JP2018101312A - Three-dimensional projection mapping output system and three-dimensional projection mapping output method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a 3D projection mapping output system capable of providing a unique entertainment that amuses shop visitors and appealing restaurants and/or foods and drinks to the visitors.SOLUTION: A 3D projection mapping output system 10A comprises: a preview video projection means for projecting a preview stereoscopic image for making a visitor at a restaurant providing foods and drinks expect that something will start, from a 3D projector 12 onto a table 13 in front of the visitor; and a cooking process stereoscopic video projection means which projects a cooking process animation stereoscopic image representing a cooking process of predetermined food or drink from the 3D projector 12 onto the table 13 after the preview stereoscopic image is projected by the preview video projection means.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a 3D projection mapping output system using a 3D projector that projects a predetermined stereoscopic image. Furthermore, the present invention relates to a 3D projection mapping output method that uses a 3D projector that projects a predetermined 3D image and projects a 3D image on a table in front of a visitor who has visited a restaurant that provides food and drink.

  Video display means for projecting a 3D image of a structure to be built in the building, a buried object embedded in the wall of the building, or a structure built in the building next to the building, and construction in the building Image display means for projecting a 3D image of the structure being built in the building with the actual structure, and the image display means is embedded in the structure to be built in the building or on the wall of the building A 3D image creation device for creating a 3D image for a red-blue system of a structure built in a building next to a buried object, and a 3D for a red-blue system of a structure created by the 3D image creation device A structure in a building having an image projection device for projecting an image on an image display unit in the building, and red and blue glasses for viewing a 3D image for red-blue scheme of the structure projected on the image display unit as a stereoscopic image Inspection support device is disclosed (patent) Document reference 1). This structure inspection support apparatus is equipped with red and blue glasses so that the user can visually recognize a 3D image.

JP 2007-228315 A

  A visitor who visits a restaurant that provides food or drink waits for provision of food or drink ordered while looking at a magazine or newspaper, or waits for provision of food or drink ordered while operating a smartphone. However, since the restaurant does not provide unique entertainment to entertain visitors, the restaurant may not only have time to wait for food and drinks, but also the restaurants provide The quality, originality, and novelty of the food and drink cannot be conveyed to the store visitor, and the restaurant and food and drink cannot be appealed to the store visitor. Therefore, the restaurant cannot be impressed strongly by the visitor, and the probability that the visitor will visit the restaurant again as a repeater will be low. Note that the structure inspection support device disclosed in Patent Document 1 is not used for the purpose of conveying the quality, originality, and novelty of the food provided by the restaurant to the restaurant. It is not used for the purpose of appealing to customers.

  An object of the present invention is to provide a 3D projection mapping output system and a 3D projection mapping output method capable of providing unique entertainment for entertaining a visitor and appealing the restaurant or food to the visitor. It is in. Another object of the present invention is to provide a 3D projection mapping output system and a 3D projection mapping output method capable of impressing a restaurant strongly on a visitor and improving the probability that the visitor will visit the restaurant again as a repeater. It is to provide.

  The first premise of the present invention for solving the above problem is a 3D projection mapping output system using a 3D projector that projects a predetermined stereoscopic image.

  The feature of the 3D projection mapping output system of the present invention in the first premise is that the 3D projection mapping output system starts something on a table in front of a visitor who has visited a restaurant that provides food and drink. A preview video projection means for projecting a preview video to be predicted by a visitor from the 3D projector, and after the preview video is projected by the preview video projection means, a cooking process stereoscopic video representing the cooking process of a predetermined food and drink is displayed on the table from the 3D projector. And a cooking process three-dimensional image projection means for projecting onto the screen.

  As an example of the 3D projection mapping output system of the present invention, the cooking process stereoscopic video projection unit projects the cooking process stereoscopic video as a cooking process animation stereoscopic video cooked by a predetermined animation character.

  As another example of the 3D projection mapping output system of the present invention, the 3D projection mapping output system selects a character selection image for selecting a specific character from a plurality of various animation characters from a 3D projector onto a table. When the store visitor selects a specific character from a plurality of animation characters projected by the character selection image projection unit, the cooking process stereoscopic image is selected. Projected as a 3D image of the cooking process animated by the animated character.

  As another example of the 3D projection mapping output system of the present invention, the 3D projection mapping output system synchronizes with the preview video and the cooking process animation stereoscopic video, while the predetermined sound according to the preview video and the cooking process animation stereoscopic video is output from the speaker. Including sound generating means for generating;

  As another example of the 3D projection mapping output system of the present invention, the 3D projection mapping output system projects a food / drink order video for ordering a specific food / beverage from a plurality of various food / beverages onto a table. When the visitor orders a predetermined food from the food order video projected by the food order video projection means, the visitor ordered the food order video projection means including the food order video projection means. 3D image of cooking process of food and drink is projected on a table from a 3D projector.

  As another example of the 3D projection mapping output system of the present invention, the food / drink order video projecting unit projects a recommended food / stereoscopic image representing a recommended food / drink from a 3D projector onto a table.

  As another example of the 3D projection mapping output system of the present invention, when the 3D projection mapping output system orders a predetermined food or drink from the food order video projected by the food order video projection means, Recipe video projection means for projecting a recipe video representing a food and drink recipe ordered by a visitor onto a table from a 3D projector is included.

  As another example of the 3D projection mapping output system of the present invention, the 3D projection mapping output system displays a chef introduction stereoscopic image that introduces a chef who cooks food and drink ordered by a visitor as an animation character from a 3D projector onto a table. Includes chef-introducing stereoscopic video projection means for projection.

  As another example of the 3D projection mapping output system of the present invention, the 3D projection mapping output system is a cooking process video photographing means for photographing a cooking process video of food and drink being cooked in a kitchen by a photographing device having a 3D photographing function. The cooking process stereoscopic video projection means projects the cooking process video of the food being cooked in the kitchen taken by the cooking process video imaging means from the 3D projector onto the table as a cooking process stereoscopic video.

  As another example of the 3D projection mapping output system of the present invention, a predetermined animation character cooks a cooking process stereoscopic image representing a cooking process image of food and drink being cooked, which is shot by a photographing apparatus by a cooking process stereoscopic image projection means. Project as a 3D image of the cooking process animation.

  The second premise of the present invention for solving the above problem is that a 3D image is projected on a table in front of a visitor who has visited a restaurant that provides food and drink using a 3D projector that projects a predetermined 3D image. This is a 3D projection mapping output method for projection.

  The feature of the 3D projection mapping output method of the present invention in the second premise is that the 3D projection mapping output method projects a preview image on the table from a 3D projector to the store so as to predict that something will start. The process of projecting the preview video by the process and the preview video projecting step, and then projecting the cooking process stereoscopic video representing the cooking process of the predetermined food and drink on the table from the 3D projector as the cooking process animation stereoscopic video that the predetermined character cooks And a process stereoscopic image projection step.

  As an example of the 3D projection mapping output method of the present invention, the 3D projection mapping output method generates a predetermined sound from the speaker in accordance with the preview video and the cooking process animation stereoscopic video while synchronizing with the preview video and the cooking process animation stereoscopic video. Including a sound generation process.

  As another example of the 3D projection mapping output method of the present invention, the 3D projection mapping output method is a cooking process video shooting process in which a cooking process video of food and drink being cooked in a kitchen is shot by a shooting device having a 3D shooting function. The cooking process stereoscopic image projection process projects the cooking process video of the food being cooked in the kitchen taken by the cooking process video imaging process from the 3D projector onto the table as a cooking process animation stereoscopic video.

  According to the 3D projection mapping output system of the present invention, a 3D projector projects a preview image on the table in front of a visitor who has visited a restaurant that provides a food and drink, and makes the visitor expect that something will start. In addition, after projecting the preview video, the cooking process stereoscopic image representing the cooking process of the predetermined food and drink is projected on the table from the 3D projector. It is possible to provide unique entertainment to entertain, and visitors do not have time to wait for food and drinks to be provided, and visitors can enjoy the quality, originality and novelty of food and drinks provided by restaurants. It is possible to communicate to restaurants and restaurants and foods. The 3D projection mapping output system can impress a restaurant with a notice video and a cooking process stereoscopic image, and can increase the probability that the visitor will visit the restaurant again as a repeater. Sales and profits can be improved.

  A 3D projection mapping output system for projecting a cooking process stereoscopic image as a cooking process animation stereoscopic image prepared by a predetermined animation character projects the cooking process stereoscopic image as a cooking process animation stereoscopic image prepared by an animation character. The entertainment of the video can be further improved, and the quality, originality and novelty of the food provided by the restaurant can be fully communicated to the store while making the store entertained. Can be strongly appealed to visitors. The 3D projection mapping output system can impress the restaurant strongly through the cooking process animation 3D image, and can improve the probability that the visitor will visit the restaurant again as a repeater. Sales and profits can be improved without fail.

  When a character selection image for selecting a specific character from a plurality of animated characters is projected onto a table from a 3D projector, and a visitor selects a specific character from the projected plurality of animated characters, cooking is performed. The 3D projection mapping output system that projects the process 3D image as the selected animation character cooks the 3D projection mapping output system that the visitor selects the desired animation character, and the animation character selected by the visitor cooks the cooking By projecting the process animation 3D image, it is possible to further enhance the visitor's interest, and to enhance the quality, originality, and novelty of the food provided by the restaurant while satisfying the visitor. It is possible to tell, it is possible to strongly appeal to the restaurants and food in coming to the store's. The 3D projection mapping output system can impress the restaurant strongly through the cooking process animation 3D image created by the animation character selected by the visitor, and ensures the probability that the visitor will return to the restaurant as a repeater. It is possible to improve the sales and profits of the restaurant without fail.

  The 3D projection mapping output system that generates a predetermined sound in accordance with the preview video and the cooking process animation stereoscopic video from the speaker while synchronizing with the preview video and the cooking process animation stereoscopic video is only for the cooking process animation stereoscopic video cooked by the animation character. In addition, by generating a predetermined sound that matches the preview video and cooking process animation stereoscopic video, the sound is added to the projected preview video and cooking process animation stereoscopic video to further enhance the entertainment properties of the preview video and animation stereoscopic video And can fully convey the quality, originality, and novelty of food and drink provided by the restaurant while satisfying the visitor and provide the restaurant and food to the visitor. Can appeal strongly. The 3D projection mapping output system can impress the restaurant strongly through the preview video and the cooking process animation 3D image cooked by the animation character and the predetermined sound according to the preview video and the cooking process animation 3D image, The probability of a visitor coming to the restaurant again as a repeater can be reliably improved, and the sales and profits of the restaurant can be improved reliably.

  When a food order video for ordering a specific food from a plurality of foods is projected on a table from a 3D projector, and a visitor orders a predetermined food from the projected food order video, A 3D projection mapping output system that projects a 3D video of cooking process of food and drink ordered by a visitor onto a table by projecting a 3D video of cooking process of food and drink ordered by a visitor. And can fully convey the quality, originality, and novelty of the food provided by the restaurant while satisfying the visitor, while also making the visitor satisfied and entertaining. Can be strongly appealed to visitors. The 3D projection mapping output system can impress the restaurant strongly through the 3D image of the cooking process of the food and drink ordered by the visitor, and improve the probability that the visitor will return to the restaurant as a repeater. It is possible to improve the sales and profits of restaurants.

  A 3D projection mapping output system for projecting a food order video for ordering a specific food from a plurality of foods and beverages and projecting a recommended food stereoscopic image representing the recommended food on a table from a 3D projector Makes it possible for visitors to visually know restaurant menus and recommended foods for restaurants, and makes it easier for visitors to decide which foods to order. And the turnover rate of customers can be improved.

  A 3D projection mapping output system for projecting a recipe video representing a recipe of food and drink ordered by a visitor from a 3D projector onto a table when a visitor orders a predetermined food and drink from the projected food and drink order video. Visitors can know the recipe of the ordered food and drink, so the visitor can know the quality, originality, novelty and safety of the ordered food and drink, and impress the restaurant with a strong impression. In addition, it is possible to reliably improve the probability that the visitor visits the restaurant again as a repeater.

  The 3D projection mapping output system that projects a 3D image of a chef introducing a chef that cooks food and drink ordered by a visitor as an animated character on a table from a 3D projector, visits the chef who actually cooked the ordered food and drink Since the person can know through the animated character, the chef can be strongly impressed with the restaurant and the food and drinks, and the probability that the visitor will visit the restaurant again as a repeater can be improved.

  A cooking process image of food and drink being cooked in the kitchen is photographed by a photographing device having a 3D photographing function, and the cooking process video of the food and drink being cooked in the kitchen is taken as a cooking process stereoscopic image from the 3D projector on the table. The 3D projection mapping output system that projects images can be used to provide unique entertainment to entertain visitors by projecting a 3D image of the cooking process of the food and beverage being actually cooked. Enough to appeal to the person. The 3D projection mapping output system can impress a restaurant strongly on a visitor through a cooking process stereoscopic image of the food being actually cooked, and can improve the probability that the visitor will visit the restaurant again as a repeater. At the same time, the sales and profits of restaurants can be improved.

  A 3D projection mapping output system for projecting a cooking process stereoscopic video representing a cooking process video of a food and drink being cooked photographed by a photographing apparatus as a cooking process animation stereoscopic video cooked by a predetermined animation character was photographed by the photographing apparatus. By projecting the 3D video of the cooking process of the food and drink being actually cooked as the 3D video of the cooking process, the entertainment character of the projected 3D video can be further improved. It is possible to sufficiently appeal the restaurant and food to visitors while making it entertained. The 3D projection mapping output system can impress the restaurant strongly through the 3D video of the cooking process of the food and drink that is actually being cooked, and reliably increases the probability that the visitor will visit the restaurant again as a repeater. It is possible to improve the sales and profits of restaurants.

  According to the 3D projection mapping output method according to the present invention, on the table in front of the visitor who has visited the restaurant that provides the food and drink, a notice image that makes the visitor expect that something will start is projected. After projecting the preview video, the cooking process 3D image representing the cooking process of the predetermined food and drink is projected on the table from the 3D projector as a cooking process animation 3D image that the predetermined character cooks. Entertainment can be provided, and the visitor will not have time to wait for the food and drinks to be provided, and the quality, originality and novelty of the food and drinks provided by the restaurant will be enjoyed while enjoying the visitor While being able to fully convey to a visitor, a restaurant and food and drink can be strongly appealed to a visitor. The 3D projection mapping output method can impress the restaurant strongly to the visitor through the preview video and the cooking process animation stereoscopic image, and can surely improve the probability that the visitor will visit the restaurant again as a repeater, The sales and profits of restaurants can be improved without fail.

  The 3D projection mapping output method for generating a predetermined sound in accordance with the preview video and the cooking process animation stereoscopic video from the speaker while synchronizing with the preview video and the cooking process animation stereoscopic video is only for the cooking process animation stereoscopic video cooked by the animation character. First, by generating a predetermined sound that matches the preview video and the cooking process animation stereoscopic video, it is possible to add sound to the cooking process animation stereoscopic video to be projected and further improve the entertainment properties of the animation stereoscopic video. Can fully convey the quality, originality, and novelty of food and drink provided by the restaurant while satisfying the customer, and can appeal the restaurant and food to the customer strongly. . In the 3D projection mapping output method, the restaurant can be strongly impressed by the visitor through a predetermined sound that matches the cooking process animation 3D image and the cooking process animation 3D image that the animation character cooks. The probability of visiting a restaurant can be improved with certainty, and the sales and profits of restaurants can be improved with certainty.

  A cooking process video of food and drink being cooked in the kitchen is shot by a shooting device having a 3D shooting function, and the cooking process video of the food and drink being cooked in the kitchen is taken as a cooking process animation stereoscopic image from a 3D projector to a table. The 3D projection mapping output method for projecting on top can project a cooking process animation stereoscopic image of food and drink that is actually being cooked, thereby providing unique entertainment for visitors to entertain. Can fully appeal to visitors. The 3D projection mapping output method can impress the restaurant strongly through the 3D video of the cooking process of the food and drink that is actually being cooked, and improve the probability that the visitor will visit the restaurant again as a repeater. In addition, the sales and profits of restaurants can be improved.

The apparatus block diagram of the 3D projection mapping output system shown as an example. The figure which shows an example of a preview stereoscopic image. FIG. 3 is a diagram illustrating an example of a preview stereoscopic video continued from FIG. 2. The figure which shows an example of cooking process animation stereoscopic image The figure which shows an example of the cooking process animation stereo image which continues from FIG. The apparatus block diagram of the 3D projection mapping output system shown as another example. The figure which shows an example of a character selection stereo image. The figure which shows an example of the food-and-drink order three-dimensional video. The figure which shows an example of a recommended food / beverage stereoscopic image. The figure which shows an example of a recipe image | video. The figure which shows an example of a chef introduction stereoscopic image. The apparatus block diagram of the 3D projection mapping output system shown as another example.

  The details of the 3D projection mapping output system and the 3D projection mapping output method according to the present invention will be described with reference to the accompanying drawings such as FIG. 1 which is an apparatus configuration diagram of the 3D projection mapping output system 10A shown as an example. It is. In the 3D projection mapping output system 10A (3D projection mapping output method), as shown in FIG. 1, a controller 11 (control device) that stores various types of stereoscopic images (3D images) and various types of stereoscopic images (3D images). ) As a moving image, each means (each process) described later is implemented by each device with the 3D projector 12 (video 3D projector).

  The 3D projection mapping output system 10A (3D projection mapping output method) is installed in a restaurant that provides predetermined food and drink (food) to customers. The 3D projection mapping output system 10A (3D projection mapping output method) seats a preview stereoscopic video (preliminary video), a character selection stereoscopic video (character selection video), and a cooking process animation stereoscopic video (cooking process stereoscopic video) at a table seat. Projection is performed on the table 13 (upper surface of the table 13) in front of a visitor (not shown).

  The controller 11 is a computer (including a virtual machine) having a central processing unit (CPU or MPU) and a memory (main memory and cache memory) and operating by an independent operating system (OS), and a mass storage device (High-capacity hard disk etc.) is mounted. Although not shown, the controller 11 is connected to an input device such as a keyboard and a mouse and an output device such as a display, a touch panel, and a printer via an interface.

  The controller 11 has various server functions such as a DNS server function, a database server function, a Web server function, a mail server function, and a document server function, and uses the Internet through various DNS servers connected to the Internet. Thus, it is possible to access and log in to any other unspecified number of other servers (physical servers and virtual servers) that have no access restrictions, and various search engines can be used on the Internet. The controller 11 is installed in a restaurant (operating company) that manages and provides the 3D projection mapping output system 10A (3D projection mapping output method). The controller 11 may be installed in a data center (including a cloud) contracted by a restaurant (operating company) that manages and provides the 3D projection mapping system 10A (stereoscopic image projection method).

  The controller 11 is installed with an application (real-time video mapping switching software or the like) for implementing each means (each process) of the 3D projection mapping output system 10A (3D projection mapping output method) (3D projection mapping output system). The same applies to 10B and 10C (3D projection mapping output method). The 3D projector 12 is installed on the wall surface above the table seat, and is connected to the controller 11 by an interface (such as an expansion graphic card). The controller 11 may be built in the 3D projector 12.

  The controller 11 starts an application according to the operating system stored in the main memory, and implements the following means (each process) according to the started application. In the 3D projection mapping output system 10A (3D projection mapping output method), the controller 11 displays on the table 13 in front of the visitor a 3D projector 12 from the 3D projector 12 a notice stereoscopic image 14 (notice image) that makes the store visitor expect something to start. Preliminary video projection means (preliminary video projection process) is performed.

  In the storage device of the controller 11, a plurality of various types of preview stereoscopic video images 14 (precaution video images) are stored. In the 3D projection mapping output system 10A (3D projection mapping output method), a desired preview stereoscopic video 14 can be selected from a keyboard, mouse, display, or touch panel connected to the controller 11, and the selected preview stereoscopic video 14 is displayed. Projected onto the table 13.

  The controller 11 is a cooking process stereoscopic image projection means for projecting a cooking process stereoscopic image representing a cooking process of a predetermined food and drink from the 3D projector 12 onto the table 13 as a cooking process animation stereoscopic image 16 that the predetermined animation character 15 cooks. (Cooking process 3D image projection process). The storage device of the controller 11 stores a plurality of various cooking process animation stereoscopic images 16 that are different for each food and drink.

  In the 3D projection mapping output system 10A (3D projection mapping output method), a desired cooking process animation stereoscopic image 16 can be selected from a keyboard, mouse, display, and touch panel connected to the controller 11, and the selected cooking process animation is selected. A stereoscopic image 16 is projected on the table 13. It is also possible to project an actual cooking process stereoscopic image on the table 13 from the 3D projector 12 instead of the cooking process animation stereoscopic image 16.

  FIG. 2 is a diagram illustrating an example of the preview stereoscopic video 14 projected on the table 13 from the 3D projector 12, and FIG. 3 is a diagram illustrating an example of the preview stereoscopic video 14 continued from FIG. 2. FIG. 4 is a diagram illustrating an example of the cooking process animation stereoscopic image 16 projected on the table 13 from the 3D projector 12, and FIG. 5 is a diagram illustrating an example of the cooking process animation stereoscopic image 16 continued from FIG. .

  The 3D projection mapping output system 10A (3D projection mapping output method) will be described by taking pancake as an example of food and drink (cooking) and rabbit as an example of animation character 15, but there are no particular restrictions on food and drink or animation character 15. Rather, the food and drink includes everything provided by cooking, and the character 15 includes all other characters of the rabbit. Further, the preview stereoscopic video 14 is not limited to the illustrated one, and the preview stereoscopic video 14 includes any video that anticipates that something will start.

  When a visitor visits a restaurant (store) and the visitor sits at a table seat (customer seat), the employee (store clerk) inputs the start of stereoscopic image projection from a keyboard or mouse connected to the controller 11, or Then, a 3D image projection start button displayed on a display or touch panel connected to the controller 11 is clicked (tapped) to instruct the controller 11 to start 3D image projection. When instructed to start the stereoscopic video projection, the controller 11 turns on the switch of the 3D projector 12 to activate the 3D projector 12 and sends a predetermined preliminary stereoscopic video 14 and a preliminary stereoscopic video projection (output) signal to the 3D projector 12. Send. When the 3D projector 12 receives the advance stereoscopic video 14 and the advance stereoscopic video projection (output) signal from the controller 11, the 3D projector 12 displays the advance stereoscopic video 14 (three-dimensional advance video) that changes in time series (with time). The image is projected (output) onto the table 13 in front of the customer who is seated at (a notice video projection means, a notice video projection step).

  In the preview stereoscopic video 14, a stereoscopic video that changes in time series (changes with time) is displayed on the table 13. Note that the preview video can be projected (displayed) on the table 13 as a planar video (2D video), and the preview video can be projected (displayed) on the table 13 as a 3D still image or a 2D still image. it can. The projection time of the preview stereoscopic image 14 can be freely set by a keyboard or mouse (input device), a display, or a touch panel (output device) connected to the controller 11.

  Although not shown in the figure as an example of the preview stereoscopic video 14, first, a store name or logo representing a restaurant, an animated store image of a restaurant, a still image such as characters is projected (displayed) on the table 13. Then, the state in which the still image changes to the shutter 26 is projected (displayed) on the table 13 in time series. As shown in FIG. 2, a closed shutter 26 is projected (displayed) on the table. As shown in FIG. 3, the 3D projector 12 projects (displays) the preview stereoscopic video 14 in which the shutter 26 gradually opens from the state of FIG. When the shutter 26 is fully opened, a predetermined three-dimensional room appears.

  After the projection time of the preview stereoscopic video 14 has elapsed and the projection of the preview stereoscopic video 14 is finished, the controller 11 projects the cooking process animation stereoscopic video 16 and the cooking process animation stereoscopic video projection representing the cooking process of food and drink (pancake). (Output) signal is transmitted to the 3D projector 12. Upon receiving the cooking process animation stereoscopic video 16 and the cooking process animation stereoscopic video projection (output) signal from the controller 11, the 3D projector 12 projects the cooking process animation stereoscopic video 16 on the table 13 (cooking process stereoscopic video projection means). , Cooking process stereoscopic image projection process).

  As an example of the cooking process animation stereoscopic image 16, as shown in FIGS. 3 and 4, a cooking process animation stereoscopic image of a cooking process in which food and drink (pancake) is cooked by an animation character 15 (rabbit) in a three-dimensional room. 16 are projected (displayed) on the table 13 in time series. In the cooking process animation stereoscopic video 16, an animated stereoscopic video of the cooking process that changes in time series from the start of cooking of food and drink (pancake) to the end of cooking (changes with time) is displayed on the table 13. When the projection time of the cooking process animation stereoscopic image 16 ends, although not shown, the shutter 26 is gradually closed and the shutter 26 is fully closed, and the projection of the image ends.

  The 3D projection mapping output system 10A and the 3D projection mapping output method include a preview stereoscopic image 14 that allows a visitor to anticipate that something will start on the table 13 in front of the visitor who has visited the restaurant that provides the food and drink. 3D projector 12 projects a 3D projector 12 and 3D projector 12 projects a cooking process animation 3D image 16 representing a cooking process in which animation character 15 cooks the selected food and drink. Can provide unique entertainment to entertain customers while satisfying the customers, so that visitors do not have time to wait for food and beverages to be provided, The quality and originality of food and drink provided by restaurants It is possible to tell the sex to visit person, it is possible to sufficiently appeal to restaurants and food in coming to the store's.

  The 3D projection mapping output system 10A and the 3D projection mapping output method can further enhance the visitor's interest in the restaurant through the preview stereoscopic video 14 and the cooking process animation stereoscopic video 16 cooked by the selected animation character 15. The store can be strongly impressed by the visitor, and the probability that the visitor will visit the restaurant again as a repeater can be reliably improved, and the sales and profits of the restaurant can be reliably improved.

  FIG. 6 is a device configuration diagram of a 3D projection mapping output system 10B shown as another example. In the 3D projection mapping output system 10B (3D projection mapping output method), as shown in FIG. 6, a controller 11 (control device) that stores various types of stereoscopic images (3D images) and various types of stereoscopic images (3D images). 3D projector 12 (video 3D projector) that projects) as a moving image, a speaker 17 that generates a predetermined sound, and a human sensor 18 that detects that a customer is seated at a table seat (customer seat). Each means (each process) described later is performed. In addition, each means (each process) of 3D projection mapping output system 10B (3D projection mapping output method) can be implemented by using controller 11, 3D projector 12, and speaker 17, and human sensor 18 is omitted. You can also.

  Similar to the 3D projection mapping output system 10A, the 3D projection mapping output system 10B (3D projection mapping output method) is installed in a restaurant that provides predetermined food and drink (food) to customers. The 3D projection mapping output system 10B (3D projection mapping output method) includes a preview stereoscopic video 14 (notification video), a character selection stereoscopic video 19 (character selection video), a food order stereoscopic video 20 (food order video), and a recommended food and drink. The object stereoscopic video 21, the recipe video 22, the chef introduction stereoscopic video 23, and the cooking process animation stereoscopic video 16 (cooking process stereoscopic video) are projected onto the table 13 (upper surface of the table 13) in front of the visitor sitting at the table seat. .

  Since the controller 11 and the 3D projector 12 are the same as those of the 3D projection mapping output system 10A in FIG. 1, the same reference numerals as those in FIG. 1 are used, and the description of the 3D projection mapping output system 10A in FIG. Therefore, the description thereof is omitted. The speaker 17 is built in the table seat or installed on the wall surface, and is connected to the controller 11 (3D projector 12 when the controller 11 is built in the 3D projector 12) by an interface.

  The human sensor 18 is built in the table seat or installed on the wall surface, and is connected to the controller 11 (3D projector 12 when the controller 11 is built in the 3D projector 12) through an interface. The human sensor 18 monitors the presence or absence of a visitor at the table seat, and transmits a visitor detection signal (person detection signal) to the controller 11 when the visitor is seated at the table seat. As the human sensor 18, an infrared sensor, an ultrasonic sensor, a visible light sensor, or the like can be used.

  In the 3D projection mapping output system 10B (3D projection mapping output method), the controller 11 performs a preview video projection means (preliminary video projection process) and a cooking process stereoscopic video projection means (cooking process) performed by the controller 11 in the 3D projection mapping output system 10A. In addition to the stereoscopic image projection step, the following means (each step) are performed. The controller 11 is a character selection image projection means (character selection image) for projecting a character selection stereoscopic image 19 (character selection image) for selecting a specific character 15 from a plurality of animation characters 15 from the 3D projector 12 onto the table 13. Projection step) is performed. Various kinds of animation characters 15 are stored in the storage device of the controller 11. An animation character 15 projected on the table 13 can be added, changed, or deleted by a keyboard, mouse, display, or touch panel connected to the controller 11.

  The controller 11 displays a food / drink order stereoscopic image 20 (food / drink order image) for ordering a specific food / beverage from a plurality of food / beverages and a recommended food / stereoscopic image 21 representing a recommended food / drink from the 3D projector 12. The food order video projection means for projecting onto the table 13 (food order video projection process) is performed. The storage device of the controller 11 stores various types of foods and beverages that can be provided at restaurants and various types of recommended foods and beverages. Food and drink to be projected on the table 13 and recommended food and drink can be added, changed, and deleted by a keyboard, mouse, display, and touch panel connected to the controller 11.

  The controller 11, when the visitor orders a predetermined food and drink from the food order image 20, projects a recipe video 22 representing the food and drink recipe ordered by the visitor from the 3D projector 12 onto the table 13. Projection means (recipe video projection step) is performed. The storage device of the controller 11 stores a plurality of recipes of food and drink that can be provided at the restaurant in a state associated with each food and drink. The projected recipe is changed in accordance with the change of the projected food and drink and the recommended food and drink.

  The controller 11 is a chef-introducing stereoscopic image projection means (a chef-introducing stereoscopic image) for projecting a chef-introducing stereoscopic image 23 on the table 13 from the 3D projector 12 that introduces the chef who cooks the food and drink ordered by the visitor as an animation character 15. Projection step) is performed. The storage device of the controller 11 stores a plurality of various chefs (animation characters 15) that cook various types of foods and drinks that can be provided at restaurants.

  The chef-introducing stereoscopic video projection means 23 (chef-introducing stereoscopic video projection process) projects the cooking process animation stereoscopic video 16 by the cooking process stereoscopic video projection means (cooking process stereoscopic video projection process), which will be described later. It is also possible to project a chef-introducing stereoscopic image 23 that introduces the chef who cooks the ordered food and drink as the animation character 15 from the 3D projector 12 onto the table 13.

  The controller 11 synchronizes with the preview video 14 and the cooking process animation three-dimensional image 16 and synchronizes with the preview video 14 and the cooking process animation three-dimensional video 16 (a guide sound for restaurants and foods, introduction sounds, and other effects). Sound generation means (sound generation process) for generating sound, character voice, cooking sound, music, and the like) from the speaker 17 connected to the 3D projector 12 is performed. The storage device of the controller 11 stores a plurality of different sounds for each notice video 14 and for each cooking process animation stereoscopic video 16.

  FIG. 7 is a diagram illustrating an example of the character selection stereoscopic image 19 projected on the table 13 from the 3D projector 12, and FIG. 8 is an illustration of the food order stereoscopic image 20 projected on the table 13 from the 3D projector 12. It is a figure which shows an example. 9 is a diagram illustrating an example of the recommended food stereoscopic image 21 projected on the table 13 from the 3D projector 12, and FIG. 10 is an example of the recipe image 22 projected on the table 13 from the 3D projector 12. FIG. FIG. 11 is a diagram illustrating an example of a chef-introducing stereoscopic image 23 projected on the table 13 from the 3D projector 12.

  The 3D projection mapping output system 10B (3D projection mapping output method) will be described assuming that pancakes are ordered (selected) as food and drink (dish) and rabbit is selected as the animation character 15. The character 15 is not particularly limited, and food and drink includes everything provided by cooking, and the character 15 includes all other characters 15 of rabbits. In addition, the animation character 15 displayed in the character selection stereoscopic image 19 includes all characters 15 other than those illustrated.

  When a visitor comes to a restaurant (store) and the visitor sits at a table seat (customer seat), the human sensor 18 detects the visitor and transmits a visitor detection signal (person detection signal) to the controller 11. To do. When the controller 11 receives the store visitor detection signal (person detection signal) from the human sensor 18, the controller 11 turns on the 3D projector 12 to start the 3D projector 12, and projects the predetermined three-dimensional video image 14 and the three-dimensional video image. (Output) signal is transmitted to the 3D projector 12.

  When the 3D projector 12 receives the advance stereoscopic video 14 and the advance stereoscopic video projection (output) signal from the controller 11, the 3D projector 12 displays the advance stereoscopic video 14 (three-dimensional advance video) that changes in time series (with time). The image is projected (output) onto the table 13 in front of the customer who is seated at (a notice video projection means, a notice video projection step). The preview video projection means (preview video projection step) is the same as that of the 3D projection mapping output system 10A of FIG. 1 (see FIGS. 2 and 3).

  If the presence sensor 18 is not installed, an employee (clerk) who confirms that the visitor is seated at the table seat (passenger seat) inputs the start of stereoscopic image projection from the keyboard or mouse, or the employee (clerk) Click (tap) the stereoscopic image projection start button displayed on the display or touch panel. Each means (each process) is implemented by inputting a stereoscopic video projection start or clicking (tapping) a stereoscopic video projection start button.

  The controller 11 synchronizes with the preview stereoscopic video 14 that changes in time series (changes with the passage of time), and a predetermined sound (guidance sound for restaurants and foods, introduction sounds, etc.) (Sound generating means, sound generating step). A visitor seated at the table seat (passenger seat) can visually recognize the preview stereoscopic video 14 that changes in time series on the table 13 at the moment, and makes a predetermined sound in accordance with the preview stereoscopic video 14 emitted from the speaker 17. Can watch.

  After the projection stereoscopic video 14 is projected for a predetermined time and the projection of the preliminary stereoscopic video 14 is finished, the controller 11 selects the character selection stereoscopic video 19 (character selection video) for selecting a specific character 15 from the various animation characters 15. ) And a character selection stereoscopic image projection (output) signal are transmitted to the 3D projector 12. Upon receiving the character selection stereoscopic video 19 and the character selection stereoscopic video projection (output) signal from the controller 11, the 3D projector 12 projects (outputs) the character selection stereoscopic video 19 on the table 13 (character selection video projection means, Character selection video projection process).

  In the character selection stereoscopic image 19, as shown in FIG. 7, various animation characters 15 arranged in a ring are lifted upward from the three-dimensional room, and these characters 15 rotate in a circle at a predetermined speed. These characters 15 can be projected (displayed) on the table 13 as a three-dimensional still image or a two-dimensional still image. The projection time of the character selection stereoscopic image 19 can be freely set by a keyboard, mouse, display, or touch panel connected to the controller 11.

  In order to select a specific animation character 15, a seated visitor touches the character 15 when the favorite character 15 (rabbit) of the animation characters 15 that rotate in a circle comes in front of him / her. When the visitor touches a specific animation character 15, the controller 11 determines that the character 15 is selected, and temporarily stores the character 15 in the cache memory. If the specific animation character 15 is not selected until the projection time of the character selection stereoscopic image 19 elapses, the controller 11 determines that the character 15 (rabbit) set in advance is selected, The character 15 is temporarily stored in the cache memory.

  After the specific animation character 15 (rabbit) is selected, or after the projection time of the character selection stereoscopic image 19 has elapsed without the character 15 being selected, the controller 11 selects a specific food from a plurality of foods and drinks. Food order 3D image 20 for ordering food and drink (food order image), recommended food 3D image 21 representing recommended food and drink, food order 3D image (output) signal and recommended food 3D image (output) The signal is transmitted to the 3D projector 12. When the 3D projector 12 receives the food order 3D image 20, the recommended food 3D image 21, the food order 3D image (output) signal, and the recommended food 3D image (output) signal from the controller 11, the food order 3D image is received. 20 and the recommended food stereoscopic image 21 are projected (output) on the table 13 (food order video projection means, food order video projection step).

  In the food order 3D image 20, as shown in FIG. 8, a 3D menu displaying various types of food and drinks is lifted upward from the 3D room and projected onto the table 13. In the food order 3D image 20, a plurality of 3D images of food and drink may float upward from a 3D room, and the 3D images of the food and drink may be projected on the table 13. In the recommended food 3D image 21, as shown in FIG. 9, the 3D video of the recommended food is lifted upward from the stereoscopic room and projected onto the table 13. The food order 3D image 20 (menu) and the recommended food 3D image 21 (recommended food) are alternately displayed at predetermined time intervals. The projection time of the food order 3D image 20 and the recommended food 3D image 21 can be freely set by a keyboard, mouse, display, or touch panel connected to the controller 11. Note that menus and recommended foods and drinks can be projected (displayed) on the table 13 as a two-dimensional still image.

  In order for a seated visitor to order food and drink, he or she touches the food or drink (pancake) that he / she wants to order in the projected food order 3D image 20 (stereoscopic menu) or the projected recommended food or drink. When ordering, touch the recommended food (pancake). When a visitor touches a specific food or recommended food, the food information is transmitted from the 3D projector 12 to the controller 11.

  When the food / beverage information is transmitted, the controller 11 determines that the food / beverage (pancake) in the food / beverage information is ordered (selected), and temporarily stores the food / beverage in the cache memory. The (selected) food and drink is displayed on the display 25 installed in the kitchen 24. In addition, when a specific food / drink is not ordered (selected) until the projection time of the food / drink order stereoscopic image 20 and the recommended food / stereoscopic image 21 elapses, the controller 11 sets the food / drink (bread It is determined that (cake) has been selected.

  A food order video 20 for ordering a specific food from a plurality of foods is projected on the table 13 from the 3D projector 12 and a recommended food stereoscopic image 21 representing the recommended food is displayed on the 3D projector 12. Projecting on the table 13, the restaurant can visually know the restaurant's menu and the recommended food and drink of the restaurant, less likely to get lost in the food and drink ordered by the customer, This makes it possible for the store visitor to make a quick decision and improve the turnover rate of the store visitor.

  After a specific food / drink (pancake) is ordered, the controller 11 transmits a recipe video 22 representing a recipe of the food / drink ordered by the visitor and a recipe video projection (output) signal to the 3D projector 12. Upon receiving the recipe video 22 and the recipe video projection (output) signal from the controller 11, the 3D projector 12 projects the recipe video 22 on the table 13 (recipe video projection means, recipe video projection step).

  In the recipe video 22, as shown in FIG. 9, a food / beverage (pancake) recipe floats upward from a three-dimensional room and is projected onto the table 13. The projection time of the recipe video 22 can be freely set by a keyboard, mouse, display, or touch panel connected to the controller 11. When a visitor orders a predetermined food or drink from the projected food order image 20, the recipe video 22 representing the recipe of the food and drink ordered by the visitor is projected on the table 13 from the 3D projector 12. The visitor can visually know the recipe of the food and drink that has been ordered, and the visitor can know the quality, originality, novelty and safety of the ordered food and drink.

  After the recipe video 22 is projected for a predetermined time and the projection of the recipe video 22 is finished, the controller 11 introduces a chef introducing a chef who cooks food and drink (pancake) ordered by a visitor as an animation character 15. 23 and the chef introduction stereoscopic image projection (output) signal are transmitted to the 3D projector 12. When the 3D projector 12 receives the chef introduction stereoscopic image 23 and the chef introduction stereoscopic image projection (output) signal from the controller 11, the 3D projector 12 projects the chef introduction stereoscopic image 23 on the table 13 (chef introduction stereoscopic image projection means, chef introduction). 3D image projection process).

  In the chef-introducing stereoscopic video 23, as shown in FIG. 10, the chef's name and chef's profile are lifted upward from the three-dimensional room along with the animation character 15 and projected onto the table 13. The projection time of the chef-introducing stereoscopic image 23 can be freely set by a keyboard, mouse, display, and touch panel connected to the controller 11. Since the 3D projector 12 projects the chef introduction stereoscopic image 23 that introduces the chef who cooks the food and drink ordered by the visitor as the animation character 15, the chef who actually cooked the ordered food and drink is projected on the table 13. Can be known through the animation character 15, and a chef can be impressed strongly to a visitor with a restaurant and food and drinks.

  In addition, when the order of food / beverage is not performed in the food / drink order stereoscopic image 20 or the recommended food / beverage stereoscopic image 21, the controller 11 selects a food / drink (pancake) set in advance, and then the recipe video projection means ( Recipe video projection process) and chef introduction stereoscopic video projection means (chef introduction stereoscopic video projection process) are not performed, and recipe video 22 and chef introduction stereoscopic video 23 are not projected. In the case where food and drink ordering is not performed in the food and drink order stereoscopic video 20 and the recommended food and drink stereoscopic video 21, the visitor directly orders food and drink from the employee (store clerk). When an employee (store clerk) specifies (inputs) food or drink ordered using the touch panel he possesses, the ordered (selected) food or drink is displayed on the display 25 installed in the kitchen 24.

  After the chef introducing stereoscopic video 23 is projected for a predetermined time or when the recipe video 22 or the chef introducing stereoscopic video 23 is not projected, the controller 11 is configured to order the food and drink (pancake) or the controller 11. The cooking process animation stereoscopic image 16 representing the cooking process of the food and drink (pancake) set in advance and the cooking process animation stereoscopic image projection (output) signal are transmitted to the 3D projector 12.

  Upon receiving the cooking process animation stereoscopic video 16 and the cooking process animation stereoscopic video projection (output) signal from the controller 11, the 3D projector 12 projects the cooking process animation stereoscopic video 16 on the table 13 (cooking process stereoscopic video projection means). , Cooking process stereoscopic image projection process). The cooking process stereoscopic image projection means (cooking process stereoscopic image projection step) is the same as that of the 3D projection mapping output system 10A of FIG. 1, and the animation character 15 (rabbit) in the three-dimensional room serves food and drink (pancake). The cooking process of cooking is projected (displayed) on the table 13 in time series (see FIGS. 4 and 5). When the projection time of the cooking process animation stereoscopic image 16 ends, the shutter 26 gradually closes, the shutter 26 is fully closed, and the projection of the image ends.

  The controller 11 synchronizes with the cooking process animation 3D image 16 that changes in time series (changes with time), and the predetermined sound (character voice, cooking sound, music, Sound effects, etc.) are generated (output) from the speaker 17 (sound generating means, sound generating step). A visitor seated at a table seat (passenger seat) can visually recognize the cooking process animation 3D image 16 that changes in time series on the current table 13, and matches the cooking process animation 3D image 16 emitted from the speaker 17. A predetermined sound can be viewed.

  The 3D projection mapping output system 10 </ b> B and the 3D projection mapping output method include a preview stereoscopic image 14 that allows a visitor to anticipate that something will start on the table 13 in front of the visitor who has visited the restaurant that provides the food and drink. 3D projector 12 projects a 3D projector 12 and 3D projector 12 projects a cooking process animation 3D image 16 representing a cooking process in which animation character 15 cooks the selected food and drink. Can provide unique entertainment to entertain customers while satisfying the customers, so that visitors do not have time to wait for food and beverages to be provided, The quality and originality of food and drink provided by restaurants It is possible to tell the sex to visit person, it is possible to sufficiently appeal to restaurants and food in coming to the store's.

  The 3D projection mapping output system 10 </ b> B and the 3D projection mapping output method output a predetermined sound from the speaker 17 in synchronization with the preview stereoscopic video 14 and the cooking process animation stereoscopic video 16 while being synchronized with the preview stereoscopic video 14 and the cooking process animation stereoscopic video 16. Therefore, a predetermined sound is added to the projected stereoscopic video 14 and cooking process animated stereoscopic video 16 to be projected, and the entertainment properties of the predicted stereoscopic video 14 and animated stereoscopic video 16 can be further improved. It is possible to strongly appeal restaurants and foods to visitors while satisfying visitors sufficiently while satisfying them.

  The 3D projection mapping output system 10 </ b> B and the 3D projection mapping output method include a predetermined 3D projection video 14 and a cooking process animation 3D image 16 cooked by the selected animation character 15, and a predetermined match with the preview video 14 and the cooking process animation 3D image 16. The sound of the restaurant can further enhance the interest of the restaurant in the restaurant, impress the restaurant strongly, and improve the probability that the visitor will return to the restaurant as a repeater. It is possible to improve the sales and profits of restaurants.

  FIG. 12 is a device configuration diagram of a 3D projection mapping output system 10C shown as another example. In the 3D projection mapping output system 10C (3D projection mapping output method), as shown in FIG. 12, a controller 11 (control device) storing various types of stereoscopic video (3D video) and various types of stereoscopic video (3D video). ) As a moving image, a speaker 17 that generates a predetermined sound, a human sensor 18 that detects that a customer is seated at a table seat (customer seat), and a 3D shooting function Each means (each process) to be described later is performed by each device with the photographing device 27 (3D digital video camera) having (three-dimensional photographing function).

  Similar to the 3D projection mapping output system 10A, the 3D projection mapping output system 10C (3D projection mapping output method) is installed in a restaurant that provides predetermined food (food) to customers. The 3D projection mapping output system 10C (3D projection mapping output method) includes a preview stereoscopic video 14 (notice video), a character selection stereoscopic video 19 (character selection video), a food order stereoscopic video 20 (food order video), and a recommended food and drink. The object stereoscopic image 21, the recipe image 22, the chef introduction stereoscopic image 23, and the cooking process animation stereoscopic image 16 (cooking process stereoscopic image) are projected onto the table 13 (upper surface of the table 12) in front of the visitor sitting at the table seat. .

  The controller 11 and the 3D projector 12 are the same as those of the 3D projection mapping output system 10A in FIG. 1, and the speaker 17 and the human sensor 18 are the same as those of the 3D projection mapping output system 10B in FIG. The same reference numerals as those in FIGS. 1 and 6 are used, and the description of the 3D projection mapping output systems 10A and 10B in FIGS. The photographing device 27 (3D digital video camera) is installed on the wall surface of the kitchen 24, and is connected to the controller 11 (3D projector 12 when the controller 11 is built in the 3D projector 12) by an interface. The imaging device 27 captures a cooking process video of the food being cooked in the kitchen 24 and transmits the captured cooking process video to the controller 11.

  In the 3D projection mapping output system 10C (3D projection mapping output method), the controller 11 is a notice video projection means (a notice video projection process) performed by the controller 11 in the 3D projection mapping output system systems 10A and 10B of FIGS. Character selection video projection means (character selection video projection process), food order video projection means (food order video projection process), recipe video projection means (recipe video projection process), chef introduction stereoscopic video projection means (chef introduction stereoscopic video Projection process), cooking process stereoscopic animation image projection means (cooking process stereoscopic image projection process), and sound generation means (sound generation process), in addition to the following means (each process).

  The controller 11 performs a cooking process video photographing unit (cooking process video photographing step) for photographing a cooking process video of the food and drink being cooked in the kitchen 24 using the photographing device 27, and is photographed by the cooking process video photographing unit. A cooking process stereoscopic animation video converting means (cooking process stereoscopic animation video converting step) for converting the cooking process video in the kitchen 24 into a cooking process stereoscopic animation image 16 cooked by a predetermined animation character 15 is performed.

  In the cooking process stereoscopic image projection means (cooking process stereoscopic image projection step), a cooking process in which a predetermined animation character 15 cooks a cooking process image of food and drink being cooked in the kitchen 24 photographed using the photographing device 27. Projected as an animated stereoscopic image 16. Instead of the cooking process animation stereoscopic image 16, the cooking process stereoscopic image actually being cooked can be projected on the table 13 from the 3D projector 12. Hereinafter, a 3D projection mapping output system 10C (3D projection mapping output method) will be described assuming that pancakes are ordered (selected) as food and drink (dish) and rabbit is selected as the animation character 15.

  When a visitor sits at a table seat (customer seat), the human sensor 18 detects the visitor and transmits a visitor detection signal (person detection signal) to the controller 11. When the controller 11 receives the store visitor detection signal (person detection signal) from the human sensor 18, the controller 11 performs a notice video projection means (a notice video projection process) and a sound generation means (sound generation process) (see FIGS. 2 and 3). ). The notice video projection means (the notice video projection process) is the same as that of the 3D projection mapping output system 10A of FIG. 1, and the sound generation means (sound generation process) is the same as that of the 3D projection mapping output system 10B of FIG. is there.

  After projecting the preview stereoscopic video 14 by the preview video projection means, the controller 11 performs character selection video projection means (character selection video projection process) (see FIG. 7), and character selection video projection means (character selection video projection process). ), The food order video projection means (food order video projection process), the recipe video projection means (recipe video projection process), and the chef introduction stereoscopic video projection means (chef introduction stereoscopic video projection process) are carried out ( See FIGS. Character selection video projection means (character selection video projection process), food order video projection means (food order video projection process), recipe video projection means (recipe video projection process), chef introduction stereoscopic video projection means (chef introduction stereoscopic video) The projection process is the same as that of the 3D projection mapping output system 10B of FIG.

  When an order (selection) of food or drink is performed in the food order 3D image 20 or the recommended food 3D image 21, the controller 11 temporarily stores the ordered (selected) food (pancake) in the cache memory. The stored food and drink and the shooting start button are displayed on the display 25 installed in the kitchen 24 while being stored. In addition, when a specific food / drink is not ordered (selected) until the projection time of the food / drink order stereoscopic image 20 and the recommended food / stereoscopic image 21 elapses, the controller 11 orders (selects) a specific food / drink. Judge that it was not done.

  In the case where food and drink ordering is not performed in the food and drink order stereoscopic video 20 and the recommended food and drink stereoscopic video 21, the visitor directly orders food and drink from the employee (store clerk). When the employee (store clerk) specifies (inputs) the food and drink ordered using the touch panel he possesses, the ordered (selected) food and drink and the cooking start button are displayed on the display 25 installed in the kitchen 24. The

  In the kitchen 24, the chef clicks a cooking start button displayed on the display 25 to start cooking the ordered food and drink (including food and drink ordered directly by the employee (store clerk)). When the cooking start button is clicked, the controller 11 transmits a shooting start signal to the shooting device 27 (3D digital video camera). The photographing device 27 that has received the photographing start signal photographs the cooking process video of the food (pancake) being cooked in the kitchen 24 (cooking process video photographing means, cooking process video photographing step). The imaging device transmits the captured cooking process video to the controller 11.

  The controller 11 converts the cooking process video of the food and drink in the kitchen 24 transmitted from the photographing device 27 into a cooking process stereoscopic animation video 16 cooked by the animation character 15 (rabbit) (cooking process stereoscopic animation video conversion means, Cooking process stereoscopic animation video conversion process). The controller 11 sends the cooking process animation stereoscopic video 16 converted from the cooking process video by the cooking process stereoscopic animation video conversion means (cooking process stereoscopic animation video conversion process) and the cooking process animation stereoscopic video projection (output) signal to the 3D projector 12. Send. When the 3D projector 12 receives the cooking process animation stereoscopic video 16 and the cooking process animation stereoscopic video projection (output) signal from the controller 11, the 3D projector 12 displays the cooking process animation stereoscopic video 16 of the food and drink actually cooked in the kitchen. 13 (Cooking process stereoscopic image projection means, cooking process stereoscopic image projection process).

  The cooking process stereoscopic image projection means (cooking process stereoscopic image projection step) is the same as that of the 3D projection mapping output system 10A of FIG. 1, and the animation character 15 (rabbit) in the three-dimensional room serves food and drink (pancake). The cooking process of cooking is projected (displayed) on the table 13 in time series (see FIGS. 4 and 5). When the projection time of the cooking process animation stereoscopic image 16 ends, the shutter 26 gradually closes, the shutter 26 is fully closed, and the projection of the image ends.

  The controller 11 synchronizes with the cooking process animation 3D image 16 that changes in time series during cooking in the kitchen 24 (changes with time), and a predetermined sound (in accordance with the cooking process animation 3D image 16). Character voice, cooking sound, music, sound effect, etc.) are generated (output) from the speaker 17 (sound generating means, sound generating step). A visitor who is seated at a table seat (passenger seat) can view a cooking process animation stereoscopic image 16 that changes in time series during cooking in the kitchen 24 on the current table 13 and is emitted from the speaker 17. A predetermined sound matched to the cooking process animation stereoscopic image 16 can be viewed.

  The 3D projection mapping output system 10C and the 3D projection mapping output method have the following effects in addition to the effects of the 3D projection mapping output system 10B and the 3D projection mapping output method of FIG. In the 3D projection mapping output system 10C and the 3D projection mapping output method, the cooking process stereoscopic video of the food and drink actually being cooked that has been photographed by the photographing device 27 is projected as a cooking process animation stereoscopic video 16 that the animation character 15 cooks. Thus, the entertainment characteristics of the projected cooking process stereoscopic image can be further improved, and the restaurant and the food and drink can be sufficiently appealed to the visitor while satisfying the visitor.

  In the 3D projection mapping output system 10C and the 3D projection mapping output method, the cooking process of the food and drink that is actually being cooked is projected as a cooking process animation stereoscopic image 16 that the animation character 15 cooks, and the store visits through the cooking process animation stereoscopic image 16. Can further enhance their interest in the restaurant, impress the restaurant with a strong impression, and improve the probability that the visitor will return to the restaurant as a repeater. Sales and profits can be improved without fail.

10A 3D projection mapping output system 10B 3D projection mapping output system 10C 3D projection mapping output system 11 controller 12 3D projector 13 table 14 notice stereoscopic video 15 animation character 16 cooking process animation stereoscopic video (cooking process stereoscopic video)
17 Speaker 18 Human sensor 19 Character selection stereoscopic image (character selection image)
20 Food order 3D video (food order video)
21 Recommended Food 3D Video 22 Recipe Video 23 Chef Introducing 3D Video 24 Kitchen 25 Display 26 Shutter 27 Camera

Claims (13)

In a 3D projection mapping output system using a 3D projector that projects a predetermined stereoscopic image,
The 3D projection mapping output system projects a preview video from the 3D projector that predicts the visitor to expect that something will start on the table in front of the customer who visited the restaurant that provides the food and drink. And a cooking process stereoscopic image projecting unit that projects a cooking process stereoscopic image representing a cooking process of a predetermined food and drink from the 3D projector onto the table after projecting the preview image by the warning image projecting unit. A 3D projection mapping output system.   The 3D projection mapping output system according to claim 1, wherein the cooking process stereoscopic video projection unit projects the cooking process stereoscopic video as a cooking process animation stereoscopic video cooked by a predetermined animation character.   The 3D projection mapping output system includes character selection image projection means for projecting a character selection image for selecting a specific character from a plurality of animation characters onto the table from the 3D projector, and the cooking process stereoscopic image projection When the visitor selects a specific character from among a plurality of animation characters projected by the character selection image projection means, the cooking process animation in which the selected animation character cooks the cooking process stereoscopic image The 3D projection mapping output system according to claim 2, which projects as a stereoscopic image.   The 3D projection mapping output system includes sound generation means for generating a predetermined sound from a speaker in accordance with the preview video and the cooking process animation stereoscopic video in synchronization with the preview video and the cooking process animation stereoscopic video. The 3D projection mapping output system according to claim 2 or claim 3.   The 3D projection mapping output system includes food / drink order video projection means for projecting a food / drink order video for ordering a specific food / beverage from a plurality of foods / drinks onto the table from the 3D projector, and the cooking process When the visitor orders a predetermined food from the food order video projected by the food order video projection means, the stereoscopic video projecting means is a cooking process animation stereoscopic video of the food ordered by the visitor. 5. The 3D projection mapping output system according to claim 2, wherein the 3D projector is projected onto the table from the 3D projector.   The 3D projection mapping output system according to claim 5, wherein the food order video projection unit projects a recommended food stereoscopic image representing a recommended food on the table from the 3D projector.   The 3D projection mapping output system represents a recipe of food and drink ordered by the visitor when the visitor orders a predetermined food and drink from the food and drink order video projected by the food and drink order video projection means. The 3D projection mapping output system according to claim 5, further comprising a recipe video projection unit that projects a recipe video from the 3D projector onto the table.   The 3D projection mapping output system includes a chef-introducing stereoscopic image projection unit that projects a chef-introducing stereoscopic image that introduces a chef who cooks food and drink ordered by the store visitor as an animation character from the 3D projector onto the table. The 3D projection mapping output system according to claim 2.   The 3D projection mapping output system includes cooking process video photographing means for photographing a cooking process video of food and drink being cooked in a kitchen by a photographing device having a 3D photographing function, and the cooking process stereoscopic video projection means includes the cooking process The 3D according to any one of claims 1 to 8, wherein a cooking process video of food and drink being cooked in a kitchen photographed by a process video photographing unit is projected on the table from the 3D projector as the cooking process stereoscopic video. Projection mapping output system.   The cooking process stereoscopic image projection means projects a cooking process stereoscopic image representing a cooking process image of a food and drink being cooked, which is photographed by the photographing device, as the cooking process animation stereoscopic image that a predetermined animation character cooks. The 3D projection mapping output system according to 9. In the 3D projection mapping output method of projecting the stereoscopic image on a table in front of a visitor who has visited a restaurant that provides food and drink, using a 3D projector that projects a predetermined stereoscopic image,
The 3D projection mapping output method projects a preview image for projecting a preview image on the table from the 3D projector, which predicts the store visitor to start something, and the preview image is projected by the preview image projection step. And a cooking process stereoscopic image projection step of projecting a cooking process stereoscopic image representing a cooking process of a predetermined food and drink on the table from the 3D projector as a cooking process animation stereoscopic image in which a predetermined character cooks. 3D projection mapping output method.   The 3D projection mapping output method includes a sound generation step of generating a predetermined sound in accordance with the warning video and the cooking process animation stereoscopic video from a speaker in synchronization with the warning video and the cooking process animation stereoscopic video. The 3D projection mapping output method according to 11. The 3D projection mapping output method includes a cooking process video shooting step of shooting a cooking process video of food and drink being cooked in a kitchen by a shooting device having a 3D shooting function, and the cooking process stereoscopic video projection step includes the cooking process. The 3D projection according to claim 11 or 12, wherein a cooking process video of food and drink being cooked in a kitchen shot in the process video shooting process is projected from the 3D projector onto the table as the cooking process animation stereoscopic video. Mapping output method.

Images