122 results about "Digital signage" patented technology

A digital signage stand can include a main body having a display area outwardly oriented and a display device positioned on the stand main body. A processor can be connected to a display component and positioned within the display area. The processor can receive, without user input, an instruction to change content displayed at the display component. The processor can also change the content displayed at the display component based on the instruction. The digital signage stand can also include a power supply component, electrically connected to the display component and the processor.

Method and digital signage server for optimizing placement of digital signage content based on audience segments of a plurality of digital signage players. A plurality of segments for the players are stored at the server. Characteristics for a plurality of contents are received at the server. A matching algorithm is executed by the server, comparing the characteristics of the plurality of contents with items of the segments for the plurality of players, to identify for each content a target segment matching the characteristics of the content. One of the contents is selected and a plurality of candidate players is determined among the plurality of players, each candidate player having the target segment of the selected content. The server further identifies one or more target players from the plurality of candidate players for displaying the selected content, based on metric thresholds of respective corresponding metrics defined for the candidate players.

Method and computing device using machine learning for performing content approval. The computing device determines metadata related to at least one image and executes a machine learning algorithm. The machine learning algorithm uses a model for determining a content approval indicator based on inputs. The content approval indicator indicates whether a content of the at least one image is approved. The inputs comprise the metadata. For instance, the content is a digital signage content. In an exemplary implementation, the metadata comprise textual metadata and the model is a Natural Language Processing model (e.g. a Large Language Model). The determination of the metadata comprises a processing of the at least one image with another machine learning algorithm. Optionally, a content category of the image(s) is also determined by the machine learning algorithm, using another model and at least some of the metadata.

This paper discloses a method for text recognition in digital signage images based on a Transformer network model. Based on the Transformer network model and scene text recognition (STR) technology, this method uses relative position encoding to obtain the position encoding of the digital signage image and connects the feature representations of different subspaces to the encoder, thereby accurately identifying text in the digital signage image. This method uses relative position encoding to encode image feature maps in both horizontal and vertical dimensions, accurately capturing the position information between two-dimensional image blocks, better modeling the text information in the image, and more accurately identifying text in digital signage images.

An AR signage display device interlocked with a vehicle, according to the present invention, may detect that a forward looking situation has occurred, on the basis of driving environment information of the vehicle and sensing data of the vehicle, and accordingly, carry out, for safe driving, display limitations on at least part of an AR digital signage included in a front image. Accordingly, on the basis of the driving environment information, such as traffic congestion zones or reduced visibility of the vehicle, the driver's front view is not blocked, and a region related to the driving environment information is not covered.

The present invention relates to method and system to smart programmatic advertisement scheduling on digital screens of a digital signage network. The system is configured to obtain attributes associated with each of the digital screens. The system is configured to receive the scheduling data associated with the one or more advertisements. The system is configured to generate a performance report associated with the advertisements. The system is configured to generate advertisement contextual schedule data associated with the advertisements for digital screens of the digital signage network based on the advertisement product taxonomy, the performance report, the attributes, and the scheduling data. The system is configured to provide the advertisements to the plurality of digital screens of the digital signage network based on the contextual advertisement schedule data.

A display module structure (10) and a digital signage. The display module structure (10) comprises: a back plate (1), wherein the back plate (1) comprises a plate main body (11) and a mounting portion (12) connected to the plate main body (11), the mounting portion (12) comprising a bent plate body (123), a first plate body (121) and a second plate body (122), which enclose to form a mounting cavity (124) having an opening (1241) on a side face, with the first plate body (121) being configured to carry a display panel (20); a backlight assembly (2), which is disposed on the end face of the second plate body (122) facing the first plate body (121), wherein the backlight assembly (2) comprises an optical film (21), and the part of the optical film (21) located inside the mounting cavity (124) is provided with a mounting hole (211); and a limiting member (3), which passes through the first plate body (121) or the second plate body (122) to extend into the mounting cavity (124) and is inserted into the mounting hole (211), wherein there is a margin gap between an outer wall surface of the part of the limiting member (3) located in the mounting hole (211) and an inner wall surface of the mounting hole (211). When the optical film (21) thermally expands and expands in all directions, by means of the margin gap and under the action of a first insertion portion (32), the optical film (21) is restricted to expand within the space of the margin gap, thereby reducing the risk of film arching.

To provide a signage management system and a signage management method that can make display details of a signage unit more flexible and complicated than before, and also can easily operate the signage unit even in a situation in which it is difficult to make a wired connection.SOLUTION: A signage management system 1 comprises a display part 20 for visual display, a signage unit 2 including a signage control program 27 and a processor 26, a regular content server 5, an interruption server 6, a relay device 3, and an operation device 7. When the processor executes the signage control program 27, the signage unit 2 regularly displays a regular content at the display part 20, and temporarily displays an interruption content instead of the regular content displayed at the display part 20.SELECTED DRAWING: Figure 1

Digital signage promotes the provision of useful information to passersby. [Solution] First, customer data is registered in a database 104 (S201). Then, the device 100 receives input from a viewer of a display 111 displaying a character (S202). Next, the device 100 searches for and acquires one or more pieces of knowledge data related to the input (S203 and S204), and may acquire metadata for each piece of knowledge data at this time. The device 100 then requests the generative AI model to generate utterance content for the character (S205), acquires a response to the request from the platform 120 (S206), and identifies metadata associated with the knowledge data identified by an identifier included in the response (S207). The device 100 then transmits the utterance content and the identified metadata to a control device 110 (S208).

In an aspect, a cloud-based server can establish a communications channel with a merchant device over a computer network. The cloud-based server can receive product information characterizing a product from the merchant device via the communications channel. The product information can include at least one measurement characterizing the product acquired in real-time by at least one sensor communicatively coupled to the merchant device. The cloud-based server can calculate a remaining life of the product based on the product information received from the merchant device. The cloud-based server can calculate a real-time price of the product based on a plurality of factors including the calculated remaining life of the product. The cloud-based server can transmit a promotion to purchase the product at a discount to a first client device in response to determining that the remaining life of the product is less than a predefined threshold, the discount calculated based upon the real-time price of the product.

1. Name of the design product: Cyber X1. 2. Use of the design product: Personal computer, business display, digital signage, industrial control, Internet of Things edge gateway, etc. 3. Design points of the design product: Combination of shape and pattern. 4. Picture or photo best indicating the design points: Perspective view 1.

1. The name of the design product: display (50Q8). 2. The use of the design product: digital signage, advertising machine, TV, conference machine, tablet, whiteboard, smart speaker, projector and other functions. Applied to hotel rooms, shopping mall advertisements, conference halls, hospital guidance, educational institutions, restaurants, government inquiries, city landmark advertisements, etc. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1.

An object of a system according to an embodiment is to perform matching with clothes that a user has in consideration of a preference of the user.SOLUTION: A system includes a preference analysis unit, a matching unit, and a proposal unit. The preference analyzer includes a generation AI. The matching unit performs matching with clothes that the user has on the basis of the preference of the user analyzed by the preference analysis unit. The proposal unit displays the proposal of the clothes matched by the matching unit on the digital signage.SELECTED DRAWING: Figure 1

Provided is an interactive digital signage system comprising a pedestal comprising a base and a mast and an interactive touchscreen digital display rotationally attached to the mast. A controller for said interactive touchscreen digital display is provided wherein the controller comprises a series 6000A+ computer. At least one battery provides power to the interactive digital signage system. Input / output ports interface the controller to external devices.

The article of the present design is a robot equipped with an image display unit indicated by lead line 1 in the reference perspective view, and capable of self-propelled movement using a drive unit on the bottom. For example, it can be used as a digital signage or entertainment device. As shown in the figures with the display surface raised, the image display unit can be tilted up. A cover indicated by lead line 2 conceals the internal structure when the image display unit is raised.

Disclosed is image generating block (100, 200) for use in digital signage. Image generating block comprises array of liquid crystal display (LCD) cells (102) covered by glass (104) on first side (102A); backlight module (106, 306) having array of LED PCBs (310) illuminating second side (102B) of array of LCD cells; and optical layer (108) arranged between second side of array of LCD cells and backlight module, configured to adjust incident angle and wavelength of illumination. Optical layer comprises reflector foil (110) configured to provide passage for illumination to pass through optical layer towards array of LCD cells; diffuser layer (112) configured to disperse illumination within optical layer; polarization layer (118, 218) configured to manipulate illumination into predefined orientation; and amplification foil (120) configured to reflect first part of illumination back to reflector foil, and guide second part of illumination towards second side of array of LCD cells.

The invention belongs to the technical field of workshop digital billboard typesetting, and particularly relates to a method for realizing column real-time sliding conversion typesetting in an SMT (Surface Mount Technology) digital billboard Huaendao mode, which combines the characteristics of SMT production management, designs calculation modes of different proportions according to screens with different resolutions, and realizes the real-time sliding conversion typesetting of columns. The problems of abnormal and disordered styles and display of each column are avoided, and position conversion errors are avoided; through the calculation method of the overlapping critical value, the situation that the columns are not overlapped or staggered or cannot be placed is ensured while the flexible change of the operation positions between the columns is ensured, so that the SMT digital billboard is more intelligent, efficient and customizable, the operation habits and production requirements of different users are met and adapted, and the production efficiency of the SMT digital billboard is improved. And information visual management is realized. A production workshop can freely adjust the content of the billboard according to different teams or process requirements, codes do not need to be modified, the user experience is improved, and the operation difficulty is reduced.

1. Name of the design product: Advertising machine (Digital poster model C). 2. Use of the design product: For playing media information. 3. Design key points of the design product: Lies in the shape. 4. Picture or photo that best shows the design key points: Perspective view 1. 5. The right view is symmetrical to the left view, so the right view is omitted.

The utility model relates to the technical field of digital signage, and discloses an adjustable digital signage player, which comprises a player body, two sides of the player body are fixedly connected with discs, the surface of each disc is provided with a plurality of special-shaped holes, the middle of each disc is rotatably connected with a rotating plate through a rotating shaft, and the rotating plate is provided with a plurality of special-shaped holes. An assembling plate is fixedly connected to the end, away from the special-shaped hole, of the rotating plate, a round shell is fixedly connected to the top of the assembling plate, an inserting rod is slidably connected to the inner wall of the round shell, and a spring is fixedly connected to one end of the inserting rod. According to the adjustable digital signage player, through the simple rotatable design of the player body and the rotating plate, the position angle of the player body can be freely rotated and adjusted according to use requirements after the rotating plate is fixedly installed, and the situation that the player body is too close to a wall body, so that blocking is caused, and connection between a circuit and the player body is affected is avoided; therefore, the player body can be suitable for different installation environments and space limitations.

We provide a GIS-based elevator control system that utilizes digital signage terminals for elevators. [Solution] A passenger terminal that outputs a pre-generated passenger QR code when boarding the elevator; a digital signage terminal for elevators that recognizes abnormal conditions of the elevator in real time via camera footage, generates and transmits an abnormal condition notification for the elevator in real time, analyzes the vibration, sound, and acceleration of each component of the elevator, generates and transmits a failure / replacement notification for each component of the elevator in real time, outputs elevator safety accident content and advertising content, and conducts video calls between the passenger and the control center operator; a control center terminal that conducts video calls between the passenger inside the elevator and the control center operator; and a system that pre-stores the elevator ID and GIS-linked elevator information for the elevator in question.

The article according to the present design is a robot equipped with an image display unit shown by the lead line 1 in the reference perspective view, and capable of self-propelling by a drive unit on the bottom. For example, it can be used as a digital signage or entertainment device. As shown in each figure with the display surface raised, the image display unit can be raised or lowered.

Digital signage unit, such as for digital out of home advertising, with monitoring features are provided. The digital signage unit includes an electronic display, a shock sensor, and a controller which receives data from the shock sensor and determines, from time to time, an operating status of the digital signage unit based, at least in part, the data from the shock sensor.

The application discloses a showcase digital signage control and interaction method based on edge computing and relates to the technical field of intelligent display control. The method is characterized in that the numerical integration of local heat factors is carried out in a fixed period to extract a more stable and continuous heat change trend, thereby being capable of reflecting real people flow gathering behavior and improving the timeliness and accuracy of the scheduling strategy. The automatic detection of spatial disturbance is realized by introducing the change rate calculation between two-dimensional grids. The system can dynamically determine which grid has a significant change trend and which is only a local disturbance, thereby ensuring the continuity and interpretability of the overall trend chart and effectively avoiding misidentification and misresponse. After detecting that the heat data change amplitude exceeds a preset threshold, the system automatically triggers a smoothing processing mechanism to perform fusion calculation on the current heat and its neighborhood data. This processing method does not need to rely on manual intervention, but can significantly improve the smoothness and continuity of the heat atlas.

1. The name of this design product: AI Computer (Overclock X7 Micro). 2. Application of this design product: for personal computers, commercial displays, digital signage, industrial control, IoT edge gateways, machine vision, artificial intelligence, etc. 3. The key design point of this design product lies in the combination of shape and pattern. 4. The picture or photo that best illustrates the design points: Stereoscopic drawing 1.

A system and method are disclosed for augmented planogram planning. Embodiments include a server comprising a processor and memory and an instruction builder. Embodiments further include a mobile device comprising a processor and a memory and configured to display instructions on the mobile device comprising rendered instruction blocks and at least one of the instruction blocks comprises a planogram instruction block. Embodiments additionally include a digital display comprising a processor and memory and the digital display is configured to display graphics comprising the rendered instruction blocks.

The present invention relates to a micro-LED module, a display device including same, and a manufacturing process for the display device. The micro-LED module according to an embodiment includes: a substrate; a semiconductor light-emitting device electrically connected to the substrate; and a first coating layer disposed on the semiconductor light-emitting device and the substrate, wherein at least a portion of a side surface of the first coating layer may be formed as an inclined surface with respect to the substrate. According to an embodiment, since a curved display device can be implemented using planar micro-LED modules, the curved display can be implemented stably and economically, and digital signage can be applied to various wall surfaces.

Method and computing device for performing dynamic digital signage campaign optimization. Screen data associated to screens controlled by the computing device and requirements of active campaigns are stored at the computing device. The screen data comprise characteristics of the screens and screen activity data defining the activity the screens for the active campaigns. The computing device receives requirements of a candidate campaign and generates a mathematical model based on the requirements of the candidate campaign, the requirements of the active campaigns, and at least some of the screen data. The mathematical model is transmitted to a mathematical solver and a mathematical solution generated by the mathematical solver is received. The computing devices generates configuration data for the candidate campaign based on the mathematical solution. The configuration data define a configuration for displaying a content of the candidate campaign on selected screens among the screens controlled by the computing device.

Systems and methods for remotely monitoring digital signage. Display assemblies include components for operation, including an electronic display, and sensor(s) for monitoring local conditions. Server(s) receive data from the sensors and components of the display assemblies by way of local controllers and network connection devices of the display assemblies. The data is stored such that data points thereof are identifiable to the display assembly and sensor or component of origination. Data requests are received requesting specific information. For each request, a subset of the data points is retrieved in accordance with the data request and at least one data output display is generated based on the subset of said data points.

The invention discloses a multifunctional intelligent screen management method and system based on Android, and belongs to the technical field of intelligent terminals.According to the method, screen management is achieved through a screen management module, an AI interaction module, a peripheral control module and a data communication module, and the screen management module is responsible for dynamic layout switching, power management and network state monitoring; the AI interaction module integrates voice wake-up, face detection and two-dimensional code scanning functions; the peripheral control module supports USB camera access and authority management; the data communication module realizes remote content updating and equipment state reporting through NETTY / HTTP; wherein the dynamic layout loading adopts a loading method of preloading, double buffering and self-adaptive scaling. The system can realize the functions of screen content management, AI interaction, two-dimensional code recognition, face detection, equipment control and the like, and is suitable for scenes such as large-screen display equipment, advertisement players, digital signage and the like.

An AR signage display device linked with a vehicle and an operation method thereof are disclosed. An AR signage display device linked with a vehicle according to the present invention may determine whether a condition to limit display of AR digital signage has occurred, on the basis of traveling information of a vehicle and map information, which are received while the vehicle is traveling, and if the condition has occurred, correct signage data matching a position where the condition to limit display has occurred and perform AR rendering. Accordingly, when a vehicle turns, frequently changes traveling, or enters a particular zone such as a roundabout, the device may not display partial AR digital signage or limit display thereof so that a driver can focus on driving on the basis of such traveling information.