperature of. Further, the simulated window lighting device 5 is turned on at the brightness and color temperature of "7", the electric shielding device 8 is controlled to OPEN, and the outdoor lighting device 6 is controlled to turn on the neutral white downlight. .. As a result, the outside light and the entire light of the simulated indoor space 3 become brighter than the scene 1 "wake up", so that the visitor can feel the passage of time from the early morning, and the dining pendant light L10 is turned on. So, you can intuitively feel that it is a breakfast scene. Further, various devices including the display 9 which are not particularly mentioned are off.

Further, as shown in FIG. 11B, the display operation unit 12 displays the life scene explanatory information 27 indicating the behavior and time zone of the consumer in the life scene 2 “breakfast” in the upper row, and the indoor lighting in the lower row. Illumination explanatory information 28 explaining the state and effect of the device Ln is displayed. Specifically, in this scene, it is displayed in the upper row that the whole family is having breakfast. Then, in the lower part, it is explained that the space is composed of neutral white according to the outside light, the base is neutral white of the cove lighting L1 to L3, and the dining space 14 and the kitchen light are lit in neutral white. It is displayed that the living space 13 with nobody is turned off. After explaining the life scene explanation information 27 and the lighting explanation information 28 of the scene 2 “breakfast” to the visitor, the operator touches the “Next” button displayed on the display operation unit 12.

When the operator touches the "Next" button, as shown in FIG. 10, the control unit 10 then displays a screen explaining the life scene 3 "returning home" on the screen of the display operation unit 12, and displays various devices. It is controlled to be stored in association with the life scene 3 “returning home” of the storage unit 11 (S4). Specifically, the cove lighting L1 to L3, the living downlight L6, and the cornis lighting L13 of the indoor lighting device Ln are turned on at the brightness and color temperature of "3" in seven stages, and the wall downlight L5 and the kitchen wall lighting L9 are lit. Is turned on, and the counter downlight L12 is turned on with a brightness of "4". Further, the simulated window lighting device 5 is lit with the brightness and color temperature of "3", the electric shielding device 8 is controlled to OPEN, and the outdoor lighting device 6 is controlled to turn on the light bulb-colored downlight. .. As a result, the outside light and the entire light of the simulated indoor space 3 become a light with lower brightness and color temperature than the scene 2 "breakfast", and the visitors feel that the evening has passed further. Can be made to.

Further, the television screen information 2 is displayed on the display 9. The television image information 2 is television screen information that impresses an evening life scene, and in the present embodiment, is a still image that imitates, for example, a HEMS information screen. It is possible to make the visitors understand that they are checking the amount of power generation and power consumption of the day in the evening. Various devices not specifically mentioned are off.

Further, on the display operation unit 12, life scene explanation information 27 showing the behavior and time zone of the consumer in the life scene 3 “returning home” in FIG. 11 (c) is displayed in the upper row, and the state of the indoor lighting device Ln and the state in the lower row Illumination explanatory information 28 explaining the effect is displayed. Specifically, in this scene, information indicating that the time zone is before and after the son returns home and that the mother is performing a HEMS check is displayed in the upper row. And, in the lower part, the space is composed of warm white according to the outside light at dusk, the lights of the cove lights L1 to L3 and the living space 13 are warm white, and the kitchen where nobody is present is turned off. Information such as that is displayed. The operator explains the life scene explanation information 27 and the lighting explanation information 28 of the scene 3 “returning home” to the visitor, and then touches the “Next” button displayed on the display operation unit 12.

When the operator touches the "Next" button, as shown in FIG. 10, the control unit 10 then displays a screen explaining the life scene 4 "before dinner" on the screen of the display operation unit 12, and various devices. Is controlled to be stored in association with the life scene 4 “before dinner” of the storage unit 11 (S5). Specifically, the cove lighting L1 to L3 and the personal downlight L14 of the indoor lighting device Ln are lit at the brightness and color temperature of "3" out of seven stages, and the wall downlight L5 and the opening left stand lighting L7. , And the kitchen wall lighting L9 is turned on. The dining pendant light L10 and the counter downlight L12 are turned on at the brightness and color temperature of "5". At this time, the simulated window lighting device 5 and the outdoor lighting device 6 are turned off, and the electric shielding device 8 is controlled by CLOSE. This makes it possible for visitors to understand that there is almost no outside light after sunset. This makes it possible for visitors to intuitively understand that the outside light is dark at night, and while working in the dining space 14 and kitchen, the living space is relaxing with darker warm colors. It can be shown that it is a scene. Various devices not specifically mentioned are off.

Further, as shown in FIG. 12A, the display operation unit 12 displays the life scene explanation information 27 indicating the behavior and time zone of the consumer in the life scene 4 “before dinner” in the upper row, and indoors in the lower row. Lighting explanatory information 28 explaining the state and effect of the lighting device Ln is displayed. Specifically, in this scene, the mother is preparing dinner in the kitchen, the father is enjoying a drink in the living space 13, and the son is doing school homework in the dining space 14. Information is displayed in the upper row. Then, information such as that the cove lights L1 to L3 are lit in warm white and the kitchen and dining are lit in neutral white is displayed in the lower row. After explaining the life scene explanation information 27 and the lighting explanation information 28 of the scene 4 “before dinner” to the visitor, the operator touches the “Next” button displayed on the display operation unit 12.

When the operator touches the "Next" button, as shown in FIG. 10, the control unit 10 then displays a screen explaining the life scene 5 "supper" on the screen of the display operation unit 12, and displays various devices. The state of being stored in association with the life scene 5 “dinner” of the storage unit 11 is controlled (S6). Specifically, the cove lights L1 to L3 of the indoor lighting device Ln are turned on at the brightness and color temperature of "2" out of seven stages, and the cornis lighting L13 is turned on at the brightness and color temperature of "1" for dining. The pendant light L10 is turned on at the brightness and color temperature of "4". By lighting the dining pendant light L10 brighter than other indoor lighting devices Ln, the visitors can understand that it is a meal scene. Various devices not specifically mentioned are off.

Further, as shown in FIG. 12B, the display operation unit 12 displays the life scene explanatory information 27 indicating the behavior and time zone of the consumer in the life scene 5 “dinner” in the upper row, and the indoor lighting in the lower row. Illumination explanatory information 28 explaining the state and effect of the device Ln is displayed. Specifically, in this scene, information indicating that the family is having dinner at the dining table 20 is displayed in the upper row. At the bottom, the space is composed of light bulbs, the lights of the cove lights L1 to L3 and the dining space 14 are light bulbs, and the lights of the empty kitchen and living space 13 are off. Information to that effect is displayed. After explaining the life scene explanation information 27 and the lighting explanation information 28 of the scene 5 “dinner” to the visitor, the operator touches the “Next” button displayed on the display operation unit 12.

When the operator touches the "Next" button, as shown in FIG. 10, the control unit 10 then displays a screen explaining the life scene 6 "each relaxes" on the screen of the display operation unit 12, and various types are displayed. The device is controlled so as to be stored in association with the life scene 6 “each is relaxing” of the storage unit 11 (S7). Specifically, the cove lights L1 to L3 and the cornis lights L13 of the indoor lighting device Ln are turned on at the brightness and color temperature of "3" out of seven stages, and the living downlight L6, the dining pendant light L10, and the personal downlight L14 are turned on. Is lit with the brightness and color temperature of "4", and the opening left stand illumination L7 and the opening right stand illumination L8 are lit. Further, the television screen information 3 is displayed on the display 9. The television image information 3 is television screen information that impresses a night life scene, and in the present embodiment, is a still image that imitates, for example, a night game broadcast of professional baseball. By lighting the living downlight L6 of the living space 13, the dining pendant light L10 of the dining space 14, and the personal downlight L14 of the personal space 15 relatively brightly in this way, the dining space 14, the personal space 15, and the living space 13 are lit relatively brightly. Then, let the visitors understand that each family is spending their own relaxing time. Various devices not specifically mentioned are off.

Further, as shown in FIG. 12 (c), the display operation unit 12 displays the life scene explanatory information 27 indicating the behavior and time zone of the consumer in the life scene 6 “each is relaxing” in the upper row and in the lower row. Lighting explanation information 28 explaining the state and effect of the indoor lighting device Ln is displayed. Specifically, in this scene, information that the father and son are watching sports in the living space, the mother is reading a magazine in the dining space 14, and the daughter is SNS in the personal space 15 is displayed in the upper row. Then, in the lower row, the cove lights L1 to L3 make a base light in the color of a light bulb, and the living space 13, the dining space 14, and the personal space 15 are each illuminated with warm white lights. Information is displayed. The operator explains the life scene explanation information 27 and the lighting explanation information 28 of the scene 6 “relaxing each other” to the visitor, and then touches the “next” button displayed on the display operation unit 12.

When the operator touches the "Next" button, as shown in FIG. 10, the control unit 10 then displays a screen explaining the life scene 7 "before going to bed" on the screen of the display operation unit 12, and various devices. Is controlled to be stored in association with the life scene 7 “before going to bed” of the storage unit 11 (S8). Specifically, the cove lighting L3 and the personal downlight L14 on the living space 13 side of the indoor lighting device Ln are turned on at the brightness and color temperature of "1". Then, the upspot light L16, the reflection effect lighting L17, the wave generator 25, and the BGM arranged in the simulated outdoor space 4 are turned on, and the simulated outdoor space 4 is fantastically lit up. Various devices not specifically mentioned are off.

Further, as shown in FIG. 13A, the display operation unit 12 displays the life scene explanation information 27 indicating the behavior and time zone of the consumer in the life scene 7 “before going to bed” in the upper row, and indoors in the lower row. Lighting explanatory information 28 explaining the state and effect of the lighting device Ln is displayed. Specifically, in this scene, information that the children are sleeping in their own room, that the mother is doing yoga exercises in the personal space 15, and that the father is drinking while looking at the garden in the living space 13. Is displayed in the upper row. Then, in the lower row, a part of the cove lights L1 to L3 makes a base light with a light bulb color, the light bulb color light is lit in the personal space 15, and the simulated outdoor space 4 is fantastically lit up. Information is displayed. After explaining the life scene explanation information 27 and the lighting explanation information 28 of the scene 7 “before going to bed” to the visitor, the operator touches the “Next” button displayed on the display operation unit 12.

When the operator touches the "Next" button, as shown in FIG. 10, the control unit 10 then displays a screen for explaining the life scene 8 "suitable person suitable light (night)" on the screen of the display operation unit 12. It is displayed and various devices are controlled to be stored in association with the life scene 8 “suitable person suitable light (night)” of the storage unit 11 (S9). Specifically, the same control as in the above-mentioned life scene 6 “each is relaxing” is performed.

Further, as shown in FIG. 13B, the display operation unit 12 displays the life scene explanation information 27 indicating the behavior and time zone of the consumer in the life scene 8 “suitable person suitable light (night)” in the upper row. Then, the lighting explanatory information 28 for explaining the state and effect of the indoor lighting device Ln is displayed in the lower row. Specifically, the operator explains the life scene explanation information 27 and the lighting explanation information 28 of the life scene 8 “suitable person suitable light (night)” to the visitor, and then displays the information on the display operation unit 12. Touch the "Next" button.

When the operator touches the "Next" button, as shown in FIG. 10, the control unit 10 then displays a screen for explaining the life scene 10 "suitable person suitable light (daytime)" on the screen of the display operation unit 12. It is displayed and various devices are controlled to be stored in association with the life scene 10 “suitable person suitable light (daytime)” of the storage unit 11 (S10). Specifically, the cove lights L1 to L3, the living downlight L6, the dining pendant light L10, the personal downlight L14, and the counter downlight L12 of the indoor lighting device Ln are turned on at the brightness and color temperature of "5".

Further, the simulated window lighting device 5 is turned on at the brightness and color temperature of "5", the electric shielding device 8 is controlled to OPEN, and the outdoor lighting device 6 is controlled to turn on the neutral white downlight. .. This makes the visitors understand that it is a daytime life scene with outside light, and also makes them understand that they are spending their own time in the dining space 14, the living space 13, and the personal space 15. Further, the television screen information 4 is displayed on the display 9. The television image information 4 is television screen information that impresses a daytime life scene, and in the present embodiment, is, for example, a still image imitating a daytime wide show. Various devices not specifically mentioned are off.

Further, as shown in FIG. 13C, the display operation unit 12 displays the life scene explanation information 27 indicating the behavior and time zone of the consumer in the life scene 10 “suitable person suitable light (daytime)” in the upper row. Then, the lighting explanatory information 28 for explaining the state and effect of the indoor lighting device Ln is displayed in the lower row. Specifically, in this scene, the son is doing his homework in the dining room, the mother is cleaning up lunch in the kitchen, the daughter is watching magazines and TV in the living room, and the father is in personal space 15. Information indicating that you are reading is displayed in the upper row. Then, in the lower row, it is displayed that the space is composed of neutral white in accordance with the outside light, and the living space 13, the dining space 14, and the personal space 15 are composed of neutral white. After explaining the life scene explanation information 27 and the lighting explanation information 28 of the scene 10 “suitable person suitable light (daytime)” to the visitors, the operator clicks the “Next” button displayed on the display operation unit 12. touch.

When the operator touches the "Next" button, the display operation unit 12 displays a message indicating that the introduction of the life scene (not shown) is finished, and the process ends.

As described above, the control unit 10 changes the brightness and color temperature of the simulated window lighting device 5 according to the time zone of the living scene, and sets the brightness and color temperature of the outdoor lighting device 6 to the time zone of the living scene. The opening and closing of the electric shielding device 8 is changed according to the time zone of the life scene. As a result, visitors can experience the change in outside light at the lighting exhibition corner 2 that is actually provided indoors where outside light does not enter, and lighting according to the outside light for each time zone from early morning to night. You can let the visitors experience the choice of.

Then, the living space 13, the dining space 14, and the personal space 15, which are integrally configured, are arranged in the order of the passage of time in the order of the passage of time, assuming the behaviors of a plurality of consumers in each time zone. Since the lighting is reproduced, it is easy for visitors to experience the flow of the day, and by reproducing the life scene where multiple consumers are taking different actions, the lighting of the life scene is more realistic. You can let the visitors experience it.

As described above, the lighting effect experience system can reproduce the lighting of each life scene by arranging the life scenes assuming the behavior of a plurality of consumers in each time zone in the order of passage of time. For example, as shown in FIG. 9, an individual operation screen is displayed on the display operation unit 12, and an indoor lighting device Ln, a simulated window lighting device 5, an outdoor lighting device 6, a wave generator 25, an electric shielding device 8, and a display are displayed. 9 and the simulated outdoor space 4 can be operated individually.

It goes without saying that the embodiments of the present invention are not limited to the above-described embodiments, and can be appropriately changed without departing from the scope of the idea of the present invention.

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

1 Lighting effect experience system 3 Simulated indoor space 4 Simulated outdoor space 5 Simulated window lighting device 6 Outdoor lighting device 7 Opening 8 Electric shielding device 9 Display 10 Control unit 11 Storage unit 13 Living space 14 Dining space 15 Personal space 22 Display Ln Indoor lighting device L9 Kitchen wall lighting (wall lighting)

Claims (6)

It is a lighting effect experience system that allows visitors to experience the lighting effect.
A simulated indoor space that imitates the indoor living space where consumers live, and
A plurality of indoor lighting devices arranged in the simulated indoor space,
A control unit that controls the plurality of indoor lighting devices,
A storage unit that stores a life scene that combines each time zone and the behavior of the consumer and the state of each indoor lighting device in association with each other.
With
The control unit controls the indoor lighting device to a state associated with the life scene in the order of the time zone.
A lighting effect experience system featuring. The simulated indoor space imitates a space in which a plurality of the consumers live, and is a space in which a living space, a dining space, and a personal space are integrally provided.
Different indoor lighting devices are arranged in the living space, the dining space, and the personal space.
In at least one of the living scenes, the indoor lighting device illuminates two or more of the living space, the dining space, and the personal space with different indoor lighting devices.
The lighting effect experience system according to claim 1. It is further provided with a simulated window lighting device which is arranged on the wall surface of the simulated indoor space and can emit light in a planar manner and imitates a window of the indoor living space.
The life scene includes at least daytime, evening, and nighttime life scenes.
The control unit changes the brightness and color temperature of the simulated window lighting device according to the time zone of the life scene.
The lighting effect experience system according to claim 1 or 2. A simulated outdoor space formed adjacent to the simulated indoor space and
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 cloaking device that covers the opening so that it can be opened and closed,
With more
The life scene includes at least daytime, evening, and nighttime life scenes.
The control unit changes the brightness and color temperature of the outdoor lighting device according to the time zone of the life scene, and changes the opening and closing of the electric shielding device according to the time zone of the life scene.
The lighting effect experience system according to claim 1 or 3. Further equipped with a display arranged in the simulated indoor space,
The control unit further controls the image on the display.
The storage unit stores TV screen information that impresses the life scene in association with the life scene.
When the control unit controls the indoor lighting device to a state associated with the living scene, the control unit controls the display to display TV screen information stored in the storage unit in association with the living scene. To do,
The lighting effect experience system according to any one of claims 1 to 4. The indoor lighting device includes wall lighting that illuminates a wall surface adjacent to the dining space.
A display indicating the kitchen is provided on the wall surface.
The life scene includes a life scene in which work is performed in the kitchen.
In the life scene, the wall lighting is turned on,
The lighting effect experience system according to claim 2.

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