TW202101272A - Space design plan presenting method and space design plan presenting system - Google Patents

Abstract

Provided is a method for presenting a space design plan with a control device that controls a staging device that stages space within a building with space content data and an information acquiring device that acquires information of a customer in the space, the method comprising: a step for storing standard space content data; a step for staging space on the basis of the standard space content data; a step for acquiring attribute data of the customer in the staged space and staying time; a step for correlating and storing, as correlation information, the attribute data of the customer, the staying time and the standard space content data; and a step for presenting space content data regarding which the staying time of the customer in the space is a desired value, on the basis of a plurality of sets of correlation information.

Description

Prompt method of space design plan and prompt system of space design plan

The invention relates to a prompt method for a space design plan and a prompt system for a space design plan.

Recently, electronic commerce (Electronic Commerce) has become popular, and the number of customers visiting physical stores has decreased, and physical stores have gradually decreased. Therefore, in order to improve the turnover of physical stores, various methods have been proposed to improve the satisfaction of customers in physical stores.

For example, Patent Document 1 discloses a configuration that can use customer movement information and POS data to infer products that customers want but have not purchased at the store. In other words, it provides a customer purchase behavior analysis system, which takes the shelves that have not purchased goods and has a long average stay time and a large number of pieces as the shelves that need to be improved in terms of out of stock, items, etc., and improves customer satisfaction as a review project. [Literary Technical Literature] [Patent Literature]

Patent Document 1: Japanese Patent Laid-Open No. 2004-348681

However, the above-mentioned customer purchase behavior analysis system, by monitoring the customer's behavior, improves the ease of finding the desired product, product items, etc., and aims to improve customer satisfaction. Therefore, the system cannot predict the state of the customer from the psychological aspects of the customer in the store space, such as whether the customer is comfortable in the store, and attract customers to the physical store using criteria such as the comfort of the customer in the physical store.

The present invention is proposed in view of the problems of these conventional technologies. The purpose of the present invention is to provide a store space that is comfortable for customers, and to provide a space PKG (Package) that improves the turnover of the physical store by making the residence time a desired value.

In order to solve the above-mentioned problems, the first aspect of the present invention discloses a method for suggesting a space design plan, by including an exhibition device that displays the space in a building with space content data, and obtains information about customers existing in the space The control device of the information acquisition device prompts the space design plan for the space. The prompt method includes the following steps: save the predetermined space content data to the storage part of the control device as the standard space content data; according to the standard space content data , Using the exhibition device to show the space; using the information acquisition device, to obtain the customer’s attribute data in the exhibition space and the customer’s stay time in the space; the customer’s attribute data and the customer’s stay in the space The residence time of the space corresponds to the content data of the standard space and is stored in the storage unit as corresponding information; and the computing unit of the control device prompts the customer's residence time in the space based on the stored plural corresponding information Become the expected value of spatial content data.

The second aspect of the space design plan prompt method disclosed in the present invention is controlled by including an exhibition device that uses space content data to show the space in a building, and an information acquisition device that acquires information about customers existing in the space The device prompts the space design plan for the space, and the prompt method includes the following steps: store the space content data predetermined according to the customer’s preference information to the storage part of the control device as standard space content data; The computing part identifies the customer who exists in the space based on the acquired information obtained by the information acquisition device; displays the space with the exhibition device based on the standard space content data corresponding to the specified customer; With the information acquisition device, the attribute data of the customer in the exhibition space and the staying time of the customer in the space are obtained; the attribute data of the customer, the staying time of the customer in the space, and the standard space content The data is assigned to the corresponding information and stored in the storage unit as corresponding information; and the computing unit of the control device, based on the stored plural corresponding information, prompts the customer's residence time in the space to become the desired value of the space content data.

The reminder system of the third aspect of the space design plan disclosed in the present invention includes: a storage part of the control device, which stores the predetermined space content data for the space in the exhibition building as the standard space content data; The device displays the space based on the standard space content data; the information acquisition device obtains the attribute data of the customer in the performance space and the customer’s stay time in the space; and the computing unit of the control device displays the attribute of the customer The data, the time the customer stays in the space, and the standard space content data are assigned to correspond, and are stored in the storage unit as corresponding information. Based on the stored plural corresponding information, the customer’s stay time in the space becomes the expected value Space content information.

The reminder system of the fourth aspect of the space design plan disclosed in the present invention includes: a storage unit of the control device, which stores the space content data determined in advance based on the preference information of the customers who are predicted to come to the space in the building as Standard space content data; an information acquisition device that obtains information from customers who come to the space in the building; the computing unit of the control device, based on the acquired information obtained by the information acquisition device, identifies the customer who exists in the space; And the performance device, based on the standard space content data corresponding to the specified customer, to perform the space; the information acquisition device obtains the customer’s attribute data in the performance space and the customer’s stay time in the space , And the computing unit of the control device assigns the customer’s attribute data, the customer’s residence time in the space, and the standard space content data to correspond, and stores it in the storage unit as corresponding information, based on the stored plural Corresponding information, prompt the customer's residence time in the space to become the desired value of the space content data.

Hereinafter, the presentation system of the space design plan of this embodiment will be described in detail with reference to the drawings. In addition, the embodiment described below shows a comprehensive example or a specific example. The numerical values, shapes, materials, components, arrangement positions and connection forms of components, steps, order of steps, etc. shown in the following embodiments are only examples, and their intent is not to limit the content disclosed in the present invention. In addition, among the constituent elements of the following embodiments, constituent elements that are not described in the independent claims showing the highest concept are described as arbitrary constituent elements. Furthermore, the size ratio of the drawings is exaggerated for the convenience of explanation, and there are cases where the ratio is different from the actual ratio.

In addition, below, as a reminder system for the space design plan, an example of a system for exhibiting spaces such as a sales floor space including a showroom of a physical store, or a waiting space adjacent to the sales floor space. For example, the first lighting device that illuminates the surrounding space and the second lighting device that projects the projection screen to a predetermined area included in the presentation system of the space design plan are exemplified downlights embedded in the ceiling. Furthermore, as a broadcasting device that plays music such as BGM (background music) in a space such as a store space or a waiting space, a ceiling-mounted speaker is exemplified. Furthermore, as a device that diffuses fragrance in a space such as a sales floor space or a waiting space, an aroma diffuser as a fragrance diffusion device embedded in a wall is exemplified. Furthermore, a display device that displays environmental images in a predetermined area of a space such as a store space or a waiting space is exemplified. These first lighting devices, second lighting devices, broadcasting devices, aroma diffusers and display devices are also defined as performance devices in the performance space.

(Example of configuration of reminder system for space design plan) First, an example of the arrangement of the performance device 100 and the information acquisition device 200 included in the presentation system 1000 of the space design plan of this embodiment will be described based on FIG. 1. As described above, the performance device 100 includes a first lighting device 110, a second lighting device 120, a broadcasting device 130, a fragrance diffuser 140, and a display device 150, and is arranged in a physical store 11 such as a sales floor or waiting space. Here, FIG. 1 is a perspective view of each of the performance device 100 and the information acquisition device 200 included in the reminder system 1000 of the space design plan.

As shown in FIG. 1, on the ceiling 15 of the physical store 11, the first lighting device 110 or the second lighting device 120 that illuminates the space 12 is used as a downlight, and a plurality of them are embedded in a state of illuminating the bottom. The downlight shown in FIG. 1 is slightly circular in plan view, but the shape of the downlight is not limited to this shape, and can be any shape such as oval or quadrangular in plan view.

With the first illuminating device 110, the space 12 can be illuminated depending on the application or preference, so that it can be a light environment that displays a desired color tone or brightness. That is, the first lighting device 110 can illuminate the space 12 so as to make it into a desired light environment such as a red space or a blue space. For example, in the case of making the space 12 with red color, the first illuminating device 110 is adjusted so as to irradiate light of a spectrum with a high wavelength intensity of the red color. On the other hand, in the case of making the space 12 with blue color, the first illuminating device 110 is adjusted so as to irradiate light of a blue-based spectrum with a high wavelength intensity. In this way, the first lighting device 110 that can be adjusted to irradiate light of a spectrum suitable for making the space 12 into a desired light environment is embedded in the ceiling 15 of the physical store 11.

The first lighting device 110 further has a dimming function, and the illuminance of the lighting light irradiated from the first lighting device 110 can be appropriately adjusted. The adjustment of the illuminance of the illumination light can be performed, for example, by changing the output value of a light source unit (not shown) included in the first illumination device 110.

Then, by appropriately adjusting the illuminance of the illuminating light irradiated from the first illuminating device 110, the surrounding space of the second illuminating device 120 becomes a desired light environment.

In this way, in this embodiment, the first illuminating device 110 not only adjusts color, but also has a function as a dimming basic lighting, so the first illuminating device 110 can function as a dimming/color basic downlight.

In addition, if there are multiple customers in the space 12, the plurality of first lighting devices may cooperate with the camera functioning as the information acquisition device 200 to illuminate each customer in a different light environment.

Here, in this embodiment, the downlight, which is one part of the plurality of downlights, functions as the second lighting device 120 that projects the projection screen 315a onto the floor surface 14 of the space 12.

The second lighting device 120 is a device that projects a preset projection screen 315a onto a predetermined area R of the floor surface 14; the projection screen 315a is an illuminating image displayed by the shadow of light. Examples of such projection screens 315a include images of sunlight falling in the forest, images of water surfaces, images of ripples, images of flowing water, images of waves, images of bright oceans, images of dark oceans, and images of starry sky. Then, these projection screens 315a are projected by the second illuminating device 120 to a predetermined area of the projection symmetry plane such as the floor surface 14 or the wall surface 13. In FIG. 1, the second lighting device 120 is used to project an image of sunlight falling in the forest onto the floor surface 14.

Furthermore, in this embodiment, the second illuminating device 120 is provided with a light-dark fluctuation module 550 described later, and by driving the light-dark fluctuation module 550, an image that makes the sunlight fall in the forest can be projected onto the floor surface 14.

In this way, the second lighting device 120 of the present embodiment also has a function of lighting in a fluctuating light and dark environment. In addition, the second illuminating device 120 can be provided with a plurality of projection screens 315a and switches for switching the projection screens, and the projection screens 315a projected on the projection symmetry plane can be switched by performing the switching operation of the switches.

In addition, when a plurality of second lighting devices are provided, if there are a plurality of customers in the space 12, it is also possible to cooperate with the camera functioning as the information acquisition device 200 to illuminate the projection screen 315a for each customer in a different manner.

As described above, the performance device 100 of this embodiment includes at least one first illuminating device 110 that irradiates illuminating light. In addition, the presentation device 100 includes a second illuminating device 120 that projects projection light for projecting a preset projection screen 315a onto a predetermined area R.

In addition, as shown in FIG. 1, on the ceiling 15 of the physical store 11, the speaker of the broadcasting device 130 that plays BGM and other sound information contents to the space 12 is embedded in a downward state. The loudspeaker shown in FIG. 1 is slightly circular in plan view, but the shape of the loudspeaker is not limited to this shape, and can be any shape such as oval or quadrangular in plan view. In addition, in FIG. 1, the speaker is embedded in the ceiling 15, but it is not limited to this form. It may be embedded in the wall surface 13 of the space 12 or installed on the floor surface 14. Furthermore, it is also possible to arrange multiple speakers instead of one, and play the structure in a surround sound effect.

Furthermore, from the speaker, various sound information contents can be played. As an example of the content of the sound information, the sound of birds, the sound of melting snow, the rustle of forests, trees, and the sound of waves can be cited. In addition, the content of sound information is not limited to these forms. The control unit 310 (refer to FIG. 2) can perform the switching of the audio information content, and the details will be described later. In addition, the control unit 310 can also control the volume of the audio information content.

Furthermore, as shown in FIG. 1, an aroma diffuser as an aroma diffuser 140 that diffuses aroma content such as essential oils in the space 12 is embedded in the wall 13 of the physical store 11. The aroma diffuser shown in FIG. 1 has nozzles (140a, 140b, 140c) that diffuse the aroma content in the space 12, but the shape and installation location of the aroma diffuser are not limited to this form. For example, the aroma diffuser may be embedded in the ceiling 15 or may be arranged on the floor 14. In the case where the aroma diffuser is arranged on the floor surface 14, it may be configured without nozzles (140a, 140b, 140c).

In addition, from the aroma diffuser, various aroma contents can be diffused. As an example of the aroma content, the aroma of the shore, the aroma of the forest, the aroma of melting snow, etc. can be cited. In addition, the aroma content is not limited to these forms. The control unit 310 (refer to FIG. 2) can perform the switching of these aroma contents, and the details will be described later. In addition, the control unit 310 may also control the diffusion amount of the aroma content.

Further, as shown in FIG. 1, on the floor 14 of the physical store 11, the display as a display device 150 for providing environmental image content to customers is installed in a self-supporting manner. The display shown in FIG. 1 has a substantially quadrangular shape when viewed from above, but the shape of the display is not limited to this shape, and can be any shape such as an ellipse or circle when viewed from above. In addition, in FIG. 1, the display is installed in the form of self-supporting on the floor surface 14, but it is not limited to this form, and it may be a structure embedded in the wall surface 13 or the ceiling 15 of the space 12. Furthermore, multiple monitors may be provided instead of one. Further, the display may be composed of an LCD (Liquid Crystal Display) or an organic EL (Electronic Luminescent) display, but it is not limited to this form, and any display can be used.

In addition, it can display various environmental image content on the monitor. As an example of the environmental image content, an environmental image of a shore, an environmental image of a forest, an environmental image of melting snow, and the like can be cited. Furthermore, each environmental image can also display environmental images that represent the four seasons of spring, summer, autumn and winter, and the time of morning, afternoon, and evening. In addition, the content of environmental images is not limited to these forms. The control unit 310 can perform the switching of these environmental image contents, and the details will be described later. In addition, the control unit 310 can also control the brightness or contrast of the environmental image content.

Furthermore, as shown in FIG. 1, on the ceiling 15 of the physical store 11, a camera that functions as a kind of information acquisition device 200 for acquiring information for analyzing customer information coming to the space 12 is embedded in a downward state. The camera shown in Fig. 1 is an omnidirectional camera capable of shooting the space 12 in 360 degrees. In addition, the camera in FIG. 1 is embedded in the ceiling 15, but it is not limited to this form. It may be embedded in the wall 13 of the space 12, furniture (not shown) such as a table installed in the space 12, or installed on the floor 14 . Furthermore, multiple cameras can be installed instead of one.

The camera shooting information captured by the camera as the acquired information is sent to the calculation unit 320 (refer to FIG. 2) described later. The camera shooting information is compared with the stored shooting information stored in the storage unit 330 such as a database, etc., and the camera shooting information is analyzed Various information.

For example, the computing unit 320 analyzes the attribute data of the customer who came to the physical store 11 from the camera shooting information, and determines the attribute data of the customer. Customer attribute data, as an example, list gender, age, height, body type, facial expressions, actions, heart rate, etc.

An example of the expression of the customer's attribute data includes a serious expression, a cheerful expression, a smiling expression, a calm expression, an angry expression, an unpleasant expression, and a blank expression. In addition, the calculation unit 320 can determine that the space 12 is comfortable for the customer in the case of a cheerful expression, a smiling expression, a calm expression, and the like. Furthermore, the calculation unit 320 can determine that the space 12 is comfortable for the customer when the customer's heart rate is less than a predetermined value.

Furthermore, the calculation unit 320 can calculate the staying time of the customer in the physical store 11 from the information captured by the camera.

(The composition of the reminder system of the space design plan) Next, based on FIG. 2, a block diagram showing an example of the configuration of the presentation system 1000 of the space design plan of this embodiment will be described.

The reminder system 1000 of the space design plan includes the first lighting device 110 for dimming/coloring basic lighting shown in Fig. 1, the second lighting device 120 for light-dark environment lighting, the broadcasting device 130, the aroma diffuser 140, and the display device. 150, and the information acquisition device 200. Furthermore, as shown in FIG. 2, the presentation system 1000 of the space design plan includes a control device 300. The control device 300 includes a control unit 310 that controls spatial content data, a calculation unit 320, a storage unit 330 that functions as a database, and a timer unit 340 that counts time. In addition, the information acquisition device 200 may also be a structure included in the control device 300.

The spatial content data controlled by the control unit 310 includes the lighting parameters of the first lighting device 110. The lighting parameters of the first lighting device 110 include the basic lighting (%) that represents the brightness of the first lighting device 110 or the illuminance of the first lighting device 110 as a dimming parameter, and the basic lighting color temperature that represents the color temperature as a color adjustment parameter (K) (Refer to Figure 3).

In addition, the spatial content data controlled by the control unit 310 includes the brightness and darkness fluctuation lighting content of the second lighting device 120. The light-dark fluctuation lighting content of the second lighting device 120 is the lighting image displayed by the shadow of the light on the projection screen 315a. As such illumination images, as mentioned above, for example, images of sunlight falling in forests, images of water surfaces, images of ripples, images of flowing water, images of waves, etc. are listed. The images can be changed according to the four seasons, or the images of the four seasons can be prepared. In addition, each image can also be changed to match the time of the physical store 11 such as morning, noon, and evening, or it can be prepared to respond to the time of morning, lunch, and evening.

For example, the light and dark fluctuation lighting content shown in Figure 3 can be used as the image of the sunlight falling in the forest in the spring, the sunlight falling in the forest 2 is the image of sunlight falling in the forest in the summer, and the sunlight falling in the forest 3 as the forest in autumn The image of the sun falling in the forest 4 is the image of the sun falling in the forest in winter, but it is not limited to these forms. In addition, the water surface 1 shown in Figure 3 can be the image of the morning water surface, the ripple 1 is the image of the morning ripples, the water surface 2 is the image of the water surface at noon, and the ripple 2 is the ripple at noon. The images of, but not limited to these forms, can also be made into images of spring, summer, autumn and winter. The control unit 310 can switch all of these images.

Furthermore, the spatial content data controlled by the control unit 310 includes the aroma content of the aroma diffuser 140 such as an aroma diffuser. As an example of the aroma content, as mentioned above, the aroma of the shore, the aroma of the forest, the aroma of melting snow, etc. can be cited. Each fragrance can be a fragrance that changes in response to spring, summer, autumn and winter, or morning, afternoon, and evening. The aroma diffuser is provided with an aroma agent that is the source of these aromas, and the control unit 310 can select an aroma agent to diffuse the aroma.

In addition, the difference in the aroma content of the aroma content of the aroma diffuser shown in Figure 3, such as forest 1, forest 2, melting snow 1, melting snow 3, etc., can be the difference between the aromas produced at spring, summer, autumn and winter or morning, afternoon and evening. Situation, etc., any difference in aroma.

Furthermore, the spatial content data controlled by the control unit 310 includes audio information content played from a broadcasting device 130 such as a speaker. From the speaker, various audio information content can be played. An example of the content of the sound information, as mentioned above, may include drift ice, bird singing, snow melting, forest, forest rustling, ocean waves, etc. The difference in the number of the bird's song in the sound information content shown in Figure 3 is the difference in the way of the bird's song and the difference in the type of bird. In addition, the difference in the numbers of the rustling sounds of the forest is the difference in the sound produced by the difference in the planting and the difference in the strength of the wind. Differences in the numbers of other sounds indicate differences in sound sources. The control unit 310 can select various sound sources to change the content of the sound information played from the speaker.

Furthermore, the spatial content data controlled by the control unit 310 includes environmental image content displayed by a display device 150 such as a display. It can display various environmental image content on the monitor. As an example of the environmental image content, as described above, the environmental image of the shore, the environmental image of the forest, the environmental image of melting snow, etc. can be cited. The control unit 310 can make each environmental image change according to the time of spring, summer, autumn, winter, morning, afternoon, and evening, and can also display each environmental image together with sunlight. The number difference of the environmental image content shown in FIG. 3 also has the difference of the environmental image content stored in the storage part 330. The control part 310 selects the environmental image content according to the situation and displays it on the display.

The control unit 310 combines various types of the above-mentioned spatial content data. It is configured to be distributed to the first lighting device 110, the second lighting device 120, the broadcasting device 130, the fragrance diffuser 140, and the display device 150.

The arithmetic unit 320 obtains the camera shooting information included in the obtained information about the customer who came to the physical store 11 from the camera included in the information obtaining device 200, compares it with the database stored in the storage unit 330, and analyzes the attributes of the customer data. For example, as described above, the calculation unit 320 analyzes gender, age, body shape, expression, movement, heart rate, etc., for each customer, makes determinations, associates them with the staying time of the customer in the physical store 11, and stores them in the storage unit 330. Here, there is a case where the information of the customer's gender, age, body type, expression, movement, heart rate, etc., together with the information about the stay time of the customer's physical store 11, is referred to as the customer's attribute data. In addition, there are cases where the customer's facial expression and heart rate are referred to as the customer's psychological data.

Furthermore, the computing unit 320 assigns correspondences between the spatial content data being released and the customer's attribute data to the customers, and stores them in the storage unit 330 as corresponding information.

In addition, the computing unit 320, based on the customer's attribute data obtained from the camera shooting information, from the corresponding information stored in the storage unit 330, transfers the residence time in the space set of the physical store 11 to the maximum spatial content data部310. The arithmetic unit 320 reads or analyzes the spatial content data with the maximum residence time from the storage unit 330 and transmits it to the control unit 310.

Furthermore, the computing unit 320 changes the spatial content data based on the customer's attribute data obtained from the camera shooting information. When the customer's expression is a cheerful expression, a smiling expression, a calm expression, etc., it can be judged to be for the customer Space 12 is comfortable. In addition, the calculation unit 320 can determine that the space 12 is comfortable for the customer when the customer's heart rate is lower than the predetermined heart rate, or when the heart rate tends to decrease. Here, the system can set the predetermined heart rate to any value.

Therefore, the computing unit 320 can be set according to the customer's attribute data, from the initial space content data released at the beginning, change the content of the space content data, and search for the space content data that is comfortable for the customer.

FIG. 3 shows an example of the corresponding information of the storage unit 330 created by the arithmetic unit 320 acting as described above.

Sample No. 1, according to the customer's attribute data judged from the camera information, shows that the gender is female, the height is 155cm, the body is thin, and the expression is serious. The basic lighting color temperature (K), basic lighting (%), spatial fluctuation lighting content, aroma content, sound information content, and environmental image content of this situation are stored as spatial content data and assigned to the residence time in the space PKG Store accordingly.

In addition, the standard space content data is the content data preset by the combination of basic lighting color temperature (K), basic lighting (%), spatial fluctuation lighting content, aroma content, sound information content, and environmental image content.

For example, the standard space content data can be set according to factors such as the time or season when the customer comes to the space PKG of the space 12. If the time of coming to the space PKG is morning, the aroma content can be made to smell the fresh aroma of the morning forest, the sound information content is set as the bird's chirping in the morning, and the environmental image content is set to make it imagine the forest Sunlight is shed in the forest during the day. In addition, if the season of coming to the space PKG is spring, the aroma content can be made to smell the fresh aroma of spring melting snow, the audio information content is set to the flowing sound of melting snow water, and the environmental image content is set to make it imaginary The condition of the snowmelt.

Furthermore, if the season of the visiting space PKG is the early summer season, the aroma content can be made to smell the fresh aroma of early summer, the audio information content is set to the rustle of early summer forest, and the environmental image content is set to Imagine the early summer green of the forest. Furthermore, if it is snowing outside the building including the space PKG, customers can feel the arrival of spring. For example, the aroma content can be made to smell the aroma of flowering plants in spring, the audio information content can be set to the sounds of birds such as skylarks or tree warblers, and the environmental image content can be set to images of flowering plants such as cherry blossoms or plum blossoms. . In this case, the information acquisition device 200 is connected to other electronic equipment such as cameras for acquiring external information of the building.

In this way, the control unit 310 can set and provide the standard space content data according to factors such as the time or season of the customer who came to the space PKG.

In addition, the control unit 310 may also provide standard space content data based on the attribute data including the preference information of customers visiting the space PKG. For example, the 10th generation, the 20th generation, the 30th generation, the 40th generation, and the 50th generation are set in advance. The 60th, 70th, 80th, and 90th generations conduct surveys for men and women of each age or age, or use big data that has already been conducted. For men and women of all ages or ages, collect preferred fragrance, preferred BGM, preferred scenery, and set the corresponding aroma content, sound information content, and environmental video content as standard space content data. Then, the control unit 310 provides standard space content data based on the attribute data of the customers visiting the space PKG. The control unit 310 associates these data with the stay time of the customer visiting the space PKG, and stores them in the storage unit 330.

Further, the standard space content data can be set and provided based on the preference information of the corresponding customer assigned to the customer's personal data. For example, as light and dark fluctuation lighting content, aroma content, sound information content, and environmental image content, the customer's preferred content can be obtained in advance, and standard space content data corresponding to the customer's preferred content can be produced and provided. The acquisition method can be stored in the storage unit 330 in advance by using an input electronic device not shown in the figure, corresponding to the attribute data of the customer.

The above description mainly focuses on the mode in which the calculation unit 320 stores the customer's attribute data, residence time, and space content data in the storage unit 330 without changing the previously set standard space content data, but it is not limited to this mode.

For example, the computing unit 320 can also change the spatial content data based on the customer's attribute data obtained from the camera shooting information. As an example, the spatial content data can also be changed according to the customer's facial expression or heart rate, or the combination of the customer's facial expression and heart rate as psychological data contained in the customer's attribute data. The computing unit 320 can change the content of the environment image, and set the environment image content corresponding to the expression when the customer's expression becomes a cheerful expression, a smiling expression, a calm expression, etc. In addition, the computing unit 320 may also change the content of the environmental image, and set the environmental image content corresponding to the heart rate when the customer's heart rate is below a predetermined value. In this way, the spatial content data in which the staying time of customers in the spatial set of the physical store 11 has become longer can be explored, and stored in the storage unit 330 as related information.

(Operation of the reminder system of the space design plan) Next, according to FIG. 4A and FIG. 4B, the flow chart of an example of the operation of the prompt system of the space design plan is described. The processing sequence of FIGS. 4A and 4B is executed by a CPU (Central Processing Unit) included in the control device 300 (for example, the control unit 310 and the calculation unit 320 in FIG. 2). In this case, the CPU executes according to a program stored in a ROM (Read Only Memory) (for example, a part of the storage section 330 in FIG. 2).

In addition, part or all of the following processing sequence can be implemented by hardware such as DSP (Digital Signal Processor) or ASIC (Application Specific Integrated Circuit). In this embodiment, the description will be given for the case where the CPU executes according to the ROM program.

In step S401, the control unit 310 creates standard space content data. The standard space content data, as described above, is the content data showing the four seasons of spring, summer, autumn and winter, and the content data showing the difference in space generated by the time of the four seasons, but it is not limited to this form. For example, it can be preset by including attribute data that predicts the preference information of customers in the space set of the physical store 11, the external environment outside the space set of the physical store 11, and the like. Next, the control device 300 proceeds to step S402.

In step S402, the control unit 310 stores the standard space content data created in step S401 in the storage unit 330. The storage unit 330 may be provided inside the control device 300, or may be provided in a storage device (not shown) such as a database provided outside the control device 300. Next, the control device 300 proceeds to step S403.

In step S403, the computing unit 320 judges whether the customer comes to the space set of the physical store 11 or not. The computing unit 320 determines whether the customer comes to the physical store based on the information obtained by the information obtaining device 200. When the customer comes to the physical store (step S403: YES), the control device 300 proceeds to step S404; when the customer does not come to the physical store (step S403: NO), the control device 300 repeats step S403.

In step S404, the computing unit 320 determines the attribute data of the customer from the camera shooting information obtained by the camera included in the information obtaining device 200. Customer attribute data, including gender, age, body type, and psychological data such as facial expressions and heart rate. Next, the control device 300 proceeds to step S405.

In step S405, the computing unit 320 stores the attribute data and spatial content data of the customers who come to the physical store in the storage unit 330 to assign corresponding plural correspondence information, and determines whether the calculation in step S410 described later can be performed. When the corresponding information for the customer is sufficiently stored (step S405: YES), the control device 300 proceeds to step S410. When the corresponding information for the customer is not sufficiently stored (step S405: NO), the control device 300 proceeds to step S406.

In step S406, the control unit 310 selects one standard space content data from the plurality of standard space content data stored in the storage unit 330. The control unit 310 can select the standard space content data according to the season and time when the customer comes to the store based on the timing information of the timekeeping unit 340 corresponding to the date and time of the space set of the timekeeping entity storefront 11. In addition, standard spatial content data can be selected from the preference information contained in the customer's attribute data. Furthermore, one standard space content data can be randomly selected from a plurality of standard space content data. In addition, if the standard space content data corresponding to the timing information is not stored, the control unit 310 can select the standard space content data that is closest to the timing information. In addition, the control unit 310 can also modify the standard space content data to make it a new standard space content data. Next, the control device 300 proceeds to step S407.

In step S407, the control unit 310 controls the first lighting device 110, the second lighting device 120, the broadcasting device 130, the fragrance diffusion device 140, and the display device 150 based on the standard space content data determined in step S406. Next, the control device 300 proceeds to step S408.

In step S408, the computing unit 320 uses the information obtaining device 200 to obtain psychological data such as expressions, heart rate, etc., and information about the customer's stay time from the customer's attribute data in the space set of the physical store 11. Next, the control device 300 proceeds to step S409.

In step S409, the computing unit 320 assigns and stores the psychological data such as the customer's facial expression and heart rate, the information about the residence time in the customer's space set, the customer's gender, age, body type and other information, and the standard space content data. To the storage unit 330 as corresponding information. Then, the control device 300 proceeds to step S403 to execute the release of new spatial content data and the collection of corresponding information.

In step S410, the computing unit 320 estimates from the corresponding information containing the customer’s attribute data and the stay time stored in the storage unit 330 that the stay time in the space set of the physical store 11 of the customer becomes the largest optimal space content data. To decide. In addition, the time spent in the space set of the physical store 11 of the customer becomes the largest estimation method of spatial content data. The estimation method using existing technology such as AI (Artificial Intelligence) can be used, so it is not detailed here. Narrated. Next, the control device 300 proceeds to step S411.

In step S411, the control unit 310 controls the first lighting device 110, the second lighting device 120, the fragrance diffusion device, the broadcasting device, and the display device 150 based on the optimal standard space content data determined in step S410. Then, the control device proceeds to step S412.

In step S412, the control unit 310 determines whether the best spatial content data determined in step S410 has been used before, and determines whether only a shorter stay time than the expected stay time is obtained. If the expected residence time is not obtained (step S412: No), the control device 300 proceeds to step S413; if the expected residence time is obtained (step S412: Yes), the control device 300 proceeds to step S415. In addition, if the best spatial content data determined in step S410 is the spatial content data selected for the first time, the control device 300 proceeds to step S415.

In step S413, the control unit 310 changes the optimal spatial content data determined in step S410 based on the customer's psychological data. For example, change the content data contained in the standard space content data by using the customer's facial expression information to make the customer a reassuring expression, and/or make the customer's heart rate information lower than a predetermined value .

For example, the computing unit 320 can change the spatial content data. When the customer’s expression becomes a relieved expression including cheerful expressions, smiling expressions, calm expressions, etc., it sets the spatial content data corresponding to the expressions to be released The space content information. In addition, the computing unit 320 may also change the spatial content data, and set the spatial content data when the customer's heart rate becomes less than a predetermined value. In addition, the computing unit 320 can also set spatial content data that satisfies the customer's expression and heart rate conditions. In this way, by changing the spatial content data, the lengthening of the residence time in the spatial set of the physical store 11 of the customer is expected. Next, the control device 300 proceeds to step S414.

In step S414, the computing unit 320 assigns and stores the psychological data of the customer's facial expression and heart rate, the information of the staying time in the customer's space set, the customer's gender, age, body type and other information, and the standard space content data. To the storage unit 330 as corresponding information. Then, the control device 300 proceeds to step S403 to execute the release of new spatial content data and the collection of corresponding information.

In step S415, the computing unit 320 obtains psychological data such as facial expressions and heart rate, and information on the customer's stay time through the information obtaining device 200 from the customer's attribute data in the space set of the physical store 11. In addition, the computing unit 320 can also obtain information such as gender, age, and body type of the customer. Next, the control device 300 proceeds to step S416.

In step S416, the computing unit 320 assigns the psychological data of the customer's facial expression and heart rate obtained in step S415, the information of the staying time in the customer's space set, and the information of the customer's gender, age, body type, etc., to correspond. Furthermore, the computing unit 320 assigns the best spatial content data computed in step S410 to the correspondence, and stores it in the storage unit 330 as correspondence information. Then, the control device 300 proceeds to step S403 to execute the release of new spatial content data and the collection of corresponding information.

In this way, from the attribute data and stay time of the customer stored in the storage unit 330, it is estimated that the stay time in the space set of the physical store 11 of the customer becomes the largest spatial content data for determination. In addition, the estimating method of the largest spatial content data in the residence time of the physical store 11 of the customer can use the existing technology, so it is not detailed here.

(Deformed form) In the flowchart of the above-mentioned embodiment, only the mode of changing the spatial content data based on the customer's psychological data in step S413 is explained, but it is not limited to this mode.

For example, it can also be the case where the standard space content data is released in step S407, and the state of the standard space content data can be changed according to the psychological data of the customer. For example, change the content data contained in the standard space content data by using the customer's facial expression information to make the customer a reassuring expression, and/or make the customer's heart rate information lower than a predetermined value . In this way, it is also possible to search for spatial content data in which the staying time of customers in the spatial set of the physical store 11 has become longer, associate it with and store it in the storage unit 330.

In addition, according to the above embodiment, although it is made to maximize the customer's stay time, it can also replace the customer's stay time and make it the total purchase amount of goods or services generated by the customer, or the customer's unit time The purchase amount of is the largest component. In this case, the information obtaining device 200 can be configured to obtain necessary information. In addition, the corresponding information includes the total purchase amount of goods or services generated by the customer, or the purchase amount per unit time of the customer. Furthermore, the calculation unit 320 of the control device 300 can calculate the spatial content data that maximizes the total purchase amount of goods or services generated by the customer, or the purchase amount per unit time of the customer. Furthermore, it can be configured that the stay time of the customer becomes any desired time. For example, in order to increase the conversion rate of customers, the space content data can also be adjusted to shorten the retention time of customers. That is, the control device 300 can adjust the spatial content data so that the stay time of the customer becomes any desired time.

(Specific example of the second lighting device)

With reference to FIG. 5, the details of an example of a specific example of the second lighting device 120 will be described below.

The second lighting device 120 is fitted and fixed to a ceiling hole (through hole) formed to penetrate through the thickness direction of the ceiling 15. The second illuminating device 120 transmits the light from the light source unit 520 provided in the second illuminating device 120 through the projection screen 315a, irradiates the projection light toward the floor surface 14, and projects the projection screen 315a to the predetermined area R.

The second lighting device 120 includes a main body 510 and a light source 520. The light source section 520 is housed in the main body section 510, and may be composed of, for example, a plurality of LEDs (light emitting elements) and an LED substrate (light emitting element base) on which the plurality of LEDs (light emitting elements) are arranged.

The main body portion 510 includes a heat dissipation portion 511 that releases heat generated in the light source portion 520 to the outside of the second lighting device 120. The heat dissipating part 511 can be formed of, for example, an aluminum die-casting material with high thermal conductivity, and the heat generated in the light source part 520 can be dissipated more efficiently.

The heat dissipation portion 511 includes a heat dissipation portion main body 511a thermally connected to the light source portion 520, and a plurality of heat dissipation fins 511b connected to the heat dissipation portion main body 511a.

In this embodiment, the heat sink main body 511a includes a top wall 511c having a substantially circular plate shape, and a peripheral wall 511d extending downward from the edge of the top wall 511c. That is, in the heat sink body 511a, a storage space defined by the top wall 511c and the peripheral wall 511d and opened downward is formed. Then, in the storage space, the first reflecting portion 512 described later is stored. In addition, a plurality of radiating fins 511b are formed to protrude upward from the top surface of the top wall 511c.

In addition, in this embodiment, the light source part 520 is fixed to the center part of the bottom surface of the top wall 511c. In this way, by fixing the light source part 520 to the central part of the bottom surface of the top wall 511c, the light source part 520 and the top wall 511c (heat dissipation part 511) are thermally connected. In this way, the heat generated in the light source part 520 is conducted from the bottom surface of the top wall 511 c to the heat dissipation part 511, and is released from the heat dissipation part 511 to the outside of the second lighting device 120. In addition, when using an LED substrate on which a plurality of LEDs are arranged as the light source unit 520, the LED substrate is fixed to the center of the bottom surface of the top wall 511c with the plurality of LEDs facing downward.

In addition, the second lighting device 120 is provided with a light-dark fluctuation module 550, and by driving the light-dark fluctuation module 550, an image that fluctuates the projection screen 315a such as sunlight falling in the forest can be projected onto the floor surface 14.

In this embodiment, the light and dark sliding member 551 on which the projection screen 315a is formed is provided with an actuator (not shown) as a driving member, thereby forming the light and dark fluctuation module 550. Then, by driving the actuator, the light and dark sliding member 551 is slid back and forth (horizontal plane direction).

The brightness fluctuation module 550 is fixed to the bottom surface of the top wall 511c and the like in a state where the light from the light source unit 520 transmits through the projection screen 315a.

In this way, the projection screen 315a that moves forward, backward, left, and right (horizontal plane direction) is projected onto the predetermined area R, and the image that causes the projection screen 315a to fluctuate is projected onto the floor surface 14.

Furthermore, the main body 510, as shown in FIG. 5, includes a first reflection portion 512, which is attached to the heat dissipation portion 511 to which the light source portion 520 is fixed, and reflects light emitted from the light source portion 520 toward the downward side.

The first reflecting portion 512 includes a bottom wall 512a and an outer peripheral wall 512b extending upward from the outer edge of the bottom wall 512a. In this embodiment, the bottom wall 512a has a shape in which a substantially circular opening (lower opening 512e) is formed in the center of the disc-shaped member, and has a substantially circular ring shape in a plan view.

On the other hand, the outer peripheral wall 512b is made to have a substantially cylindrical shape, and the outer peripheral wall 512b is formed to have an outer diameter slightly smaller than the inner diameter of the peripheral wall 511d of the heat sink body 511a. That is, the bottom wall 512a and the outer peripheral wall 512b are formed to have a size that can be stored in the storage space defined by the top wall 511c and the peripheral wall 511d.

Furthermore, a reflecting plate 512c is extended from the edge of the opening (lower opening 512e) formed in the center of the bottom wall 512a. This reflecting plate 512c may be formed of, for example, PBT (polybutylene terephthalate) resin or the like, and has a slightly bowl-like shape whose diameter increases as it goes downward. Then, at the upper and lower ends of the reflecting plate 512c, an upper opening 512d opening upward and a lower opening 512e opening downward are respectively formed. In addition, the curved surface below the reflecting plate 512c becomes the reflecting surface 512f.

In addition, the main body portion 510 includes a second reflection portion 513. Then, between the first reflection portion 512 and the second reflection portion 513, a lens 530 for diffusing the light emitted from the light source portion 520 is arranged. In this embodiment, the lens 530 has a substantially disc shape, and can be formed using, for example, a transparent acrylic resin or the like.

In addition, the second reflection portion 513 is arranged below the lens 530 and reflects light diffused by the lens 530 toward the lower side (light distribution). The second reflection portion 513 can be formed using, for example, steel plate, resin, or the like.

The second reflecting portion 513 includes a main body portion 513a with an upper opening 513c and a lower opening 513d formed thereon, and a flange portion 513b extending from the lower end of the main body portion 513a (the edge of the lower opening 513d) outward in the radial direction Set up. In this embodiment, the lower opening 513d serves as the irradiation port of the second lighting device 120. In addition, the outer diameter of the flange portion 513b is formed to be larger than the inner diameter of the ceiling hole.

The main body portion 513a includes an auxiliary reflecting plate 513e having a slightly bowl-like shape that increases in diameter as it goes downward, and a cylindrical portion 513f connected to the upper end of the auxiliary reflecting plate 513e, and the lens 530 is inserted into the cylindrical portion 513f. On the other hand, the curved surface on the lower side of the auxiliary reflection plate 513e becomes the auxiliary reflection surface 513g.

Furthermore, in this embodiment, the plate-shaped reed attachment portion 513h to which the plate-shaped reed 540 is attached is formed on the second reflecting portion 513. Then, by clamping the ceiling 15 with the plate reed 540 and the flange portion 513b installed in the plate reed mounting portion 513h, the second lighting device 120 is embedded and fixed to the ceiling hole of the ceiling 15.

The second illuminating device 120 has a dimming mechanism (not shown), and the illuminance of the projection light L2 can be adjusted by changing the output value of the light source unit 520.

In addition, a measurement unit 560 is arranged on the main body 510 of the second illuminating device 120 to obtain data on the contrast of light and dark of the projection screen 315 a projected on the predetermined area R of the floor surface 14. The measurement unit 560 is arranged at a position shifted from the irradiation area of the projection light irradiated from the lower opening (irradiation port) 513d. In this embodiment, the measuring part 560 arranged in the flange part 513b is illustrated. Furthermore, in a state where the second lighting device 120 is embedded and fixed to the ceiling 15 of the physical storefront 11, the measuring part 560 is exposed.

The following describes the presentation method of the space design plan of this embodiment and the characteristics of the presentation system of the space design plan.

(1) Revealing a method for revealing the space design plan, by controlling the control device 300 of the exhibition device 100 that displays the space 12 in the building with space content data, and the control device 300 of the information acquisition device 200 that obtains information about customers existing in the space 12 , Prompt the space design plan for Space 12.

The prompt method of the space design plan includes the following steps. (i) The first step is a step of storing predetermined space content data in the storage unit 330 of the control device 300 as standard space content data. (ii) The second step is the step of performing the space 12 with the performance device 100 based on the standard space content data. (iii) The third step is a step of obtaining the attribute data of the customer in the space 12 of the exhibition and the residence time of the customer in the space by the information obtaining device 200. (iv) The fourth step is a step of assigning the customer's attribute data, the staying time of the customer in the space 12, and the standard space content data, and storing them in the storage unit 330 as corresponding information. (v) The fifth step is a step in which the arithmetic unit 320 of the control device 300 prompts the space content data of the expected value of the customer's residence time in the space 12 based on the stored complex correspondence information.

According to the content disclosed in the present invention, a store space that is comfortable for customers can be provided, and a space PKG (Package) can be provided to improve the turnover of the physical store by making the residence time a desired value.

(2) The method of revealing the space design plan, by controlling the display device that displays the space in the building with space content data, and the control device of the information acquisition device that obtains the information of the customers existing in the space, prompting Space design plan for space.

The prompt method of the space design plan includes the following steps. (i) The first step is a step of storing the space content data predetermined based on the customer's preference information in the storage unit 330 of the control device 300 as the standard space content data. (ii) The second step is a step in which the arithmetic unit 320 of the control device 300 identifies the customer who exists in the space 12 based on the acquired information obtained by the information acquisition device 200. (iii) The third step is the step of performing the space 12 by the performance device 100 based on the standard space content data corresponding to the specified customer. (iv) The fourth step is to obtain the attribute data of the customer in the exhibition space and the stay time of the customer in the space 12 by using the information obtaining device 200. (v) The fifth step is a step of assigning the customer's attribute data, the customer's residence time in the space 12, and the standard space content data to correspond, and storing them in the storage unit 330 as corresponding information. (vi) The sixth step is a step in which the computing unit 320 of the control device 300 prompts the customer with the space content data whose residence time in the space 12 becomes the expected value based on the stored complex correspondence information.

According to the content disclosed in the present invention, a store space that is comfortable for customers can be provided, and a space PKG for improving the turnover of the physical store by making the residence time a desired value.

(3) The exhibition device 100 should use at least one of lighting, fragrance, sound, and video. The exhibition space 12 should be used for the product sales space for customers, or adjacent to the product sales space for customers. Waiting space.

According to the content disclosed in the present invention, in order to provide customers with the best space, visual, auditory, olfactory and other means can be selected as options.

(4) It is advisable to include the first lighting device 110 and the second lighting device 120. In the case where the performance device 100 performs the space 12 by lighting, the first lighting device 110 is used to control the dimming and color adjustment of the space 12 for lighting, The second illuminating device 120 is used to swayly project a predetermined projection screen onto a predetermined area.

According to the content disclosed in the present invention, the visual means of multiple lighting devices can be used to provide the best space for customers.

(5) The content data of the standard space should be pre-determined in such a way that the space at least displays the differences between the four seasons and time, and stored in the storage unit 330.

According to the content disclosed in the present invention, the best space can be provided to customers by means of an exhibition device that can show the space by the difference between the four seasons and the time.

(6) The customer's attribute data should preferably include analysis information analyzed by the computing unit 320 based on the information obtained by the information obtaining device 200. In addition, the analysis information should include the customer's gender information, age information, body type information, and psychological data. The psychological data should include the customer's facial expression information and heart rate information.

According to the content disclosed in the present invention, the information of the customer can be obtained simply, accurately and quickly by the information obtaining device. In addition, as customer information, by including psychological data, it can provide customers with a comfortable space based on their psychological state.

(7) According to the standard space content data, the steps of performing the space with the performance device 100 should be the following steps. That is, it is preferable to select the standard space content data corresponding to the timing information of the timing section 340 of the control device 300. The timing section 340 of the control device 300 counts the date and time of the space 12 when the customer exists in the space 12.

According to the content disclosed in the present invention, in order to accumulate information generated by the customer's attribute data and spatial content data, timing information can be used to provide suitable spatial content data corresponding to the date and time when the customer comes to the store.

(8) According to the standard space content data, the steps of performing the space with the performance device 100 should be the following steps. In other words, it is preferable that the timekeeping information of the timekeeping unit 340 of the control device 300 corresponding to the date and time of the space 12 when the customer exists in the space 12, and the calculation unit 320 steps to correct the content data of the standard space.

According to the content disclosed in the present invention, when the standard space content data does not have suitable space content data, the standard space content data can be modified to provide suitable space content data corresponding to the date and time when the customer comes to the store.

(9) It is advisable to further include the following steps: when a customer visits again, the computing unit 320 changes the standard space content data based on the customer's psychological data. In this step, it is advisable to change the content data included in the standard space content data by using the customer's facial expression information to make the customer a reassuring facial expression and/or to make the customer's heart rate information lower than a predetermined value.

According to the content disclosed in the present invention, by including the psychological data as the customer's information, it is possible to provide a comfortable space for the customer according to the customer's psychological state, and it is expected to increase the residence time.

(10) The residence time should be counted based on the customer's facial expression information, from the time the customer becomes a relieved facial expression, and/or the customer's heart rate information is lower than a predetermined value.

According to the content disclosed in the present invention, by including the psychological data as the customer's information, it is possible to provide a comfortable space for the customer according to the customer's psychological state, and it is expected to increase the residence time.

(11) The information acquisition device 200 is preferably at least one photographing device arranged in the space 12.

According to the content disclosed in the present invention, by using a camera as an information acquisition device, customer information can be obtained simply, accurately and quickly.

(12) The step of causing the computing unit 320 of the control device 300 to present the space content data of which the customer's residence time in the space 12 becomes the desired value is preferably the computing unit 320 of the control device 300 to present the space content data in a way that maximizes the residence time A step of.

According to the content disclosed in the present invention, a store space that is comfortable for customers can be provided, and a space PKG for improving the turnover of the physical store by extending the stay time is provided.

(13) The reminder system 1000 of the space design plan has the following composition. (i) It is advisable to include the storage unit 330 of the control device 300, and store the predetermined space content data for the space 12 in the exhibition building as the standard space content data. (ii) The performance device 100 should be included, and the performance space 12 should be based on the standard space content data. (iii) It is advisable to include the information obtaining device 200 to obtain the attribute data of the customers in the space 12 of the exhibition and the stay time of the customers in the space 12. (iv) It is advisable to include the computing unit 320 of the control device 300 to associate the customer's attribute data, the customer's residence time in the space 12, and the standard space content data, and store them in the storage unit 330 as corresponding information. Furthermore, the computing unit 320 of the control device 300 should prompt the customer with the space content data whose residence time in the space 12 becomes the expected value based on the stored plural corresponding information.

According to the content disclosed in the present invention, a store space that is comfortable for customers can be provided, and a space PKG for improving the turnover of the physical store by making the residence time a desired value.

(14) The reminder system 1000 of the space design plan has the following composition. (i) The storage unit 330 preferably including the control device 300 stores the space content data predetermined based on the preference information of the customers who are predicted to come to the space 12 in the building as the standard space content data. (ii) It is advisable to include an information obtaining device 200 to obtain information from customers who come to the space 12 in the building. (iii) It is desirable to include the computing unit 320 of the control device 300, and identify the customers who exist in the space 12 based on the acquired information obtained by the information acquisition device 200. (iv) It is advisable to include the performance device 100, and the performance space 12 based on the standard space content data corresponding to the specified customer. (v) The information obtaining device 200 is suitable for obtaining the attribute data of the customer in the space 12 of the exhibition and the residence time of the customer in the space 12. (vi) The calculation unit 320 of the control device 300 should preferably associate the customer's attribute data, the customer's residence time in the space 12, and the standard space content data, and store them in the storage unit 330 as corresponding information. Furthermore, the computing unit 320 should prompt the customer's residence time in the space 12 to become the desired value of the space content data based on the stored plural corresponding information.

According to the content disclosed in the present invention, a store space that is comfortable for customers can be provided, and a space PKG for improving the turnover of the physical store by making the residence time a desired value.

(15) The computing unit 320 of the control device 300 should present the space content data in a way that maximizes the customer's stay time in the space based on the stored plural corresponding information.

According to the content disclosed in the present invention, a store space that is comfortable for customers can be provided, and a space PKG for improving the turnover of the physical store by extending the stay time is provided.

The present embodiment has been described above, but the present embodiment is not limited to these forms, and various modifications can be made within the scope of the gist of the present embodiment. In addition, part or all of the various embodiments may be combined to make it a new embodiment.

The entire contents of Japanese Special Application No. 2019-116428 (application date: June 24, 2019) are used in this manual. [Industrial availability]

According to the content disclosed in the present invention, a store space that is comfortable for customers can be provided, and a space PKG for improving the turnover of the physical store by making the residence time a desired value.

11: physical store 12: Space 13: Wall 14: Floor surface 15: Ceiling 100: Exhibition installation 110: The first lighting device 120: The second lighting device 130: Broadcasting device 140: Aroma diffuser 140a, 140b, 140c: nozzle 150: display device 200: Information acquisition device 300: control device 310: Control Department 315a: Projection screen 320: Computing Department 330: Storage Department 340: Timing Department 510: body part 511: heat sink 511a: Heat sink body 511b: heat sink 511c: top wall 511d: Zhoubi 512: The first reflection part 512a: bottom wall 512b: peripheral wall 512c: reflector 512d: upper side opening 512e: lower side opening 512f: reflective surface 513: The second reflection part 513a: body part 513b: Flange 513c: upper side opening 513d: Lower side opening (irradiation port) 513e: auxiliary reflector 513f: cylindrical part 513g: auxiliary reflective surface 513h: Plate reed mounting part 520: Light Source Department 530: lens 540: plate reed 550: Light and Dark Wave Module 551: light and dark sliding member 560: Measurement Department 1000: Reminder system for space design plan L2: Projection light R: established area

Fig. 1 is a schematic diagram showing an example of the prompt system of the space design plan of this embodiment arranged in the implementation space. Fig. 2 is a diagram showing an example of a block diagram of the presentation system of the space design plan of this embodiment. Fig. 3 is a diagram showing an example of a database of plural correspondence information in this embodiment. 4A is a flowchart showing an example of the operation of the prompt system of the space design plan of this embodiment. 4B is a flowchart showing an example of the operation of the prompt system of the space design plan of this embodiment. Fig. 5 is a diagram showing an example of the second lighting device of the presentation system of the space design plan of the present embodiment.

100: Exhibition installation

110: The first lighting device

120: The second lighting device

130: Broadcasting device

140: Aroma diffuser

150: display device

200: Information acquisition device

300: control device

310: Control Department

320: Computing Department

330: Storage Department

340: Timing Department

1000: Reminder system for space design plan

Claims (15)

A method for prompting a space design plan, by controlling a display device that uses space content data to show the space in a building and a control device of an information acquisition device that obtains information about customers existing in the space, prompting the space design of the space The plan, which includes the following steps: Store the predetermined space content data to the storage part of the control device as the standard space content data; According to the standard space content data, show the space with the show device; By using the information acquisition device, the attribute data of the customer in the exhibition space and the stay time of the customer in the space are obtained; Assign the customer's attribute data, the customer's residence time in the space, and the standard space content data to correspond, and store them in the storage unit as corresponding information; and The computing unit of the control device prompts the space content data of the expected value of the customer's residence time in the space based on the stored plural corresponding information. A method for prompting a space design plan, by controlling a display device that uses space content data to show the space in a building and a control device of an information acquisition device that obtains information about customers existing in the space, prompting the space design of the space The plan, which includes the following steps: Store the space content data pre-determined based on the customer's preference information to the storage part of the control device as the standard space content data; The computing unit of the control device identifies the customer who exists in the space based on the acquired information obtained by the information acquisition device; According to the content data of the standard space corresponding to the specified customer, the space is displayed by the performance device; By using the information acquisition device, the attribute data of the customer in the exhibition space and the stay time of the customer in the space are obtained; Assign the customer's attribute data, the customer's residence time in the space, and the standard space content data to correspond, and store them in the storage unit as corresponding information; and The computing unit of the control device prompts the space content data of the expected value of the customer's residence time in the space based on the stored plural corresponding information. Such as the prompt method of the space design plan in item 1 or 2 of the request, among which, The exhibition device uses at least one of lighting, aroma, sound, and video to display the space. The space is an item sales space for the customer, or a waiting space adjacent to the item sales space for the customer space. Such as the prompt method of the space design plan in item 1 or 2 of the request, among which, It includes a first lighting device and a second lighting device. When the exhibition device is used to illuminate the space, the first lighting device is used to control the dimming and color adjustment of the space for lighting, and the second lighting device It is used to shakily project a predetermined projection screen onto a predetermined area. Such as the prompt method of the space design plan in item 1 or 2 of the request, among which, The content data of the standard space is pre-determined in such a way that the space at least displays the difference between the four seasons and the time, and is stored in the storage part. Such as the prompt method of the space design plan in item 1 or 2 of the request, among which, The attribute data of the customer includes analysis information analyzed by the computing unit based on the information obtained by the information acquisition device; the analysis information includes gender information, age information, body type information, and psychological data of the customer. The psychological data includes facial expression information and heart rate information of the customer. Such as the prompt method of the space design plan in item 1 or 2 of the request, among which, According to the standard space content data, the steps of performing the space with the performance device include the following steps: Select the content data of the standard space corresponding to the timing information of the timing section of the control device, and the timing section of the control device counts the date and time of the space when the customer exists in the space. Such as the prompt method of the space design plan in item 1 or 2 of the request, among which, According to the standard space content data, the steps of performing the space with the performance device include the following steps: Corresponding to the timing information of the timing section of the control device that counts the date and time of the space when the customer exists in the space, the calculation section modifies the standard space content data. For example, the prompt method of the space design plan in item 6 of the request, in which, It further includes the following steps: when the customer visits again, the computing unit changes the standard space content data according to the customer's psychological data, and this step uses the customer's facial expression information to make the customer feel at ease Expressions, and/or ways to make the customer's heart rate information lower than a predetermined value, change the content data included in the standard space content data. Such as the prompt method of the space design plan in item 9 of the request item, in which, The sojourn time is based on the customer's facial expression information, and is counted after the customer becomes a relieved facial expression, and/or the customer's heart rate information is lower than a predetermined value. Such as the prompt method of the space design plan in item 1 or 2 of the request, among which, The information acquisition device is at least one photographing device arranged in the space. Such as the prompt method of the space design plan in item 1 or 2 of the request, among which, The step of causing the computing unit of the control device to present the space content data of which the staying time of the customer in the space becomes a desired value is a step of causing the computing unit of the control device to present the space content data so that the staying time becomes the maximum. A reminder system for space design plans, including: The storage part of the control device stores the predetermined space content data used for the space in the exhibition building as the standard space content data; Exhibition equipment, show the space based on the standard space content data; The information obtaining device obtains the attribute data of the customer of the exhibition space and the stay time of the customer in the space; and The computing unit of the control device assigns the customer's attribute data, the customer's staying time in the space, and the standard space content data to correspond, and stores them in the storage unit as corresponding information, based on the stored plural corresponding information, The space content data that prompts the customer to stay in the space for the expected value. A reminder system for space design plans, including: The storage unit of the control device stores the space content data predetermined based on the preference information of the customers who are predicted to come to the space in the building as the standard space content data; Information obtaining device, which obtains information from customers who come to the space in the building; The computing unit of the control device identifies the customer who exists in the space based on the acquired information obtained by the information acquisition device; and The performance device, based on the content data of the standard space corresponding to the specified customer, to perform the space; The information obtaining device obtains the attribute data of the customer in the exhibition space and the stay time of the customer in the space; The computing part of the control device assigns correspondences to the customer's attribute data, the customer’s staying time in the space, and the standard space content data, and stores them in the storage part as corresponding information, based on the stored plural corresponding information , Prompting the customer’s residence time in the space to become the desired value of the space content data. For example, the reminder system of the space design plan in item 13 or 14 of the request, in which, The computing unit of the control device prompts the space content data in a way that maximizes the customer's residence time in the space based on the stored plural corresponding information.

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