WO2016046430A1 - System and method for the spatial viewing of users in fitting rooms - Google Patents

System and method for the spatial viewing of users in fitting rooms Download PDF

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Publication number
WO2016046430A1
WO2016046430A1 PCT/ES2015/070635 ES2015070635W WO2016046430A1 WO 2016046430 A1 WO2016046430 A1 WO 2016046430A1 ES 2015070635 W ES2015070635 W ES 2015070635W WO 2016046430 A1 WO2016046430 A1 WO 2016046430A1
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WO
WIPO (PCT)
Prior art keywords
user
users
testers
images
garment
Prior art date
Application number
PCT/ES2015/070635
Other languages
Spanish (es)
French (fr)
Inventor
Fernando ESPARZA ESTARRIAGA
Carlos DOMÍNGUEZ MATEO
Original Assignee
Innothalamus, S.L.
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Innothalamus, S.L. filed Critical Innothalamus, S.L.
Publication of WO2016046430A1 publication Critical patent/WO2016046430A1/en

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Classifications

    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47F—SPECIAL FURNITURE, FITTINGS, OR ACCESSORIES FOR SHOPS, STOREHOUSES, BARS, RESTAURANTS OR THE LIKE; PAYING COUNTERS
    • A47F10/00—Furniture or installations specially adapted to particular types of service systems, not otherwise provided for
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K19/00—Record carriers for use with machines and with at least a part designed to carry digital markings
    • G06K19/06—Record carriers for use with machines and with at least a part designed to carry digital markings characterised by the kind of the digital marking, e.g. shape, nature, code
    • G06K19/067—Record carriers with conductive marks, printed circuits or semiconductor circuit elements, e.g. credit or identity cards also with resonating or responding marks without active components
    • G06K19/07—Record carriers with conductive marks, printed circuits or semiconductor circuit elements, e.g. credit or identity cards also with resonating or responding marks without active components with integrated circuit chips
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07G—REGISTERING THE RECEIPT OF CASH, VALUABLES, OR TOKENS
    • G07G1/00—Cash registers
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N7/00—Television systems
    • H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast

Definitions

  • the present invention relates to a system and a method of spatial visualization of users in testers.
  • Said system will preferably be installed in an area within the store (outside of the clothes changer), this area being of different sizes and shapes depending on the needs of the point of sale in which it is located, which has been called a tester, in which the buyer can see, both live and deferred, how the garment looks from different points of view (and moving) thanks to a system of video cameras, monitors or television screens and means of managing the images captured by the cameras.
  • the user visualization system in testers described here has two modes of action.
  • the user displays live, through at least one screen, how the product of the store looks.
  • the user in the tester outside the changer
  • the user can activate the recording function, so that the captured images are converted into video and stored (the recording is always in the tester and never in the changer).
  • the user will be able to visualize in a deferred way how the product of the store looks from the different points of view.
  • this option allows you to share the recording instantly with friends, family ..., both before purchase (figure of the prescriber, in order to seek advice from other people) and subsequently to it (reaffirm the purchase). It will also allow a subsequent online purchase of the item tested in the store.
  • the system identifies the store's garments that the User is being tested, so that on the one hand, information is obtained from what the customer is tested and on the other, the user receives information about such clothing.
  • the technical field of the present invention is the development of solutions for the improvement of the user experience in dressing rooms and clothing and accessories testers in stores.
  • Augmented reality consists in combining the real world with the virtual one through a computer process, enriching the visual experience and improving the communication channel with the user. In this way, it allows the client to try on different clothes without having to put them on the body.
  • All known projects have in common the use of a giant screen as a mirror and between one and nine video cameras.
  • the TopShop® clothing store chain has recently designed a virtual tester consisting of a large LCD screen placed vertically to resemble a dressing mirror.
  • the screen is connected to a Kinect®, which, through an application of augmented reality, makes it possible for the user to try on clothes without having to put them on.
  • the "Image-based clothes transfer, IEEE International Symposium on Mixed and Augmented Reality 2011” document describes an augmented reality clothing tester that uses a room in which there are 9 video cameras that record the clothes that are tested from different angles, to then save the information of that garment in a database. Thus, the next user to enter the tester can observe on a TV screen how the garment that would have been previously tested would be.
  • All known augmented reality solutions present the problem that they do not offer images of the user with the garment with sufficient reality and quality to replace the traditional system of testing and buying clothes.
  • the use of 3D graphics and virtual characters for the process of buying clothes is the generation of a "virtual dummy" of the user on which images of the clothes are placed. It allows the user to observe how virtually different clothing items would fit without having to wear them. The "dummy" will be selected between random virtual characters and virtual characters created by scanning the user himself.
  • Bodymetrics® uses a 3D scanner with PrimseSense® technology, which allows you to analyze the body measurements of a user to create your virtual character and then adjust the clothes to the character that the user wants to buy.
  • user data collected using 3D sensors, are useful for a subsequent purchase of clothes in the same stores. Even if the person is not physically in the store you can use your virtual character to buy oniine the most appropriate to your style and personal characteristics.
  • "Responsive mirror" of PARC is a clothing tester, which by means of a camera records a video of the clothing that the user has been tested so that when another garment is tested, the Once the user looks in the mirror with that garment, they can see a recording of the user with the previous garment on a screen next to them. Use another camera to record the outline of the user so that it can be observed in the same position both in the mirror and in the video.
  • This system is focused so that the user can buy the garment that is being tested with others that he or other users have already tried. However, the user is not able to see and share how the garment looks from different points of view.
  • the treatment of the information obtained in a tester comprises the information of the clothes that the user is testing (material, color, price ...) and the information that can be shared with the outside ( photographs, videos).
  • RFID radiofrequency identification
  • the tester developed by Humor Shop by A-net Inc is an augmented reality tester that connects to a graphics tablet, allows you to test any garment in the store and share it instantly on social networks. It is common in the state of the art the existence of testers that share photographs taken exclusively of the clothes that are being tested through the internet, either by email or through social networks. However, in the state of the art, there are no testers that share images or videos of the user with their clothes on. In summary, none of the three technologies examined in the field of improving the user experience in dressing rooms or clothing and accessories testers, offer the user a solution that allows them to test the garment and see themselves, both live and delayed , how you really feel the garment seen from different points of view (and moving), in addition to being able to share this test.
  • the invention first describes a spatial display system for users in testers.
  • a display area is defined within a point of sale. (a shop) and outside the clothes changer, which has been called a tester, where the user is placed with the clothes on display.
  • the spatial display system of users in testers comprises:
  • At least one video camera for capturing images of the user, where the at least one camera is arranged around the viewing area.
  • These video cameras preferably, will be high definition cameras;
  • the computing means additionally comprise, for the storage of the images captured by the cameras, selected media among storage media, means of uploading the captured images to a remote server and combination of both, for the subsequent downloading and viewing by the User in electronic devices.
  • the user will optionally register in a database to create their own user account.
  • the user can both activate the storage option of the recordings made (the images captured by the cameras), and access their account to view, delete, download or share these recordings together with the information on the garments associated with each recording .
  • the viewing area must be large enough so that the user can move freely within it.
  • This viewing area is variable and is conditioned both by the space available at the point of sale and by the angle of the video cameras (so that they allow a minimum viewing). More preferably, it is provided that the video cameras are arranged covering a 360 degree angle around a vertical axis of the user. In this way, all possible user views are covered.
  • the number and arrangement of video cameras will depend in each case on the needs of the point of sale in which they are installed.
  • three cameras respectively located in the front, rear and side planes of the user will be used.
  • the display means used are screens through which images captured by video cameras are reproduced.
  • the number of screens used may vary, their number preferably being between 1 and the number of existing video cameras.
  • the display system can be configured so that each screen shows the recording of a video camera, so that a single screen shows all the camera recordings, both simultaneously and sequentially, or any other possible combination.
  • the system comprises means for simultaneously displaying the images of several video cameras on a single screen.
  • the system comprises means for manually switching the recording of the video camera shown on the screen, that is, the user may decide at any time what video camera output he wants to see on the screen.
  • These switching means may be a remote control, an electronic tablet from which to switch the view shown on the screen or the screen itself through a touch system.
  • the system comprises:
  • a signal capture module connected to the computational media for the management and storage of recordings from video cameras;
  • splitter in English, "splitter" of the signals coming from the signal selector that is connected in one of its outputs to the screen to show the image captured by the video camera and to the signal capture module by its other output ;
  • the capture module will send the signal of the camera previously selected by the signal selector to the computational media, so it will only be storing the view from the camera that the user has selected at any time.
  • the system comprises:
  • a signal capture module connected to each signal distributor and connected to the computing means for processing, storing and managing the signals (images) from the video cameras.
  • the display means are a plurality of screens where each screen shows the recording of a video camera.
  • the system when the system has a screen for each output signal of each video camera, the system comprises:
  • each signal distributor is connected to each video camera
  • this capture module is a 4-port peripheral component interconnect (PCI) capture.
  • PCI peripheral component interconnect
  • the system has a means of activating the function of storing images for previously registered customers (with its own user) in the system.
  • user identification means access to the web with username and password, personal plastic card, fingerprint, etc.
  • the system comprises identification means of the garment connected to the computer means for the identification of the garment (and associated information) simultaneously with the recording of the user in the tester, an identifier of the garment carried by the user being stored together with the recording made.
  • these means may comprise:
  • an RFID reader connected to the RFID antenna configured to compare the identifier of the captured garment with a database of previously stored garment identifiers, identify the garment worn by the user and send the information to the computing means. Additionally, it is foreseen that the means of identification also obtain information about the garment, such as its physical characteristics (size, color, material, etc.) such as the price, applicable discounts, etc.
  • This garment identification system can also be used to identify the garments that users have been tested, even if the recording functionality has not been activated.
  • the system comprises motion sensors in the display area that detect the presence of the user to activate the other components of the spatial display system.
  • all connections between the different elements that make up the display system are by means of high-definition multimedia interface (HDMI) cables to ensure high quality of the recordings both displayed and are stored.
  • HDMI high-definition multimedia interface
  • the user is able to view the images captured by the live video cameras in the store itself.
  • the procedure additionally includes the following steps:
  • both the user's recordings and all the information related to the garments that he wears are stored, for example, the identifier of the garment, size, color, material etc. It can also be stored with this information, the Store ID itself, time, date, etc. In short, you can store along with the recordings any type of information that is useful for the user in the face of a purchase decision (physical or online) and that information that is useful for the store for a possible treatment (mining of data) of the information
  • the method comprises accessing the user to the recordings made through the remote server and forwarding them to personal accounts on social platforms. In this way, the user could share the parade made and even the information related to the garments that has been tested through any social network to receive opinions from friends or family through these networks.
  • the procedure after proceeding to the remote and deferred viewing of the recordings made, comprises making an online purchase of the garment from an online platform associated with the point of sale.
  • FIGURES Figure 1. Shows a block diagram of an exemplary embodiment of the user space visualization system in testers.
  • Figure 2. Shows an example of the arrangement of the video cameras and the video screen within the area defined as a tester where the user is displayed with the garments on.
  • Figure 3. It shows an example of embodiment of the procedure for viewing users in testers object of the present invention, in which the user makes a live view of the recordings made.
  • Figure 4. Shows an example of embodiment of the procedure for viewing users in testers object of the present invention, in which the user makes a delayed and remote display of the recordings made.
  • Figure 5. It shows an example of realization of the spatial visualization system of users in testers in which there is a single screen and three video cameras and in which the image shown on the screen is switched by the user himself.
  • Figure 6. It shows an example of realization of the system in which there is a single screen and three video cameras and in which the recordings of the 3 video cameras on the screen are simultaneously shown.
  • Figure 7. It shows an example of realization of the system in which there are 3 screens and 3 video cameras and in which the recording shown by each screen comes from a different video camera.
  • Figure 1 generally shows a particular embodiment of the user visualization system in testers.
  • Said system (1) which will be installed at the point of sale, is formed by a plurality of screens (2) for on-site viewing of the user or buyer, video cameras (3) and home automation (4) of the system . All these elements are connected to a computer (5) from which the recorded images and videos are managed, as well as the signals from the home automation (4) of the system.
  • the aforementioned home automation (4) is composed of the RFID garment identification system (6), the motion sensors (7) for the activation of the system (1) when the user enters the area defined as a tester and an electronic tablet ( 8) from which the user performs manual switching between the cameras (3), if that option exists, and from which he would activate the option to store the images and from which he would access his user account if he had previously registered in the system.
  • the computer (5) could upload those recordings to a network server (9) or to the cloud (10) where they would be stored. These videos are stored in databases for later viewing, as well as information for the store about what clothes are tested and which ones are sold, always associated with each user.
  • the recordings can be sent to accounts on social networks (11), and their viewing will be allowed from remote electronic devices (12) or through web pages (13) managed by the stores themselves.
  • FIG. 2 shows a particular embodiment of the tester (14) in which the display system object of the present invention is installed.
  • the tester (14) is basically a cabin of about 10-15 square meters that has lighting (15) and equipped with three camcorders to record the user, a front (16), a side (17) and a rear (18) , and a screen (19) for the user to see. Note that this tester is not the changer, that is, the user will enter the tester once he is wearing the clothes he intends to buy.
  • the user (20) has an electronic tablet (21) through which you can activate recording and from which you can change the view of the camera displayed on the screen (19).
  • the tablet (21) simply acts as an interface between the user and the computer from which the images and videos are processed. This interface can also be installed on the same computer or a web server.
  • the cabin (14) has an RFID antenna (22) for reading the information stored in the RFID tag (23) attached to each garment.
  • the cameras used will be any camera with HDMI output in live-view.
  • the screens used for user viewing it can be any high quality screen that has an HDMI input.
  • the system collects a series of data each time the user performs a parade inside the tester. Among them could be the identity of the user, the clothes that have been tested, the day and time, the store where the parade was held, etc.
  • the traditional bar code system would also serve.
  • this bar code system is less appropriate since the user would have to pass a reader over the code, which means that you have to take the trouble to register the garment.
  • the technology selected in this embodiment is RFID, due to its greater versatility and performance.
  • the system to be used is conditioned by the management system available to the store.
  • RFID technology is a remote data storage and retrieval system that uses devices called RFID tags, cards, transponders or tags.
  • the label stores a garment identification number, such as the "Electronic Product Code (EPC)".
  • EPC Electronic Product Code
  • the RFID reader sends a series of radiofrequency waves to the tag, which are captured by the micro-antenna of the latter. These waves activate the microchip, which, through the micro-antenna and by means of radiofrequency waves, transmits the information they have in their memory to the reader. Finally, the reader receives the information that has the label and sends it to a database in which the characteristics of the product have been previously registered or can process it according to each application.
  • the management of the captured images is one of the most important parts for the end user, since it is essential to view the images in real time, in addition to a correct recording and storage of the videos recorded by the users of the system, which can then be played remotely by connecting to the server where it is stored.
  • a capture in HD format (1080p) of the digital video will be made through the HDMI outputs of the cameras.
  • it will be necessary to compress the video, so that it can be played on the web without the need for a great internet connection.
  • the maximum resolution provided by today's cameras (1080p) is used.
  • the HDMI interface will be used to interconnect the equipment, since this is a high-definition connection without compression, which provides the highest quality.
  • the video stored on the server it will be necessary to perform a compression of it, while maintaining the maximum possible quality.
  • Figure 3 shows an exemplary embodiment of the user visualization procedure in testers object of the present invention. Specifically, it refers to the user's live viewing mode. Once the customer is in the store, he chooses the clothes to be tested and puts them in the changer (24). Once the user is in the viewing area (25) the system can be activated (26) by means of motion sensors that would activate both the video cameras and the screens, or by means of a power button on them or, The system is constantly activated. The user then performs the "parade” (27) that is captured by video cameras.
  • FIG. 4 shows another embodiment of the method for displaying users in testers object of the present invention. Specifically, it refers to the user's deferred viewing mode.
  • the display system can be activated (34) by means of motion sensors that would activate both the video cameras and the screens, either by means of a power button or the system is constantly activated.
  • the user will be identified (35) (for this the user will have previously registered in the system) by means of a username and password, by means of an identification card or by any other identification device so that the system can identify it and know in advance what user is going to do use of it.
  • the user then performs the "parade" (36) that is recorded by the video cameras.
  • the garments will be identified (37) by the system through the identification system based on RFID technology.
  • the information related to the garments will be stored (38) in the memory of the computer media along with the data of the user who performs the parade and will be sent (39) remotely to a server or cloud.
  • the user can access the video for visionary (40) as many times as he wants in the store itself or perform the viewing (41) afterwards outside of the store. In the case of viewing in the store (40), this can be done through an electronic device (tablet, laptop, ...) existing in the store itself and connected to the memory of the display system or with access to the server or cloud via internet connection.
  • the user can decide whether to buy (42) or not the garments in question, put on others and repeat the process or leave (43) the store without buying.
  • you can delete the recording from the memory where it was stored.
  • the user can access from a proprietary electronic device such as mobile phone, personal computer, tablet, etc.
  • the access (44) to the information will be made, for example, through the website (45) of the store by registering the user in it, of a application (46) installed on the mobile phone or electronic tablet or through the user's email account (47).
  • the user can manage (48) the recordings and information of the garments, being able, for example, to forward the images to friends or family through emails or they can share it through social networks such as "Facebook” or "Twitter”
  • the platform may have means to make online purchases of clothing.
  • the user can try on the clothes in the store and send the recordings made to friends, once they have viewed (remotely and deferred) the recordings would give their opinion to the user, who through the platform
  • the store's website would make (49) the online purchase of the clothes that had been tested or dismissed (50).
  • Example 1 View manually switched on single screen ( Figure 5)
  • a front camera (51), a side camera (52) and a rear camera (53) that are connected to an HDMI selector (54) via cables HDMI
  • the selector (54) used to select which camera output is sent to the screen (56), is connected to an HDMI distributor (55).
  • Said distributor (55) that separates the input signal is connected on one side directly to the screen (56) and on the other to an HDMI video capture (57).
  • the capture (57) is finally connected to the computer (58) through PCI slots.
  • a single screen or television located inside the tester is used to view the video obtained in real time.
  • the user will have inside the tester a tablet with which he can change the view shown between the three views provided by the three available cameras.
  • the recording of the video will be made only from the view that the user is contemplating on the screen at that time. That is, a single video file will be recorded, which will change its source between the different cameras when the user manually changes the chosen view.
  • the video capture display is separated, so as not to process and enter video delay
  • Example 2 Single screen with simultaneous access to all views ( Figure 6)
  • each video camera is connected to an HDMI distributor ( 62) via HDMI cables.
  • Each distributor (62) which separates the input signal, is connected by one of its outputs to the same HDMI selector (63) that is used to select which camera output is sent to the screen, and by its other output connect to an HDMI video capturer (64).
  • each capture device (64) is connected to the same computer (66) in which the recordings received from the video cameras (59,60,61) will be processed and stored and from which they will be uploaded to a network server .
  • the HDMI selector (63) connects directly to the screen (65). Note that all connections are made using HDMI cables to ensure that the high definition image captured by the cameras arrives with maximum clarity on the television screen.
  • a single screen or TV is used inside the tester to view the video obtained in real time.
  • a camera view is offered, and another view in which the various cameras of the system are simultaneously visualized.
  • the user can choose, through an electronic tablet or similar, between the display between each camera or the common view of all of them;
  • the recording of the video will be made of all the views regardless of the view that the user is selecting, so the video obtained from the three cameras will be stored, providing all possible planes.
  • the video capture display is separated, so as not to process and introduce delay in the video that we just visualized on the screens.
  • the common view is processed, compressed and mixed in the processor before being displayed on the screen.
  • Example 3 Triple screen ( Figure 7) Inside the area defined as a tester, three high-definition video cameras are installed, a front camera (67), a side camera (68) and a rear camera (69) where each Video camera to an HDMI dealer (70) using HDMI cables.
  • Each distributor (70) which separates the input signal, is connected by one of its outputs directly to each of the television screens (71, 72,73) and by its other output it is connected to an HDMI video capture ( 74) with PCI channels.
  • the capturer (74) is connected to a computer (75) in which the images received from the video cameras will be managed and from which they will be processed and uploaded to a network server.
  • the front view is expected to be shown by a large screen (71) (60 "- 80"), while the other views will be shown by smaller screens (between 40 and 60 inches), although this is variable depending on of the needs of the store. Note that all connections are made using HDMI cables to ensure that the high-definition image captured by the cameras reaches television screens with maximum clarity.
  • a large screen (71) 60 "- 80”
  • smaller screens between 40 and 60 inches
  • the recording of the video will be made of all the views simultaneously, so the video obtained from the three cameras will be stored, providing all possible planes.
  • the video capture display is separated, so as not to process and introduce delay in the video.
  • the storage can be of each of the views separately (each camera generates a file with its video) or together (the images are processed so that in a video the 3 images are displayed in parallel);
  • this information will be stored on a server.
  • This will require an internet connection, and a server where a database is available where all the information previously acquired will be hosted, in addition to a storage area for the different videos.
  • a server where a database is available where all the information previously acquired will be hosted, in addition to a storage area for the different videos.
  • the visualization and presentation of this information it can be done in the store itself through viewing devices (tablets, computers, monitors ...) or outside it through social networks and on a device of the own customer (personal computer, Smartphone ). All of them will have to have an internet connection, as well as an application designed to acquire the information and videos previously stored on the server.

Abstract

The invention relates to a system and a method for the spatial viewing of users in fitting rooms, defining a viewing area, called a fitting room, which is the location of the user with the garments to be viewed, where the system comprises: at least one video camera for capturing images of the user, arranged around the viewing area, computing means connected to the video cameras for the management, processing and storage of the images recorded, and viewing means for the reproduction of the images.

Description

SISTEMA Y PROCEDIMIENTO DE VISUALIZACIÓN ESPACIAL DE USUARIOS EN  SYSTEM AND PROCEDURE OF SPACE VISUALIZATION OF USERS IN
PROBADORES  TESTERS
OBJETO DE LA INVENCIÓN OBJECT OF THE INVENTION
La presente invención se refiere a un sistema y a un procedimiento de visualización espacial de usuarios en probadores. Dicho sistema se instalará preferentemente en un área dentro de la tienda (fuera del cambiador de ropa), siendo este área de diferentes tamaños y formas dependiendo de las necesidades del punto de venta en el que se encuentre, a la que se ha llamado probador, en la cual el comprador podrá ver, tanto en directo como en diferido, cómo le queda la prenda desde distintos puntos de vista (y en movimiento) gracias a un sistema de cámaras de video, monitores o pantallas de televisión y unos medios de gestión de las imágenes capturadas por la cámaras. El sistema de visualización espacial de usuarios en probadores aquí descrito posee dos modos de actuación. The present invention relates to a system and a method of spatial visualization of users in testers. Said system will preferably be installed in an area within the store (outside of the clothes changer), this area being of different sizes and shapes depending on the needs of the point of sale in which it is located, which has been called a tester, in which the buyer can see, both live and deferred, how the garment looks from different points of view (and moving) thanks to a system of video cameras, monitors or television screens and means of managing the images captured by the cameras. The user visualization system in testers described here has two modes of action.
• Por un lado, permite el visionado en directo: el usuario visualiza en vivo, a través de al menos una pantalla, cómo le queda el producto de la tienda. En lugar del tradicional espejo, el usuario en el probador (fuera del cambiador) se "refleja" sobre una o varias pantallas que cubren distintos puntos de vista, llegando hasta una visión de 360°, alrededor del mismo. Estas pantallas simulan ser espejos por donde se muestran las imágenes del consumidor capturadas desde distintos enfoques.  • On the one hand, it allows live viewing: the user displays live, through at least one screen, how the product of the store looks. Instead of the traditional mirror, the user in the tester (outside the changer) is "reflected" on one or several screens that cover different points of view, reaching a 360 ° view, around it. These screens simulate being mirrors where the images of the consumer captured from different approaches are shown.
• Por otro lado, permite también el visionado en diferido: el usuario puede activar la función de grabación, de forma que las imágenes capturadas, se convierten en video y se almacenan (la grabación siempre es en el probador y nunca en el cambiador). Así, el usuario podrá visualizar de forma diferida cómo le queda el producto de la tienda visto desde los distintos puntos de vista. Además de visualizarse de forma remota y diferida (vía Smartphone, tableta electrónica, correo electrónico, página Web,...), esta opción permite compartir la grabación de forma instantánea con amigos, familiares... , tanto antes de la compra (figura del prescriptor, de cara a buscar consejo de otras personas) como posteriormente a la misma (reafirmar la compra). Igualmente, permitirá una posterior compra on-line de la prenda probada en la tienda.  • On the other hand, it also allows delayed viewing: the user can activate the recording function, so that the captured images are converted into video and stored (the recording is always in the tester and never in the changer). Thus, the user will be able to visualize in a deferred way how the product of the store looks from the different points of view. In addition to being displayed remotely and deferred (via Smartphone, electronic tablet, email, Web page, ...), this option allows you to share the recording instantly with friends, family ..., both before purchase (figure of the prescriber, in order to seek advice from other people) and subsequently to it (reaffirm the purchase). It will also allow a subsequent online purchase of the item tested in the store.
En ambos modos de actuación, el sistema identifica las prendas de la tienda que el usuario se está probando, de forma que por un lado, se obtiene información de lo que el cliente se prueba y por otro, el usuario recibe información sobre dicha ropa. In both modes of action, the system identifies the store's garments that the User is being tested, so that on the one hand, information is obtained from what the customer is tested and on the other, the user receives information about such clothing.
El campo técnico de la presente invención es el del desarrollo de soluciones para la mejora de la experiencia de usuario en los vestidores y probadores de ropa y complementos en tiendas. The technical field of the present invention is the development of solutions for the improvement of the user experience in dressing rooms and clothing and accessories testers in stores.
ANTECEDENTES DE LA INVENCIÓN En el actual estado de la técnica se está trabajando, principalmente, en tres tecnologías dentro del campo de la mejora de la experiencia de usuario en los vestidores o probadores de ropa y complementos. Estos son: la realidad aumentada, el uso de personajes virtuales y gráficos 3D y los vídeos o fotografías. La realidad aumentada consiste en combinar el mundo real con el virtual mediante un proceso informático, enriqueciendo la experiencia visual y mejorando el canal de comunicación con el usuario. De esta manera, permite al cliente probarse diferentes prendas de ropa sin tener que ponérselas sobre el cuerpo. Todos los proyectos conocidos tienen en común el uso de una pantalla gigante a modo de espejo y entre una y nueve cámaras de vídeo. BACKGROUND OF THE INVENTION In the current state of the art, three technologies are working mainly in the field of improving the user experience in dressing rooms or clothing and accessories testers. These are: augmented reality, the use of virtual characters and 3D graphics and videos or photographs. Augmented reality consists in combining the real world with the virtual one through a computer process, enriching the visual experience and improving the communication channel with the user. In this way, it allows the client to try on different clothes without having to put them on the body. All known projects have in common the use of a giant screen as a mirror and between one and nine video cameras.
La cadena de tiendas de ropa TopShop® recientemente ha diseñado un probador virtual formado por una pantalla LCD de grandes dimensiones colocada verticalmente para que asemeje un espejo de vestidor. La pantalla va conectada a una Kinect®, que, a través de una aplicación de realidad aumentada, hace posible que el usuario se pruebe prendas de ropa sin necesidad de ponérselas encima. The TopShop® clothing store chain has recently designed a virtual tester consisting of a large LCD screen placed vertically to resemble a dressing mirror. The screen is connected to a Kinect®, which, through an application of augmented reality, makes it possible for the user to try on clothes without having to put them on.
El documento "Image-based clothes transfer, IEEE International Symposium on Mixed and Augmented Reality de 2011", describe un probador de ropa de realidad aumentada que emplea una sala en la que hay 9 cámaras de vídeo que graban la ropa que se prueba desde diferentes ángulos, para a continuación guardar la información de esa prenda en una base de datos. Así, el próximo usuario en entrar en el probador puede observar en una pantalla de TV como le quedaría la prenda de ropa que algún otro cliente se haya probado con anterioridad. Todas las soluciones de realidad aumentada conocidas presentan la problemática de que no ofrecen imágenes del usuario con la prenda con la suficiente realidad y calidad para reemplazar el sistema tradicional de prueba y compra de ropa. El uso de gráficos 3D y personajes virtuales para el proceso de compra de ropa consiste en la generación de un "maniquí virtual" del usuario sobre el que se colocan imágenes de la ropa. Permite al usuario observar cómo le quedarían virtualmente diferentes prendas de ropa sin tener que ponérselas. El "maniquí" estará seleccionado entre personajes virtuales al azar y personajes virtuales creados mediante el escaneo del propio usuario. The "Image-based clothes transfer, IEEE International Symposium on Mixed and Augmented Reality 2011" document describes an augmented reality clothing tester that uses a room in which there are 9 video cameras that record the clothes that are tested from different angles, to then save the information of that garment in a database. Thus, the next user to enter the tester can observe on a TV screen how the garment that would have been previously tested would be. All known augmented reality solutions present the problem that they do not offer images of the user with the garment with sufficient reality and quality to replace the traditional system of testing and buying clothes. The use of 3D graphics and virtual characters for the process of buying clothes is the generation of a "virtual dummy" of the user on which images of the clothes are placed. It allows the user to observe how virtually different clothing items would fit without having to wear them. The "dummy" will be selected between random virtual characters and virtual characters created by scanning the user himself.
Bodymetrics® utiliza un escáner 3D con tecnología de PrimseSense®, que permite analizar las medidas corporales de un usuario para crear su personaje virtual y posteriormente ajusfar la ropa al personaje que el usuario quiere comprar. Además los datos del usuario, recogidos mediante sensores 3D, son útiles para una posterior compra de ropa en las mismas tiendas. Incluso si la persona no está físicamente en la tienda puede emplear su personaje virtual para comprar oniine lo más adecuado a su estilo y características personales. Bodymetrics® uses a 3D scanner with PrimseSense® technology, which allows you to analyze the body measurements of a user to create your virtual character and then adjust the clothes to the character that the user wants to buy. In addition, user data, collected using 3D sensors, are useful for a subsequent purchase of clothes in the same stores. Even if the person is not physically in the store you can use your virtual character to buy oniine the most appropriate to your style and personal characteristics.
El documento "Research of Interactive 3D Virtual Fitting Room on Web Environment, Fourth International Symposium on Computational Intelligence and Design de 201 1", describe un probador de ropa de realidad virtual oniine, en el que el usuario puede crear un personaje virtual similar a uno mismo sobre el que se pueden probar a continuación diferentes prendas de ropa. Además, el sistema da consejos sobre la ropa (color, material...). The "Research of Interactive 3D Virtual Fitting Room on Web Environment, Fourth International Symposium on Computational Intelligence and Design 201 1" document describes an oniine virtual reality clothing tester, in which the user can create a virtual character similar to one same on which you can try different garments below. In addition, the system gives advice on clothing (color, material ...).
Estos sistemas, principalmente pensados para la compra oniine son más precisos y de mejor calidad que los basados en realidad aumentada, aunque los costes de su implementación son muy elevados por la tecnología empleada. Además la experiencia de usuario sigue sin llegar a ser como la de probarse físicamente la prenda. These systems, mainly designed for online purchases are more precise and of better quality than those based on augmented reality, although the costs of their implementation are very high due to the technology used. In addition, the user experience is still not like being physically tested.
En cuanto al empleo de video y fotografías en probadores, "Responsive mirror" de PARC es un probador de ropa, que mediante una cámara graba un vídeo de la ropa que el usuario se ha probado de manera que cuando se prueba otra prenda, a la vez que el usuario se ve en el espejo con esa prenda permite ver en una pantalla que está al lado una grabación del usuario con la prenda anterior. Mediante otra cámara graba el contorno del usuario de manera que permite observarse en la misma postura tanto en el espejo como en el vídeo. Este sistema está enfocado para que el usuario pueda comprar la prenda que se está probando con otras que él u otros usuarios ya se hayan probado. Sin embargo, el usuario no es capaz de ver y compartir cómo le queda la prenda desde distintos puntos de vista. En el estado de la técnica, el tratamiento de la información obtenida en un probador comprende la información de la ropa que se está probando el usuario (material, color, precio....) y la información que se puede compartir con el exterior (fotografías, videos). As for the use of video and photographs in fitting rooms, "Responsive mirror" of PARC is a clothing tester, which by means of a camera records a video of the clothing that the user has been tested so that when another garment is tested, the Once the user looks in the mirror with that garment, they can see a recording of the user with the previous garment on a screen next to them. Use another camera to record the outline of the user so that it can be observed in the same position both in the mirror and in the video. This system is focused so that the user can buy the garment that is being tested with others that he or other users have already tried. However, the user is not able to see and share how the garment looks from different points of view. In the state of the art, the treatment of the information obtained in a tester comprises the information of the clothes that the user is testing (material, color, price ...) and the information that can be shared with the outside ( photographs, videos).
En lo relativo a la obtención de información de la ropa, los probadores inteligentes existentes obtienen información de la ropa que se está probando, y también asesoran sobre la ropa que mejor le quedaría al cliente. La tecnología predominante para obtener información de la ropa que el usuario se está probando es tecnología de identificación por radiofrecuencia (RFID). With regard to obtaining information on clothing, existing smart testers obtain information on the clothing being tested, and also advise on the clothes that would best suit the customer. The predominant technology to obtain information on the clothing that the user is testing is radiofrequency identification (RFID) technology.
El probador desarrollado por Humor Shop by A-net Inc es un probador de realidad aumentada que se conecta a una tableta gráfica, permite probarse cualquier prenda de la tienda y compartirla instantáneamente en las redes sociales. Es habitual en el estado de la técnica la existencia de probadores que comparten fotografías tomadas exclusivamente de la ropa que se está probando a través de internet, ya sea por email o a través de las redes sociales. Sin embargo no existen, en el estado de la técnica, probadores que compartan imágenes o videos del propio usuario con la ropa puesta. En resumen, ninguna de las tres tecnologías examinadas dentro del campo de la mejora de la experiencia de usuario en los vestidores o probadores de ropa y complementos, ofrecen al usuario una solución que le permita probar la prenda y verse, tanto en directo como en diferido, cómo realmente le sienta la prenda vista desde los distintos puntos de vista (y en movimiento), además de poder compartir dicha prueba. The tester developed by Humor Shop by A-net Inc is an augmented reality tester that connects to a graphics tablet, allows you to test any garment in the store and share it instantly on social networks. It is common in the state of the art the existence of testers that share photographs taken exclusively of the clothes that are being tested through the internet, either by email or through social networks. However, in the state of the art, there are no testers that share images or videos of the user with their clothes on. In summary, none of the three technologies examined in the field of improving the user experience in dressing rooms or clothing and accessories testers, offer the user a solution that allows them to test the garment and see themselves, both live and delayed , how you really feel the garment seen from different points of view (and moving), in addition to being able to share this test.
DESCRIPCIÓN DE LA INVENCIÓN DESCRIPTION OF THE INVENTION
Para conseguir los objetivos y evitar los inconvenientes enumerados anteriormente, la invención describe, en primer lugar, un sistema de visualización espacial de usuarios en probadores. Para ello se define un área de visualización dentro de un punto de venta (una tienda) y fuera del cambiador de ropa, a la que se ha llamado probador, donde se sitúa el usuario con las prendas puestas a visualizar. El sistema de visualización espacial de usuarios en probadores comprende: In order to achieve the objectives and avoid the drawbacks listed above, the invention first describes a spatial display system for users in testers. For this, a display area is defined within a point of sale. (a shop) and outside the clothes changer, which has been called a tester, where the user is placed with the clothes on display. The spatial display system of users in testers comprises:
- al menos una cámara de video para la captura de imágenes del usuario, donde la al menos una cámara se dispone alrededor del área de visualización. Estas cámaras de video, preferentemente, serán cámaras de alta definición;  - at least one video camera for capturing images of the user, where the at least one camera is arranged around the viewing area. These video cameras, preferably, will be high definition cameras;
- medios de visualización conectados a al menos una cámara de video, en donde se reproducen las imágenes capturadas por las cámaras; y,  - display media connected to at least one video camera, where the images captured by the cameras are reproduced; Y,
- medios computacionales conectados a la al menos una cámara de video para el procesado de las imágenes capturadas; los medios computacionales adicionalmente comprenden, para el almacenamiento de las imágenes capturadas por las cámaras, unos medios seleccionados entre medios de almacenamiento, medios de subida de las imágenes capturadas a un servidor remoto y combinación de ambos, para la posterior descarga y visualización por parte del usuario en dispositivos electrónicos.  - computational means connected to the at least one video camera for the processing of the captured images; the computing means additionally comprise, for the storage of the images captured by the cameras, selected media among storage media, means of uploading the captured images to a remote server and combination of both, for the subsequent downloading and viewing by the User in electronic devices.
Se ha previsto que opcionalmente el usuario se registre previamente en una base de datos para crear su propia cuenta de usuario. Así el usuario, podrá tanto activar la opción de almacenamiento de las grabaciones efectuadas (las imágenes capturadas por las cámaras), como acceder a su cuenta para visualizar, eliminar, descargarse o compartir dichas grabaciones junto a la información sobre las prendas asociadas a cada grabación. De este modo, se permite implementar, de forma paralela, un sistema de gestión y venta online basado en las grabaciones efectuadas y en la información capturada por los medios de identificación de las prendas que el usuario se ha probado. It is expected that the user will optionally register in a database to create their own user account. Thus, the user can both activate the storage option of the recordings made (the images captured by the cameras), and access their account to view, delete, download or share these recordings together with the information on the garments associated with each recording . In this way, it is possible to implement, in parallel, a management and online sales system based on the recordings made and the information captured by the means of identification of the garments that the user has been tested.
El área de visualización deberá ser lo suficientemente grande como para que el usuario pueda moverse con libertad dentro de la misma. Esta área de visualización es variable y está condicionado tanto por el espacio disponible en el punto de venta como por el ángulo de las cámaras de video (de forma que permitan una visualización mínima). Más preferentemente, se ha previsto que las cámaras de video estén dispuestas cubriendo un ángulo de 360 grados alrededor de un eje vertical del usuario. De este modo, se cubren todas las posibles vistas del usuario. No obstante el número y disposición de las cámaras de video dependerá en cada caso de las necesidades del punto de venta en el que se instalen. En otra realización de la invención se emplearán tres cámaras situadas respectivamente en el plano frontal, trasero y lateral del usuario. En otra realización de la invención, los medios de visualización empleados son unas pantallas a través de las que se reproducen las imágenes capturadas por las cámaras de video. El número de pantallas empleadas podrá variar, estando su número preferentemente entre 1 y el número de cámaras de video existentes. De este modo se podrá configurar el sistema de visualización para que cada pantalla muestre la grabación de una cámara de video, para que una única pantalla muestre todas las grabaciones de las cámaras, tanto de forma simultánea como secuencial, o cualquier otra combinación posible. The viewing area must be large enough so that the user can move freely within it. This viewing area is variable and is conditioned both by the space available at the point of sale and by the angle of the video cameras (so that they allow a minimum viewing). More preferably, it is provided that the video cameras are arranged covering a 360 degree angle around a vertical axis of the user. In this way, all possible user views are covered. However, the number and arrangement of video cameras will depend in each case on the needs of the point of sale in which they are installed. In another embodiment of the invention, three cameras respectively located in the front, rear and side planes of the user will be used. In another embodiment of the invention, the display means used are screens through which images captured by video cameras are reproduced. The number of screens used may vary, their number preferably being between 1 and the number of existing video cameras. In this way, the display system can be configured so that each screen shows the recording of a video camera, so that a single screen shows all the camera recordings, both simultaneously and sequentially, or any other possible combination.
En otra realización de la invención, el sistema comprende medios de visualización simultánea de las imágenes de varias cámaras de video en una única pantalla. In another embodiment of the invention, the system comprises means for simultaneously displaying the images of several video cameras on a single screen.
En otra realización de la invención, el sistema comprende medios de conmutación manual de la grabación de la cámara de video mostrada por la pantalla, es decir el usuario podrá decidir en cada momento que salida de cámara de video quiere ver por pantalla. Estos medios de conmutación podrán ser un mando a distancia, una tableta electrónica desde la que conmutar la vista mostrada por pantalla o la propia pantalla a través de un sistema táctil. In another embodiment of the invention, the system comprises means for manually switching the recording of the video camera shown on the screen, that is, the user may decide at any time what video camera output he wants to see on the screen. These switching means may be a remote control, an electronic tablet from which to switch the view shown on the screen or the screen itself through a touch system.
En el caso de que el sistema de visualización disponga de una única pantalla por la que mostrar las imágenes procedentes de las cámaras de video, se han previsto dos diseños del sistema objeto de la presente invención: En un primer diseño, el sistema comprende: In the event that the display system has a single screen by which to display the images from the video cameras, two designs of the system object of the present invention are provided: In a first design, the system comprises:
- un único selector de señal conectado a la salida de todas las cámaras de video, siendo el selector el elemento encargado de realizar la conmutación entre la señal de video recibida de las diferentes cámaras de video;  - a single signal selector connected to the output of all video cameras, the selector being the element in charge of switching between the video signal received from the different video cameras;
- un módulo capturador de señal conectado a los medios computacionales para la gestión y almacenamiento de las grabaciones provenientes de las cámaras de video;  - a signal capture module connected to the computational media for the management and storage of recordings from video cameras;
- un repartidor (en inglés, "splitter") de las señales procedentes del selector de señal que se conecta en una de sus salidas a la pantalla para mostrar la imagen capturada por la cámara de video y al módulo capturador de señal por su otra salida; y, - a splitter (in English, "splitter") of the signals coming from the signal selector that is connected in one of its outputs to the screen to show the image captured by the video camera and to the signal capture module by its other output ; Y,
Nótese que el módulo capturador enviará a los medios computacionales la señal de la cámara previamente seleccionada por el selector de señal por lo que sólo se estará almacenando la vista procedente de la cámara que el usuario haya seleccionado en cada momento. Note that the capture module will send the signal of the camera previously selected by the signal selector to the computational media, so it will only be storing the view from the camera that the user has selected at any time.
En un segundo diseño, el sistema comprende: In a second design, the system comprises:
- un repartidor de señal conectado a cada cámara de video;  - a signal distributor connected to each video camera;
- un único selector de señal conectado a todos los repartidores de señal y a la pantalla para la visualización por separado o simultánea de las grabaciones provenientes de todas las cámaras de video;  - a single signal selector connected to all signal distributors and to the screen for separate or simultaneous viewing of recordings from all video cameras;
- un módulo capturador de señal conectado a cada repartidor de señal y que se conectan a los medios computacionales para el procesado, almacenado y gestión de las señales (imágenes) provenientes de las cámaras de video.  - a signal capture module connected to each signal distributor and connected to the computing means for processing, storing and managing the signals (images) from the video cameras.
Más preferentemente se ha previsto que los medios de visualización sean una pluralidad de pantallas donde cada pantalla muestre la grabación de una cámara de video. More preferably it is provided that the display means are a plurality of screens where each screen shows the recording of a video camera.
Así, en otra realización de la invención, cuando el sistema dispone de una pantalla para cada señal de salida de cada cámara de video, el sistema comprende: Thus, in another embodiment of the invention, when the system has a screen for each output signal of each video camera, the system comprises:
- un repartidor de señal por cada cámara de video, donde cada repartidor de señal está conectado a cada cámara de video;  - a signal distributor for each video camera, where each signal distributor is connected to each video camera;
- una pantalla por cada cámara de video, donde cada pantalla se conecta a una primera salida de cada repartidor de señal; y,  - one screen for each video camera, where each screen is connected to a first output of each signal distributor; Y,
- un único módulo capturador de señal conectada a una segunda salida de cada repartidor de señal y que se conecta a los medios computacionales para el almacenado y gestión de las señales provenientes de las cámaras de video. Más preferentemente, este módulo capturador es una capturadora de 4 puertos de interconexión periférica de componentes (PCI).  - a single signal capture module connected to a second output of each signal distributor and that is connected to the computing means for storing and managing the signals from the video cameras. More preferably, this capture module is a 4-port peripheral component interconnect (PCI) capture.
En otra realización de la invención, el sistema dispone de medio de activación de la función de almacenar las imágenes para los clientes previamente registrados (con usuario propio) en el sistema. Para esta disposición se conecta medios de identificación de usuario (acceso a web con usuario y contraseña, tarjeta de plástico personal, huella dactilar etc) con los medios computacionales que procesan la orden de almacenamiento de la grabación. En otra realización de la invención, el sistema comprende unos medios de identificación de la prenda conectados a los medios computacionales para la identificación de la prenda (e información asociada) de forma simultánea a la grabación del usuario en el probador, almacenándose junto con la grabación efectuada un identificador de la prenda portada por el usuario. Estos medios dependerán de la tecnología usada por la tienda. En una realización particular, estos medios pueden comprender: In another embodiment of the invention, the system has a means of activating the function of storing images for previously registered customers (with its own user) in the system. For this provision, user identification means (access to the web with username and password, personal plastic card, fingerprint, etc.) are connected to the computer means that process the recording storage order. In another embodiment of the invention, the system comprises identification means of the garment connected to the computer means for the identification of the garment (and associated information) simultaneously with the recording of the user in the tester, an identifier of the garment carried by the user being stored together with the recording made. These media will depend on the technology used by the store. In a particular embodiment, these means may comprise:
- una etiqueta RFID acoplada a la prenda que almacena el identificador de la prenda;  - an RFID tag attached to the garment that stores the identifier of the garment;
- una antena RFID que crea un área de confinamiento que abarca al menos el área de visualización para la captura del identificador de la prenda; y,  - an RFID antenna that creates a confinement area that covers at least the display area for capturing the garment identifier; Y,
- un lector RFID conectado a la antena RFID configurado para comparar el identificador de la prenda capturado con una base de datos de identificadores de prendas previamente almacenada, identificar la prenda portada por el usuario y enviar la información a los medios computacionales. Adicionalmente se ha previsto que los medios de identificación también obtengan información de la prenda, como las características físicas de la misma (talla, color, material, etc) como el precio, descuentos aplicables, etc.  - an RFID reader connected to the RFID antenna configured to compare the identifier of the captured garment with a database of previously stored garment identifiers, identify the garment worn by the user and send the information to the computing means. Additionally, it is foreseen that the means of identification also obtain information about the garment, such as its physical characteristics (size, color, material, etc.) such as the price, applicable discounts, etc.
Este sistema de identificación de la prenda, puede también ser usado para identificar las prendas que los usuarios se han probado, aunque no se haya activado la funcionalidad de la grabación. This garment identification system can also be used to identify the garments that users have been tested, even if the recording functionality has not been activated.
En otra realización de la invención, el sistema comprende sensores de movimiento en el área de visualización que detectan la presencia del usuario para activar el resto de componentes del sistema de visualización espacial. En otra realización de la invención, se ha previsto que todas las conexiones entre los diferentes elementos que conforman el sistema de visualización sean mediante cables de interfaz multimedia de alta definición (HDMI) para garantizar una alta calidad de las grabaciones tanto que se visualizan como que se almacenan. Un segundo objeto de la invención es el procedimiento de visualización espacial de usuarios en probadores que hace uso del sistema anteriormente descrito. Dicho procedimiento de visualización espacial de usuarios en probadores comprende las siguientes fases: In another embodiment of the invention, the system comprises motion sensors in the display area that detect the presence of the user to activate the other components of the spatial display system. In another embodiment of the invention, it is provided that all connections between the different elements that make up the display system are by means of high-definition multimedia interface (HDMI) cables to ensure high quality of the recordings both displayed and are stored. A second object of the invention is the method of spatial visualization of users in testers that makes use of the system described above. Said method of spatial visualization of users in testers comprises the following phases:
- capturar mediante las cámaras de video imágenes del usuario con las prendas, una vez el usuario está dentro del área de visualización; - procesar las imágenes capturadas en los medios computacionales; y, - capture images of the user with the garments through video cameras, once the user is within the viewing area; - process the images captured in the computer media; Y,
- mostrar mediante la al menos una pantalla las imágenes capturadas.  - show the captured images via the at least one screen.
De este modo, el usuario es capaz de visionar las imágenes capturadas por las cámaras de video en directo en la propia tienda.  In this way, the user is able to view the images captured by the live video cameras in the store itself.
Opcionalmente se ha previsto que para usuarios previamente registrados en el sistema, el procedimiento adicionalmente comprenda las siguientes etapas: Optionally, it is foreseen that for users previously registered in the system, the procedure additionally includes the following steps:
- activar la opción de almacenamiento de las imágenes capturadas por parte del usuario previamente registrado (con usuario propio, de modo que en todo momento se asegure y garantice la confidencialidad de las grabaciones);  - activate the option of storing the captured images by the previously registered user (with their own user, so that the confidentiality of the recordings is guaranteed and guaranteed at all times);
- procesar dichas imágenes para convertirlas en vídeo;  - process these images to convert them into video;
- almacenar, simultáneamente dichos vídeos en la memoria de los medios computacionales, para la visualización en diferido de las imágenes capturadas; y,  - simultaneously store said videos in the memory of the computational media, for the delayed display of the captured images; Y,
- enviar los vídeos, mediante los medios de subida de los medios computacionales, al servidor remoto para la descarga y visualización en diferido y remota de las grabaciones efectuadas (vídeos). De este modo, el usuario ve las grabaciones en directo en la propia tienda al tiempo que éstas se envían a un servidor remoto desde el que posteriormente podrá descargarlas y volver a visualizarlas. En una realización particular del procedimiento. Éste adicionalmente comprende:  - send the videos, by means of uploading of the computer media, to the remote server for downloading and viewing the delayed and remote recordings made (videos). In this way, the user sees the recordings live in the store itself while they are sent to a remote server from which they can later download and view them again. In a particular embodiment of the procedure. This additionally includes:
- capturar información de las prendas que el usuario lleva mediante los medios de identificación de las prendas,  - capture information on the garments that the user wears through the means of identification of the garments,
- asociar la información capturada con las grabaciones efectuadas, almacenarla en la memoria de los medios computacionales y enviarla al servidor remoto. Así se almacena de manera conjunta tanto las grabaciones del usuario como toda la información relativa a las prendas que éste lleva puestas, por ejemplo, el identificador de la prenda, talla, color, material etc .. También se puede almacenar con esta información, el identificador de la propia tienda, hora, fecha, etc. En resumidas cuentas, se puede almacenar junto con las grabaciones cualquier tipo de información que resulte útil para el usuario de cara a una decisión de compra (física u oniine) y aquella información que resulte útil para la tienda de cara a un posible tratamiento (minería de datos) de la información  - Associate the information captured with the recordings made, store it in the memory of the computing media and send it to the remote server. Thus, both the user's recordings and all the information related to the garments that he wears are stored, for example, the identifier of the garment, size, color, material etc. It can also be stored with this information, the Store ID itself, time, date, etc. In short, you can store along with the recordings any type of information that is useful for the user in the face of a purchase decision (physical or online) and that information that is useful for the store for a possible treatment (mining of data) of the information
En otra realización de la invención, el procedimiento comprende acceder el usuario a las grabaciones efectuadas a través del servidor remoto y reenviarlas a cuentas personales en plataformas sociales. De esta manera, el usuario pude compartir el desfile efectuado e incluso la información relativa a las prendas que se ha probado mediante cualquier red social para recibir opiniones de amigos o familiares a través de estas redes. In another embodiment of the invention, the method comprises accessing the user to the recordings made through the remote server and forwarding them to personal accounts on social platforms. In this way, the user could share the parade made and even the information related to the garments that has been tested through any social network to receive opinions from friends or family through these networks.
En otra realización de la invención, el procedimiento, tras proceder a la visualización remota y en diferido de las grabaciones efectuadas, comprende realizar una compra online de la prenda desde una plataforma online asociada al punto de venta. In another embodiment of the invention, the procedure, after proceeding to the remote and deferred viewing of the recordings made, comprises making an online purchase of the garment from an online platform associated with the point of sale.
BREVE DESCRIPCIÓN DE LAS FIGURAS Figura 1.- Muestra un diagrama de bloques de un ejemplo de realización del sistema de visualización espacial de usuarios en probadores. BRIEF DESCRIPTION OF THE FIGURES Figure 1.- Shows a block diagram of an exemplary embodiment of the user space visualization system in testers.
Figura 2.- Muestra un ejemplo de realización de la disposición de las cámaras de video y la pantalla de video dentro del área definido como probador donde el usuario se visualiza con las prendas puestas. Figure 2.- Shows an example of the arrangement of the video cameras and the video screen within the area defined as a tester where the user is displayed with the garments on.
Figura 3.- Muestra un ejemplo de realización del procedimiento de visualización de usuarios en probadores objeto de la presente invención, en el que el usuario realiza una visualización en directo de las grabaciones realizadas. Figure 3.- It shows an example of embodiment of the procedure for viewing users in testers object of the present invention, in which the user makes a live view of the recordings made.
Figura 4.- Muestra un ejemplo de realización del procedimiento de visualización de usuarios en probadores objeto de la presente invención, en el que el usuario realiza una visualización en diferido y remota de las grabaciones realizadas. Figura 5.- Muestra un ejemplo de realización del sistema de visualización espacial de usuarios en probadores en el que se dispone de una única pantalla y tres cámaras de video y en el que la imagen mostrada por pantalla es conmutada por el propio usuario. Figure 4.- Shows an example of embodiment of the procedure for viewing users in testers object of the present invention, in which the user makes a delayed and remote display of the recordings made. Figure 5.- It shows an example of realization of the spatial visualization system of users in testers in which there is a single screen and three video cameras and in which the image shown on the screen is switched by the user himself.
Figura 6.- Muestra un ejemplo de realización del sistema en el que se dispone de una única pantalla y tres cámaras de video y en el que se muestran simultáneamente las grabaciones de las 3 cámaras de video en la pantalla. Figure 6.- It shows an example of realization of the system in which there is a single screen and three video cameras and in which the recordings of the 3 video cameras on the screen are simultaneously shown.
Figura 7.- Muestra un ejemplo de realización del sistema en el que se dispone de 3 pantallas y 3 cámaras de video y en el que la grabación mostrada por cada pantalla proviene de una cámara de video diferente. DESCRIPCIÓN DE VARIOS EJEMPLOS DE REALIZACIÓN DE LA INVENCIÓN Figure 7.- It shows an example of realization of the system in which there are 3 screens and 3 video cameras and in which the recording shown by each screen comes from a different video camera. DESCRIPTION OF VARIOUS EXAMPLES OF EMBODIMENT OF THE INVENTION
Seguidamente se realizan, con carácter ilustrativo y no limitativo, una descripción de varios ejemplos de realización de la invención, haciendo referencia a la numeración adoptada en las figuras. Next, a description of several embodiments of the invention is made, by way of illustration and not limitation, with reference to the numbering adopted in the figures.
La figura 1 muestra de forma general una realización particular del sistema de visualización espacial de usuarios en probadores. Dicho sistema (1), que estará instalado en el punto de venta, está formado por una pluralidad de pantallas (2) para la visualización in situ del usuario o comprador, las cámaras de video (3) y la domótica (4) del sistema. Todos estos elementos se conectan a un ordenador (5) desde el que se gestionan las imágenes y videos grabados, así como las señales procedentes de la domótica (4) del sistema. La citada domótica (4) está compuesta por el sistema de identificación de prendas RFID (6), los sensores de movimiento (7) para la activación del sistema (1) cuando el usuario entre en la zona delimitada como probador y una tableta electrónica (8) desde la que el usuario realiza la conmutación manual entre las cámaras (3), si existe esa opción, y desde la que activaría la opción de almacenar las imágenes y desde la que accedería a su cuenta de usuario si se hubiese registrado previamente en el sistema. Una vez efectuadas las grabaciones del usuario con las prendas que haya elegido, el ordenador (5) podría subir dichas grabaciones a un servidor de red (9) o a la nube (10) donde se almacenarían. Dichos videos se almacenan en bases de datos para su posterior visualización, así como la información para la tienda acerca de qué ropa se prueba y cual se vende, siempre asociada a cada usuario. Finalmente desde el servidor web (9) se podrán enviar las grabaciones a cuentas en redes sociales (11), y se permitirá su visualización desde dispositivos electrónicos (12) remotos o a través de páginas web (13) gestionadas por las propias tiendas. Figure 1 generally shows a particular embodiment of the user visualization system in testers. Said system (1), which will be installed at the point of sale, is formed by a plurality of screens (2) for on-site viewing of the user or buyer, video cameras (3) and home automation (4) of the system . All these elements are connected to a computer (5) from which the recorded images and videos are managed, as well as the signals from the home automation (4) of the system. The aforementioned home automation (4) is composed of the RFID garment identification system (6), the motion sensors (7) for the activation of the system (1) when the user enters the area defined as a tester and an electronic tablet ( 8) from which the user performs manual switching between the cameras (3), if that option exists, and from which he would activate the option to store the images and from which he would access his user account if he had previously registered in the system. Once the user recordings have been made with the garments he has chosen, the computer (5) could upload those recordings to a network server (9) or to the cloud (10) where they would be stored. These videos are stored in databases for later viewing, as well as information for the store about what clothes are tested and which ones are sold, always associated with each user. Finally, from the web server (9), the recordings can be sent to accounts on social networks (11), and their viewing will be allowed from remote electronic devices (12) or through web pages (13) managed by the stores themselves.
La figura 2 muestra una realización particular del probador (14) en el que se instala el sistema de visualización objeto de la presente invención. El probador (14) es básicamente un habitáculo de unos 10-15 metros cuadrados que dispone de iluminación (15) y dotado de tres videocámaras para grabar al usuario, una frontal (16), una lateral (17) y una trasera (18), y una pantalla (19) para que el usuario se pueda ver. Nótese que este probador no es el cambiador, es decir el usuario entrará al probador una vez lleve puesta la ropa que pretenda comprar. El usuario (20) dispone de una tableta electrónica (21) a través de la que puede activar la grabación y desde la que puede cambiar la vista de la cámara mostrada en pantalla (19). La tableta (21) simplemente actúa como interfaz entre el usuario y el ordenador desde el que se procesan las imágenes y videos. Esta interfaz también puede estar instalada en el mismo ordenador o un servidor web. Además el habitáculo (14) dispone de una antena RFID (22) para la lectura de la información almacenada en la etiqueta RFID (23) adherida a cada prenda. Figure 2 shows a particular embodiment of the tester (14) in which the display system object of the present invention is installed. The tester (14) is basically a cabin of about 10-15 square meters that has lighting (15) and equipped with three camcorders to record the user, a front (16), a side (17) and a rear (18) , and a screen (19) for the user to see. Note that this tester is not the changer, that is, the user will enter the tester once he is wearing the clothes he intends to buy. The user (20) has an electronic tablet (21) through which you can activate recording and from which you can change the view of the camera displayed on the screen (19). The tablet (21) simply acts as an interface between the user and the computer from which the images and videos are processed. This interface can also be installed on the same computer or a web server. In addition, the cabin (14) has an RFID antenna (22) for reading the information stored in the RFID tag (23) attached to each garment.
Las cámaras empleadas serán cualquier cámara con salida HDMI en live-view. En cuanto a las pantallas empleadas para la visualización del usuario, puede ser cualquier pantalla de alta calidad que disponga de una entrada HDMI. The cameras used will be any camera with HDMI output in live-view. As for the screens used for user viewing, it can be any high quality screen that has an HDMI input.
El sistema recopila una serie de datos cada vez que el usuario realiza un desfile dentro del probador. Entre ellos podrían encontrarse la identidad del usuario, la ropa que se ha probado, el día y la hora, la tienda en que se ha realizado el desfile, etc. The system collects a series of data each time the user performs a parade inside the tester. Among them could be the identity of the user, the clothes that have been tested, the day and time, the store where the parade was held, etc.
Además del sistema RFID para la identificación de la ropa también serviría el sistema de códigos de barras tradicional. Sin embargo, este sistema de códigos de barras resulta menos apropiado ya que el usuario tendría que pasar un lector por encima del código, lo que implica que se tiene que tomar la molestia de registrar la prenda. La tecnología seleccionada en este ejemplo de realización es la RFID, por su mayor versatilidad y prestaciones. No obstante, el sistema a utilizar está condicionado por el sistema de gestión que disponga la tienda. In addition to the RFID system for the identification of clothing, the traditional bar code system would also serve. However, this bar code system is less appropriate since the user would have to pass a reader over the code, which means that you have to take the trouble to register the garment. The technology selected in this embodiment is RFID, due to its greater versatility and performance. However, the system to be used is conditioned by the management system available to the store.
En este caso, la tecnología RFID es un sistema remoto de almacenamiento y recuperación de datos que usa dispositivos denominados etiquetas, tarjetas, transpondedores o tags RFID. La etiqueta almacena un número de identificación de la prenda, como por ejemplo el "Código Electrónico de Producto (EPC)". Así el lector RFID envía una serie de ondas de radiofrecuencia a la etiqueta, que son captadas por la microantena de ésta. Dichas ondas activan el microchip, el cual, a través de la microantena y mediante ondas de radiofrecuencia, transmite al lector la información que tengan en su memoria. Finalmente, el lector recibe la información que tiene la etiqueta y lo envía a una base de datos en la que previamente se han registrado las características del producto o puede procesarlo según convenga a cada aplicación. La gestión de las imágenes capturadas es una de las partes más importantes para el usuario final, ya que es imprescindible la visualización en tiempo real de las imágenes, además de una correcta grabación y almacenamiento de los vídeos grabados por los usuarios del sistema, que luego se podrán reproducir de forma remota conectándose al servidor donde se almacene. In this case, RFID technology is a remote data storage and retrieval system that uses devices called RFID tags, cards, transponders or tags. The label stores a garment identification number, such as the "Electronic Product Code (EPC)". Thus the RFID reader sends a series of radiofrequency waves to the tag, which are captured by the micro-antenna of the latter. These waves activate the microchip, which, through the micro-antenna and by means of radiofrequency waves, transmits the information they have in their memory to the reader. Finally, the reader receives the information that has the label and sends it to a database in which the characteristics of the product have been previously registered or can process it according to each application. The management of the captured images is one of the most important parts for the end user, since it is essential to view the images in real time, in addition to a correct recording and storage of the videos recorded by the users of the system, which can then be played remotely by connecting to the server where it is stored.
En lo que respecta a la gestión de las imágenes, se pueden identificar los siguientes puntos principales a la hora de la elección del diseño: With regard to image management, the following main points can be identified when choosing the design:
- Captura de vídeo: se realizará una captura en formato HD (1080p) del vídeo digital a través de las salidas HDMI de las cámaras. Además, será necesario comprimir el vídeo, para que se pueda reproducir en la web sin necesidad de una gran conexión a internet.  - Video capture: a capture in HD format (1080p) of the digital video will be made through the HDMI outputs of the cameras. In addition, it will be necessary to compress the video, so that it can be played on the web without the need for a great internet connection.
- Retardo de las imágenes: la elección de la electrónica para la transmisión del video se ha condicionado a la desaparición del retardo ya que puede ser molesto e incómodo visualizar los movimientos del usuario con más de 0.5 segundos de retardo.  - Delay of the images: the choice of the electronics for the transmission of the video has been conditioned to the disappearance of the delay since it can be annoying and inconvenient to visualize the movements of the user with more than 0.5 seconds of delay.
- Calidad del vídeo: se emplea la máxima resolución proporcionada por las cámaras a día de hoy (1080p). Además, se empleará la interfaz HDMI para interconectar los equipos, ya que esta es una conexión de alta definición y sin compresión, lo que proporciona la máxima calidad. Sin embargo, para el vídeo almacenado en el servidor, será necesario realizar una compresión del mismo, manteniendo al máximo posible la calidad.  - Video quality: the maximum resolution provided by today's cameras (1080p) is used. In addition, the HDMI interface will be used to interconnect the equipment, since this is a high-definition connection without compression, which provides the highest quality. However, for the video stored on the server, it will be necessary to perform a compression of it, while maintaining the maximum possible quality.
- Robustez del sistema: programación con software libre como Linux, que es un sistema muy robusto y libre de virus, siendo el sistema operativo indicado para este tipo de aplicaciones. La figura 3 muestra un ejemplo de realización del procedimiento de visualización de usuarios en probadores objeto de la presente invención. Concretamente se refiere al modo de visionado en directo del usuario. Una vez está el cliente en la tienda, éste elije las prendas que se va a probar y se las pone en el cambiador (24). Una vez el usuario está en el área de visualización (25) el sistema se podrá activar (26) mediante unos sensores de movimiento que activarían tanto las cámaras de video como las pantallas, o bien mediante un botón de encendido de las mismas o bien, el sistema está en activado de forma constante. El usuario entonces realiza el "desfile" (27) que es captado por las cámaras de video. Dicho "desfile" es mostrado (28) simultáneamente por las pantallas lo que permite al usuario visualizarse desde diferentes puntos de vista. Durante el desfile, las prendas serán identificadas (29) por el sistema mediante el sistema de identificación basado en tecnología RFID. Tras la visualización en directo del usuario con las prendas puestas, éste puede decidir si comprar (30) o no las prendas en cuestión, ponerse otras (24) y repetir el proceso o abandonar (31) la tienda sin comprar. La figura 4 muestra otro ejemplo de realización del procedimiento de visualización de usuarios en probadores objeto de la presente invención. Concretamente se refiere al modo de visionado en diferido del usuario. Así, una vez el usuario se ha puesto (32) las prendas en el cambiador y ha salido al área de visualización (33) se podrá activar (34) el sistema de visualización mediante unos sensores de movimiento que activarían tanto las cámaras de video como las pantallas, o bien mediante un botón de encendido de las mismas o bien, el sistema está en activado de forma constante. El usuario se identificará (35) (para ello el usuario se habrá registrado previamente en el sistema) mediante usuario y contraseña, mediante una tarjeta identificativa o mediante cualquier otro dispositivo de identificación para que el sistema pueda identificarlo y sepa de antemano qué usuario va hacer uso del mismo. El usuario entonces realiza el "desfile" (36) que es grabado por las cámaras de video. Durante el desfile, las prendas serán identificadas (37) por el sistema mediante el sistema de identificación basado en tecnología RFID. La información relativa a las prendas será guardada (38) en la memoria de los medios computacionales junto con los datos del usuario que realiza el desfile y se enviará (39) de forma remota a una servidor o nube. Una vez el desfile se ha realizado (36) y se ha almacenado en el servidor o nube, el usuario podrá acceder al video para visionario (40) tantas veces como quiera en la propia tienda o bien realizar el visionado (41) a posteriori fuera de la tienda. En el caso de realizar el visionado en la tienda (40), éste se podrá realizar a través de dispositivo electrónico (tableta, ordenador portátil, ... ) existente en la propia tienda y conectado a la memoria del sistema de visualización o con acceso al servidor o nube mediante conexión de internet. Así, una vez visionado, el usuario podrá decidir si comprar (42) o no las prendas en cuestión, ponerse otras y repetir el proceso o abandonar (43) la tienda sin comprar. Opcionalmente, una vez el usuario ha visionado la grabación efectuada y ha decido si comprar o no, podrá eliminar la grabación de la memoria donde se almacenaba. - System robustness: programming with free software such as Linux, which is a very robust and virus-free system, being the operating system indicated for this type of applications. Figure 3 shows an exemplary embodiment of the user visualization procedure in testers object of the present invention. Specifically, it refers to the user's live viewing mode. Once the customer is in the store, he chooses the clothes to be tested and puts them in the changer (24). Once the user is in the viewing area (25) the system can be activated (26) by means of motion sensors that would activate both the video cameras and the screens, or by means of a power button on them or, The system is constantly activated. The user then performs the "parade" (27) that is captured by video cameras. Said "parade" is shown (28) simultaneously by the screens which allows the user to visualize from different points of view. During the parade, the garments will be identified (29) by the system through the identification system based on RFID technology. After live viewing of the user with the garments on, he can decide whether to buy (30) or not the garments in question, put on other (24) and repeat the process or leave (31) the store without buying. Figure 4 shows another embodiment of the method for displaying users in testers object of the present invention. Specifically, it refers to the user's deferred viewing mode. Thus, once the user has put on (32) the garments in the changer and has left the viewing area (33), the display system can be activated (34) by means of motion sensors that would activate both the video cameras and the screens, either by means of a power button or the system is constantly activated. The user will be identified (35) (for this the user will have previously registered in the system) by means of a username and password, by means of an identification card or by any other identification device so that the system can identify it and know in advance what user is going to do use of it. The user then performs the "parade" (36) that is recorded by the video cameras. During the parade, the garments will be identified (37) by the system through the identification system based on RFID technology. The information related to the garments will be stored (38) in the memory of the computer media along with the data of the user who performs the parade and will be sent (39) remotely to a server or cloud. Once the parade has been made (36) and has been stored on the server or cloud, the user can access the video for visionary (40) as many times as he wants in the store itself or perform the viewing (41) afterwards outside of the store. In the case of viewing in the store (40), this can be done through an electronic device (tablet, laptop, ...) existing in the store itself and connected to the memory of the display system or with access to the server or cloud via internet connection. Thus, once viewed, the user can decide whether to buy (42) or not the garments in question, put on others and repeat the process or leave (43) the store without buying. Optionally, once the user has viewed the recording made and has decided whether to buy or not, you can delete the recording from the memory where it was stored.
Para llevar a cabo el visionado remoto (41) de las grabaciones, el usuario podrá acceder desde un dispositivo electrónico propio como el teléfono móvil, un ordenador personal, tableta, etc. El acceso (44) a la información se efectuará por ejemplo a través de la página web (45) de la tienda mediante el registro del usuario en la misma, de una aplicación (46) instalada en el teléfono móvil o tableta electrónica o a través de la cuenta de correo electrónico (47) del usuario. Desde esa plataforma digital el usuario podrá gestionar (48) las grabaciones y la información de las prendas, pudiendo por ejemplo, reenviar las imágenes a amigos o familiares a través de emails o bien podrá compartirla a través de redes sociales tales como "Facebook" o "Twiter". Además, la plataforma podrá disponer de medios para efectuar compras online de la ropa. De este modo, el usuario puede probarse la ropa en la tienda y enviar las grabaciones efectuadas a unos amigos, una vez que estos han visionado (de forma remota y diferida) las grabaciones le darían su opinión al usuario, que a través de la plataforma web de la tienda efectuaría (49) la compra online de la ropa que se había probado o bien desestimarla (50). To carry out the remote viewing (41) of the recordings, the user can access from a proprietary electronic device such as mobile phone, personal computer, tablet, etc. The access (44) to the information will be made, for example, through the website (45) of the store by registering the user in it, of a application (46) installed on the mobile phone or electronic tablet or through the user's email account (47). From that digital platform the user can manage (48) the recordings and information of the garments, being able, for example, to forward the images to friends or family through emails or they can share it through social networks such as "Facebook" or "Twitter" In addition, the platform may have means to make online purchases of clothing. In this way, the user can try on the clothes in the store and send the recordings made to friends, once they have viewed (remotely and deferred) the recordings would give their opinion to the user, who through the platform The store's website would make (49) the online purchase of the clothes that had been tested or dismissed (50).
A continuación se muestran tres ejemplos de realización del sistema de visualización objeto de la presente invención en los que se dispone de tres cámaras. Ejemplo 1 : Vista conmutada manualmente en pantalla única (Figura 5) Three examples of embodiment of the display system object of the present invention in which three cameras are available are shown below. Example 1: View manually switched on single screen (Figure 5)
En el interior del área definida como probador se instalan tres cámaras de video de alta definición, una cámara frontal (51), una cámara lateral (52) y una cámara trasera (53) que se conectan a un selector HDMI (54) mediante cables HDMI. El selector (54), empleado para seleccionar qué salida de las cámaras se envía a la pantalla (56), se conecta a un repartidor HDMI (55). Dicho repartidor (55) que separa la señal de entrada, se conecta por un lado directamente a la pantalla (56) y por otro a una capturadora de video HDMI (57). La capturadora (57) se conecta finalmente al ordenador (58) a través de unos slots PCI. En este ejemplo de realización: Inside the area defined as a tester are installed three high-definition video cameras, a front camera (51), a side camera (52) and a rear camera (53) that are connected to an HDMI selector (54) via cables HDMI The selector (54), used to select which camera output is sent to the screen (56), is connected to an HDMI distributor (55). Said distributor (55) that separates the input signal, is connected on one side directly to the screen (56) and on the other to an HDMI video capture (57). The capture (57) is finally connected to the computer (58) through PCI slots. In this embodiment example:
- Se emplea una sola pantalla o televisor situada en el interior del probador para visualizar el vídeo obtenido en tiempo real.  - A single screen or television located inside the tester is used to view the video obtained in real time.
- Se muestra por la pantalla la vista de una sola de las cámaras a la vez.  - The view of only one of the cameras at a time is shown on the screen.
- El usuario dispondrá en el interior del probador de una tableta con la cual podrá cambiar la vista mostrada de entre las tres vistas proporcionadas por las tres cámaras disponibles.  - The user will have inside the tester a tablet with which he can change the view shown between the three views provided by the three available cameras.
- La grabación del vídeo se realizará únicamente de la vista que el usuario está contemplando en la pantalla en ese momento. Es decir, se grabará un único archivo de vídeo, que cambiará su fuente entre las distintas cámaras cuando el usuario cambie manualmente la vista elegida.  - The recording of the video will be made only from the view that the user is contemplating on the screen at that time. That is, a single video file will be recorded, which will change its source between the different cameras when the user manually changes the chosen view.
- Se separa la visualización de la captura de vídeo, para no procesar e introducir retardo en el vídeo. - The video capture display is separated, so as not to process and enter video delay
Este ejemplo de realización presenta las siguientes ventajas:  This embodiment shows the following advantages:
- ofrece un visionado separado del procesado de vídeo;  - offers a separate view of the video processing;
- es una solución relativamente económica al utilizar una sola pantalla;  - it is a relatively economical solution when using a single screen;
- muestra el video en tiempo real: el hecho de no realizar procesado de vídeo entre las cámaras y las pantallas elimina el retardo, que es un aspecto clave en la percepción que tendrá el usuario final del sistema. El retardo de vídeo es inapreciable al utilizar únicamente el repartidor para llevar la señal HDMI a la pantalla; y,  - it shows the video in real time: the fact of not making video processing between the cameras and the screens eliminates the delay, which is a key aspect in the perception that the end user of the system will have. The video delay is invaluable when using only the dealer to bring the HDMI signal to the screen; Y,
- al reproducir y grabar únicamente una vista, se simplifica el hardware reduciéndose el coste de la instalación.  - When playing and recording only one view, the hardware is simplified by reducing the cost of installation.
Ejemplo 2: Pantalla única con acceso simultáneo a todas las vistas (Figura 6) Example 2: Single screen with simultaneous access to all views (Figure 6)
En el interior del área definida como probador se instalan tres cámaras de video de alta definición, una cámara frontal (59), una cámara lateral (60) y una cámara trasera (61) donde se conecta cada cámara de video a un repartidor HDMI (62) mediante cables HDMI. Cada repartidor (62), que separa la señal de entrada, se conecta por una de sus salidas a un mismo selector HDMI (63) que es empleado para seleccionar qué salida de las cámaras se envía a la pantalla, y por su otra salida se conecta a una capturadora de video HDMI (64). A su vez cada capturadora (64) se conecta a un mismo ordenador (66) en el que se procesarán y almacenarán las grabaciones recibidas de las cámaras de video (59,60,61) y desde el que se subirán a un servidor de red. Por su parte el selector HDMI (63) se conecta directamente a la pantalla (65). Nótese que todas las conexiones se realizan mediante cables HDMI para garantizar que la imagen de alta definición capturada por las cámaras llegue con la máxima claridad a la pantalla de televisión. En este ejemplo de realización: Inside the area defined as a tester are installed three high-definition video cameras, a front camera (59), a side camera (60) and a rear camera (61) where each video camera is connected to an HDMI distributor ( 62) via HDMI cables. Each distributor (62), which separates the input signal, is connected by one of its outputs to the same HDMI selector (63) that is used to select which camera output is sent to the screen, and by its other output connect to an HDMI video capturer (64). In turn, each capture device (64) is connected to the same computer (66) in which the recordings received from the video cameras (59,60,61) will be processed and stored and from which they will be uploaded to a network server . For its part, the HDMI selector (63) connects directly to the screen (65). Note that all connections are made using HDMI cables to ensure that the high definition image captured by the cameras arrives with maximum clarity on the television screen. In this embodiment example:
- Se utiliza una sola pantalla o televisor en el interior del probador para visualizar el vídeo obtenido en tiempo real.  - A single screen or TV is used inside the tester to view the video obtained in real time.
- Se ofrece una vista por cámara, y otra vista en la que se visualizan simultáneamente las diversas cámaras del sistema.  - A camera view is offered, and another view in which the various cameras of the system are simultaneously visualized.
- El usuario podrá elegir, mediante una tableta electrónica o similar, entre la visualización entre cada cámara o la vista común de todas ellas;  - The user can choose, through an electronic tablet or similar, between the display between each camera or the common view of all of them;
- La grabación del vídeo se realizará de todas las vistas independientemente de la vista que este seleccionando el usuario, por lo que quedará almacenado el vídeo obtenido desde las tres cámaras, aportando todos los planos posibles. - Para la vista de cada cámara, se separa la visualización de la captura de vídeo, para no procesar e introducir retardo en el vídeo que acabamos visualizando en las pantallas. La vista común es procesada, comprimida y mezclada en el procesador antes de ser mostrada por pantalla. - The recording of the video will be made of all the views regardless of the view that the user is selecting, so the video obtained from the three cameras will be stored, providing all possible planes. - For the view of each camera, the video capture display is separated, so as not to process and introduce delay in the video that we just visualized on the screens. The common view is processed, compressed and mixed in the processor before being displayed on the screen.
Este ejemplo de realización presenta las siguientes ventajas: This embodiment shows the following advantages:
- disponibilidad de una vista común de todas las cámaras simultáneamente;  - availability of a common view of all cameras simultaneously;
- económico al utilizar una sola pantalla;  - economical when using a single screen;
- vídeo en tiempo real para las vistas individuales al no realizar procesado;  - real-time video for individual views when not processing;
- en la vista con pantalla dividida no es necesario cambiar de vista para verte de diversos ángulos; y,  - in the view with split screen it is not necessary to change the view to see you from different angles; Y,
- grabación de todas las vistas independientemente.  - Recording of all views independently.
Ejemplo 3: Triple pantalla (Figura7) En el interior del área definida como probador se instalan tres cámaras de video de alta definición, una cámara frontal (67), una cámara lateral (68) y una cámara trasera (69) donde se conecta cada cámara de video a un repartidor HDMI (70) mediante cables HDMI. Cada repartidor (70), que separa la señal de entrada, se conecta por una de sus salidas directamente a cada una de las pantallas de televisión (71 ,72,73) y por su otra salida se conecta a una capturadora de video HDMI (74) con canales PCI. La capturadora (74) se conecta a un ordenador (75) en el que se gestionarán las imágenes recibidas de las cámaras de video y desde el que se procesarán y subirán a un servidor de red. Se ha previsto que la vista frontal sea mostrada por una pantalla grande (71) (60" - 80"), mientras que las otras vistas sean mostradas por pantallas de menor tamaño (entre 40 y 60 pulgadas), aunque esto es variable en función de las necesidades de la tienda. Nótese que todas las conexiones se realizan mediante cables HDMI para garantizar que la imagen de alta definición capturada por las cámaras llegue con la máxima claridad a las pantallas de televisión. En este ejemplo de realización: Example 3: Triple screen (Figure 7) Inside the area defined as a tester, three high-definition video cameras are installed, a front camera (67), a side camera (68) and a rear camera (69) where each Video camera to an HDMI dealer (70) using HDMI cables. Each distributor (70), which separates the input signal, is connected by one of its outputs directly to each of the television screens (71, 72,73) and by its other output it is connected to an HDMI video capture ( 74) with PCI channels. The capturer (74) is connected to a computer (75) in which the images received from the video cameras will be managed and from which they will be processed and uploaded to a network server. The front view is expected to be shown by a large screen (71) (60 "- 80"), while the other views will be shown by smaller screens (between 40 and 60 inches), although this is variable depending on of the needs of the store. Note that all connections are made using HDMI cables to ensure that the high-definition image captured by the cameras reaches television screens with maximum clarity. In this embodiment example:
- Se emplean 3 pantallas o monitores en el interior del probador para visualizar las imágenes captadas en tiempo real. Cada una de ellas reproduce las imágenes captadas por cada una de las cámaras. El usuario no tendrá la necesidad de cambiar de vista, ya que podrá ver de un vistazo cada una de las vistas mirando a un televisor u otro.  - 3 screens or monitors are used inside the tester to visualize the images captured in real time. Each of them reproduces the images captured by each of the cameras. The user will not need to change their view, since they can see at a glance each of the views looking at a television or another.
- La grabación del vídeo se realizará de todas las vistas simultáneamente, por lo que quedará almacenado el vídeo obtenido desde las tres cámaras, aportando todos los planos posibles. - Para la vista de cada cámara, se separa la visualización de la captura de vídeo, para no procesar e introducir retardo en el vídeo. - The recording of the video will be made of all the views simultaneously, so the video obtained from the three cameras will be stored, providing all possible planes. - For the view of each camera, the video capture display is separated, so as not to process and introduce delay in the video.
Este ejemplo de realización presenta las siguientes ventajas:  This embodiment shows the following advantages:
- posibilidad de ver simultáneamente todas las vistas sin necesidad de conmutar; - el almacenamiento podrá ser de cada una de las vistas por separado (cada cámara genera un archivo con su vídeo) o en conjunto (se procesan las imágenes para que en un vídeo se visualicen las 3 imágenes en paralelo);  - possibility to see all views simultaneously without switching; - the storage can be of each of the views separately (each camera generates a file with its video) or together (the images are processed so that in a video the 3 images are displayed in parallel);
- el retardo de vídeo desaparece prácticamente al utilizar el repartidor para llevar la señal HDMI a la pantalla;  - the video delay disappears practically when the distributor is used to bring the HDMI signal to the screen;
- visionado separado del procesado de vídeo (en caso de cualquier error en el ordenador, el vídeo de las pantallas lo seguiríamos recibiendo correctamente); y,  - separate viewing of the video processing (in case of any error in the computer, the video of the screens would continue to be received correctly); Y,
- desaparece el selector, se visualizan y capturaran todas las vistas.  - the selector disappears, all views are displayed and captured.
En los tres ejemplos de realización descritos, una vez adquiridas y procesadas tanto las imágenes como la información y datos, tanto del usuario como de las diferentes prendas de ropa que se han utilizado, se procederá a almacenar esta información en un servidor. Para ello se necesitará una conexión a internet, y un servidor en el que se disponga de una base de datos donde se albergará toda la información adquirida anteriormente, además de una zona de almacenaje para los diferentes vídeos. Por otro lado, para la visualización y presentación de esta información, se podrá realizar en la propia tienda mediante dispositivos de visionado (tabletas, ordenadores, monitores... ) o fuera de ella a través de las redes sociales y en un dispositivo del propio cliente (ordenador personal, Smartphone... ). En todas ellas se habrá de disponer de conexión a internet, así como una aplicación diseñada para poder adquirir la información y los vídeos almacenados anteriormente en el servidor. In the three examples of embodiment described, once both the images and the information and data, both of the user and of the different garments that have been used, have been acquired and processed, this information will be stored on a server. This will require an internet connection, and a server where a database is available where all the information previously acquired will be hosted, in addition to a storage area for the different videos. On the other hand, for the visualization and presentation of this information, it can be done in the store itself through viewing devices (tablets, computers, monitors ...) or outside it through social networks and on a device of the own customer (personal computer, Smartphone ...). All of them will have to have an internet connection, as well as an application designed to acquire the information and videos previously stored on the server.

Claims

REIVINDICACIONES
1. - Sistema de visualización espacial de usuarios en probadores, que define un área de visualización dentro de un punto de venta donde se sitúa el usuario con una prenda a visualizar, caracterizado porque comprende: 1. - Spatial display system of users in testers, which defines a display area within a point of sale where the user is placed with a garment to be displayed, characterized in that it comprises:
- al menos una cámara de video para la captura de imágenes del usuario, donde la al menos una cámara se dispone alrededor del área de visualización;  - at least one video camera for capturing images of the user, where the at least one camera is arranged around the viewing area;
- medios computacionales conectados a la al menos una cámara de video para el procesado de las imágenes capturadas; y,  - computational means connected to the at least one video camera for the processing of the captured images; Y,
- medios de visualización, conectados a la al menos una cámara de video y a los medios computacionales, de las imágenes capturadas;  - display media, connected to the at least one video camera and to the computer media, of the captured images;
donde los medios computacionales comprenden unos medios seleccionados entre medios de almacenamiento, medios de subida de las imágenes capturadas a un servidor remoto y combinación de ambos, para una posterior descarga y visualización por parte del usuario en dispositivos electrónicos. where the computational means comprise selected media among storage media, means for uploading the captured images to a remote server and combination of both, for later downloading and viewing by the user on electronic devices.
2. - Sistema de visualización espacial de usuarios en probadores, según la reivindicación 1 , donde las cámaras de video están dispuestas cubriendo un ángulo de 360 grados alrededor de un eje vertical del usuario. 2. - Spatial display system of users in testers, according to claim 1, wherein the video cameras are arranged covering a 360 degree angle around a vertical axis of the user.
3. - Sistema de visualización espacial de usuarios en probadores, según la reivindicación 1 , caracterizado porque los medios de visualización son al menos, una pantalla a través de la que se muestran las imágenes capturadas por las cámaras de video. 3. - Spatial display system of users in testers, according to claim 1, characterized in that the display means are at least one screen through which the images captured by the video cameras are shown.
4.- Sistema de visualización espacial de usuarios en probadores, según la reivindicación 3, caracterizado porque comprende medios de visualización simultánea de las imágenes provenientes de las cámaras de video en la pantalla. 4. Spatial display system of users in testers, according to claim 3, characterized in that it comprises means of simultaneous visualization of the images coming from the video cameras on the screen.
5. - Sistema de visualización espacial de usuarios en probadores, según la reivindicación 1 , caracterizado porque comprende medios de activación, por parte de un usuario previamente registrado, del almacenamiento de las imágenes capturadas en el servidor remoto. 5. - Spatial display system of users in testers, according to claim 1, characterized in that it comprises means for activating, by a previously registered user, the storage of the images captured on the remote server.
6. - Sistema de visualización espacial de usuarios en probadores, según la reivindicación 3 caracterizado porque comprende medios de conmutación manual de las imágenes capturadas de la cámara de video mostrada por la pantalla. 6. - Spatial display system for users in testers, according to claim 3, characterized in that it comprises means for manually switching the images captured from the video camera shown on the screen.
7. - Sistema de visualización espacial de usuarios en probadores, según la reivindicación 6, caracterizado porque comprende: 7. - Spatial display system of users in testers, according to claim 6, characterized in that it comprises:
- un único selector de señal conectado a la salida de todas las cámaras de video; - a single signal selector connected to the output of all video cameras;
- un repartidor de unas señales procedentes de las cámaras de video que se conecta a la pantalla para efectuar la conmutación manual de las imágenes capturadas provenientes de las cámaras de video; y, - a distributor of signals from video cameras that are connected to the screen to perform manual switching of captured images from video cameras; Y,
- un módulo capturador conectado al repartidor y los medios computacionales para la gestión y almacenamiento de las imágenes provenientes de las cámaras de video.  - a capture module connected to the distributor and the computational means for the management and storage of images from video cameras.
8. - Sistema de visualización espacial de usuarios en probadores, según la reivindicación 4, caracterizado porque comprende: 8. - Spatial display system of users in testers, according to claim 4, characterized in that it comprises:
- un repartidor de señal conectado a cada camera de video;  - a signal distributor connected to each video camera;
- un único selector de señal conectado a los repartidores de señal y a la pantalla para la visualización simultanea de las imágenes provenientes de todas las cámaras de video;  - a single signal selector connected to the signal distributors and the screen for simultaneous display of images from all video cameras;
- un módulo capturador de señal conectado a cada repartidor de señal y que se conectan a los medios computacionales para el procesado, almacenado y gestión de las imágenes provenientes de las cámaras de video.  - a signal capture module connected to each signal distributor and connected to the computing means for the processing, storage and management of images from video cameras.
9. - Sistema de visualización espacial de usuarios en probadores, según la reivindicación 1 , caracterizado porque los medios de visualización son una pluralidad de pantallas donde cada pantalla muestra la imagen proveniente de una única cámara de video. 9. - Spatial display system of users in testers, according to claim 1, characterized in that the display means are a plurality of screens where each screen shows the image from a single video camera.
10. - Sistema de visualización espacial de usuarios en probadores, según la reivindicación 9, caracterizado porque comprende: 10. - Spatial display system of users in testers, according to claim 9, characterized in that it comprises:
- un repartidor de señal por cada cámara de vídeo, conectado a cada camera de video y a cada pantalla; y,  - a signal distributor for each video camera, connected to each video camera and to each screen; Y,
- un módulo capturador de señal conectado a cada repartidor de señal y que se conectan a los medios computacionales para el procesado, almacenado y gestión de las imágenes provenientes de las cámaras de video.  - a signal capture module connected to each signal distributor and connected to the computing means for the processing, storage and management of images from video cameras.
1 1. - Sistema de visualización espacial de usuarios en probadores, según la reivindicación 1 , caracterizado porque comprende unos medios de identificación de la prenda conectados a los medios computacionales para la identificación de la prenda de forma simultánea a la grabación del usuario, almacenándose junto con la grabación efectuada un identificador de la prenda portada por el usuario e información de la prenda. 1 1. - Spatial display system of users in testers, according to claim 1, characterized in that it comprises means for identifying the garment connected to the computer means for the identification of the garment simultaneously with the user's recording, an identifier of the garment carried by the user and information of the garment being stored together with the recording made.
12.- Sistema de visualización espacial de usuarios en probadores, según la reivindicación 1 1 , caracterizado porque los medios de identificación de la prenda comprenden: 12. Spatial display system of users in testers, according to claim 1, characterized in that the garment identification means comprise:
- una etiqueta RFID acoplada a la prenda que almacena el identificador de la prenda;  - an RFID tag attached to the garment that stores the identifier of the garment;
- una antena RFID que crea un área de confinamiento que abarca al menos el área de visualización para la captura del identificador de la prenda; y,  - an RFID antenna that creates a confinement area that covers at least the display area for capturing the garment identifier; Y,
- un lector RFID conectado a la antena RFID configurado para comparar el identificador de la prenda capturado con una base de datos de identificadores de prendas previamente almacenada, identificar la prenda portada por el usuario y enviar la información a los medios computacionales.  - an RFID reader connected to the RFID antenna configured to compare the identifier of the captured garment with a database of previously stored garment identifiers, identify the garment worn by the user and send the information to the computing means.
13. - Sistema de visualización espacial de usuarios en probadores, según una cualquiera de las reivindicaciones anteriores, caracterizado porque comprende sensores de movimiento en el área de visualización que detectan la presencia del usuario para activar el resto de componentes del sistema de visualización espacial. 13. - Spatial display system of users in testers, according to any one of the preceding claims, characterized in that it comprises motion sensors in the display area that detect the presence of the user to activate the other components of the spatial display system.
14. - Procedimiento de visualización espacial de usuarios en probadores, que hace uso del sistema descrito en una cualquiera de las reivindicaciones 1 a 13, caracterizado porque comprende: 14. - Method of spatial visualization of users in testers, which makes use of the system described in any one of claims 1 to 13, characterized in that it comprises:
- capturar mediante las cámaras de video imágenes del usuario con las prendas, una vez el usuario está dentro del área de visualización;  - capture images of the user with the garments through video cameras, once the user is within the viewing area;
- procesar las imágenes capturadas en los medios computacionales; y,  - process the images captured in the computer media; Y,
- mostrar mediante la al menos una pantalla las imágenes capturadas;  - show the captured images via the at least one screen;
15. - Procedimiento de visualización espacial de usuarios en probadores, según la reivindicación 14, donde el procedimiento adicionalmente comprende: 15. - Method of spatial visualization of users in testers, according to claim 14, wherein the method further comprises:
- activar una opción de almacenamiento de las imágenes capturadas por parte de un usuario previamente registrado; - activate an option to store the captured images by a previously registered user;
- procesar dichas imágenes para convertirlas en vídeo; - almacenar, simultáneamente dichos videos en una memoria de los medios computacionales, para la visualización en diferido de las imágenes capturadas; y,- enviar los videos, mediante los medios computacionales, al servidor remoto para la descarga y visualización en diferido y remota de las grabaciones efectuadas. - process these images to convert them into video; - simultaneously store said videos in a memory of the computational media, for the delayed display of the captured images; and, - send the videos, by means of computational means, to the remote server for the downloading and remote and remote viewing of the recordings made.
16. - Procedimiento de visualización espacial de usuarios en probadores, según una cualquiera de las reivindicaciones 14 o 15, donde comprende: 16. - Method of spatial visualization of users in testers, according to any one of claims 14 or 15, wherein it comprises:
- capturar información de las prendas que el usuario lleva mediante los medios de identificación de las prendas,  - capture information on the garments that the user wears through the means of identification of the garments,
- asociar la información capturada con las grabaciones efectuadas, almacenarla en la memoria de los medios computacionales y enviarla al servidor remoto.  - Associate the information captured with the recordings made, store it in the memory of the computing media and send it to the remote server.
17. - Procedimiento de visualización espacial de usuarios en probadores, según una cualquiera de las reivindicaciones anteriores, donde comprende acceder el usuario a las grabaciones efectuadas a través del servidor remoto y reenviarlas a cuentas personales en plataformas sociales. 17. - Procedure of spatial visualization of users in testers, according to any one of the preceding claims, wherein the user comprises accessing the recordings made through the remote server and forwarding them to personal accounts on social platforms.
18. - Procedimiento de visualización espacial de usuarios en probadores, según una cualquiera de las reivindicaciones anteriores, donde, tras realizar la visualización remota y en diferido de las grabaciones efectuadas, comprende realizar una compra oniine de la prenda desde una plataforma oniine asociada al punto de venta. 18. - Procedure of spatial visualization of users in testers, according to any one of the preceding claims, where, after performing the remote and deferred visualization of the recordings made, it comprises making an online purchase of the garment from an online platform associated to the point selling.
PCT/ES2015/070635 2014-09-26 2015-08-26 System and method for the spatial viewing of users in fitting rooms WO2016046430A1 (en)

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Citations (3)

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Publication number Priority date Publication date Assignee Title
EP1312288A1 (en) * 2001-11-16 2003-05-21 Klaus Müller Device for displaying clothes worn by a person
US20080225123A1 (en) * 2007-03-13 2008-09-18 Robert Osann Electronic mirror
WO2009064259A1 (en) * 2007-11-14 2009-05-22 Joze Marodi Method and device for spatial and/or temporal shift of decision point in process of article selection, preferably clothing

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP1312288A1 (en) * 2001-11-16 2003-05-21 Klaus Müller Device for displaying clothes worn by a person
US20080225123A1 (en) * 2007-03-13 2008-09-18 Robert Osann Electronic mirror
WO2009064259A1 (en) * 2007-11-14 2009-05-22 Joze Marodi Method and device for spatial and/or temporal shift of decision point in process of article selection, preferably clothing

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