Scheduled and Verified Broadcast System and Method for Personalized Digital Messages on Public Electronic Display Devices

Abstract

The invention is a system and method for broadcasting user-generated personalized digital messages on a selected public electronic display device at a specified time and for technically verifying the broadcast status. The system operates together with the user interface (1), message creation module (2), selection module (3), timing module (4), content control module (5), payment verification module (6), broadcast ID module (7), broadcast queue (8), timing engine (9), display control unit (10), broadcast verification module (11), and broadcast proof and notification module (12). Each broadcast request, once content approval and payment verification are completed, is linked to user, message, device, location, and time information with a unique broadcast ID. The start, continuation, and completion of the broadcast are recorded by matching them with status data received from the display control unit (10) and presented to the user as verifiable broadcast proof.

Description

1 Specifications Personalized Digital Messages on Public Electronic Display Devices Scheduled and Verified Broadcast System and Method Technical Area The invention; network-connected electronic display systems, variable 5 used in public spaces. with electronic screens displaying content, digital content management and remote broadcast control technical fields It is related. The invention specifically enables a selection of user-generated personalized digital messages. electronic imaging device and its association with location, within a specified time interval depending on the publication, content and payment terms, the publication command will be created and 10 a distributed broadcasting system for verifying the actual broadcast status with technical records and It is the method. Previous Technique Today, in the remote transmission of content to public electronic display devices; Connecting user content to the target screen and appropriate time frame, technical display 15 monitoring according to the conditions, placement in the broadcast schedule and execution on the screen side This is known. However, content selection, time slot reservation, moderation, payment, Screen control and broadcast result verification are usually done through separate recordings or programs in most applications. Because it is carried out through disconnected process steps, a publication request Monitoring under the same technical identity from its creation to the completion of the actual broadcast 20 It is becoming more difficult. Document number US20130091024A1 and titled "Digital billboard advertising system and method" In the patent document, a user uploading media via the website, with the appropriate date and Choosing the time, purchasing a specific broadcast period, moderating the content, and selecting the media The document explains how to transfer the data to a digital board in a timely manner. Publication approval and user consent are provided within 25 days. Confirmation information has been sent, but after content approval and payment verification... The unique broadcast ID created is uniquely linked to user, message, device, location, and time data. This identity allows for connection and screen-based start, continuation, and completion statuses. It is not explicitly shown that this can be converted into verified publication evidence. 2 In patent document number US20140337137A1 and titled "Digital Billboard Advertising," digital billboard inventory, geographic location, suitable time slots, pricing, content campaign, Monitoring content restrictions, posting playback schedules and clipboard broadcast instructions. This structure is explained as essentially advertising inventory and campaign contracts. It is moving towards management; linking the personalized message to specific recipient information and each 5 start-continue-complete log chain fed by device statuses for broadcast request It does not provide verifiable proof of publication in the user account. Patent number US11544746B2 and titled "Automated self-serve smart billboard" The document describes how users can select a time zone and make purchases, upload content, and more via their device. Automatic or operator-approved operation based on user authorization, image processing system on the dashboard 10 and live video capture functions are explained. The system in question allows for direct content uploading and authorization. It focuses on a streamlined approval process; each approved and verified request is published individually. Being added to the broadcast queue with their identity, a multi-stage verification process with screen ID and time information. converting broadcast statuses into permanent evidence records and the same in offline screen status The integrated 15 defines the controlled postponement or rescheduling of demand. It does not explicitly teach in a conditional chain. Therefore, the technical problem that needs to be solved is: a personalized digital message delivered to a selected audience. The transfer to the public electronic display device is only permitted subject to the terms of content and payment. Initiating when provided, maintaining data consistency between distributed deployment components, and deployment The process between the request and the actual screen output is verifiable from start to finish, and 20 It involves implementing an integrated broadcasting infrastructure that creates a traceable technical record chain. Purpose and Advantages of the Invention The invention aims to deliver a user-generated personalized digital message to a specific recipient. information, electronic imaging device, location, broadcast date, start time, and broadcast duration. The aim is to ensure that they are managed jointly. 25 Content control and payment verification must be implemented as a condition before the publishing command. thanks to, those who do not meet technical or content rules or whose payment status is not verified This prevents data from being transferred to the broadcast queue. This avoids erroneous broadcast commands and distributed screens. Unnecessary use of resources is reduced. Each broadcast request is assigned a unique broadcast ID, and the message, user, screen, location, 30 By associating payment records with timing under this identity, the centralized system... 3 Data matching between the components and the remote display control unit is maintained. Conflicting Broadcast requests can be detected, appropriate time intervals can be monitored, and the broadcast queue can be deterministic. It can be carried out in this way. Viewing control of broadcast start, broadcast continuation and broadcast completion statuses. By obtaining it from the unit and matching it with the publication identity, not only the planning record but also the actual 5 The screen playback is also technically verified. The obtained broadcast proof is in the user account. Presenting and transmitting the information as a notification increases the remote traceability of the broadcast process. In local caching and online presence check applications, during temporary network outages... Protection of broadcast data and postponement or resumption of requests related to offline devices. Timing is ensured. This ensures broadcast continuity on the public electronic display network and 10 Fault tolerance is increased. Industrial Applicability The invention is suitable for digital outdoor advertising, transportation hubs, shopping malls, event areas, and sports. facilities, municipal information systems, corporate campuses and similar public electronic systems It can be implemented in display infrastructures. The system includes network-connected server software, user 15 devices, payment infrastructures, content moderation services, and electronic display control equipment It is suitable for industrial application because it can be produced and operated using these methods. Explanation of the Figures Figure 1 shows the general workflow of the personalized digital message broadcasting system and method described in the invention. 20 This is a schematic view illustrating the phenomenon. Explanation of References Ref. No. Description 1 User interface 2 Message creation modules 3 Selection modules 4 Ref. No. Description 4 Timing modules Content control module 5.1 Automatic approval decision module 5.2 Manual moderation module 5.3 Manual approval decision module 5.4 Content rejection module 5.5 Negative termination module 6 Payment verification modules 7 Broadcast ID module 8 Broadcast queue 9 Timing motors Display control unit 11 Release verification module 12. Proof of publication and notification module 13 steps to a positive termination Detailed Description of the Invention The general workflow of the invention is shown in Figure 1. The invention is implemented by the user using a mobile device or... Login to the system is done via a network-based user interface (1) accessed through a computer or A user account is created. The user interface (1) contains the user credentials and the publication request. It ensures that data is securely transferred to the central processing environment. The message creation module (2) is run via the user interface (1). Message creation module (2) personalized digital content consisting of text, images, photographs, videos or a combination thereof. A message is created or pre-prepared content is selected. Message creation module (2) The message data is processed using a salutation, a name, and another target entered by the user. It can be associated with a descriptive, special day, celebration, event, or historical information. In an application message creation module (2), template-based according to selected recipient, event type or message quality. or generates AI-powered message suggestions. Using the selection module (3) for the generated message data, the broadcast location and at this location The public electronic display device located is selected. The selection module (3) selects the city, facility, area or It allows selection via device ID and broadcasts the ID of the selected device. 5 It adds to the request. Thus, the message data is technically matched with a physical broadcast point. The broadcast date, start time and broadcast duration are determined via the timing module (4). Timing module (4) controls the selected electronic display device at the desired time interval. It compares its suitability with the records in the broadcast queue (8). Same device and time interval When conflicting requests are detected, approval of the conflicting time selection is blocked and user 10 It is possible to select another suitable time interval via the interface (1). Message data is checked by the content control module (5) according to technical and content rules. Technical audit includes file type, data size, aspect ratio, resolution, color, and animated content. Attributes affecting the processability in electronic imaging devices, such as processing time, are checked. Content moderation takes into account social norms, current legislation, and specified prohibited content. Compliance with the criteria is examined. These checks ensure that inconsistent data is sent to the display control unit. (10) It protects network and screen processing resources by preventing transmission. Automatic approval decision evaluating the result of the content control module (5) module (5.1) sends the message data to the payment verification module (6) if the rules are met. It directs. Automatic moderation is insufficient or a defined content criterion is not met. 20 If it cannot be verified, the message data is transferred to the manual moderation module (5.2). Manual The result of the review carried out in the moderation module (5.2) is a manual approval decision. It is evaluated in module (5.3). The approved message data is sent to the payment verification module (6) is redirected; inappropriate message data is rejected by the content rejection module (5.4), rejection The information is transferred to the user interface (1) and the process is terminated via the negative termination module (5.5) 25 It is terminated. Payment information regarding the publication request for which content approval has been received is provided by the payment verification module (6) Payment is received and verified via electronic payment infrastructure. Payment verification in an application. module (6) receives the payment result via virtual point of sale connection and publishes the invoice record. It associates it with the request. Unless the payment status is confirmed positively, the broadcast ID module (7) 30 It is not activated and no broadcast command is generated to the display control unit (10). 6 Once content approval and payment verification are complete, the publication ID module (7) will send each publication request. Creates a unique broadcast ID for each item. The broadcast ID can be linked to the user account, message data, recipient, or... target identifier, electronic imaging device ID, location, release date, start date It is associated with time, broadcast duration, and payment verification record. A broadcast ID in an application. In alphanumeric code format, a machine-readable QR code 5 in another application. It is created in this format. Thanks to the broadcast ID, the same message can be sent to different devices or at different times. The broadcasts in those intervals are distinct from each other. The verified request created in the broadcast ID module (7) is transferred to the broadcast queue (8). The queue (8) lists each record with its broadcast ID, broadcast time and electronic display device ID. It keeps records together. Records are sorted by start time and device ID; 10 for the same source. This prevents conflicts from occurring. The user is informed of the status of the broadcast request via the broadcast ID. Monitoring access can be provided. The timing engine (9) uses the timing data of the records in the broadcast queue (8) with the system clock. Compares and selects the recording that is due for broadcast. Broadcast data is displayed to the control unit (10) Before sending, the broadcast ID and start time are rematched. This rematch takes 15 minutes. If matching is not possible, the transmission will be stopped; if matching is successful, the message data will be sent to the device. The identity and broadcast time are transferred to the viewing control unit (10). The display control unit (10) sends the received message data to the connected electronic display device. It works according to technical display specifications and displays on the screen within the specified date and time range. It transmits. The electronic display device is preferably implemented as an LED screen. Display 20 control unit (10), according to device resolution, aspect ratio and supported content format It performs scaling or format adaptation operations. This process applies to the same publication data using different techniques. It ensures that the screen runs smoothly on displays with specific features. In an application, the display control unit (10) temporarily stores the broadcast data in its local cache. It stores and plays back the start time taken from the timing engine (9). Display control 25 The online or offline status of unit (10) is reported to the central processing environment. Offline When the situation is detected, the relevant record is put on hold in the broadcast queue (8) or the timing module (4) is rescheduled via. When the connection is re-established, the broadcast ID and schedule The information is verified and the transfer is carried out in a controlled manner. Broadcast verification module (11), broadcast start received from display control unit (10), 30 It processes broadcast continuation and broadcast completion statuses. Each status record includes broadcast ID, The electronic imaging device is matched with the identity and time information. Thus, only the central system is used. 7 The system does not generate a broadcast command, but rather transmits message data to the target electronic display. It is also confirmed by technical records that it was run and completed on the device. During the broadcast... Interruptions or incomplete broadcasts are also recorded under the same broadcast ID. Verified status data is transferred to the proof of publication and notification module (12). Proof of publication and notification module (12), broadcast ID, screen ID, broadcast time, start, continue and 5 It generates a proof-of-release record consisting of completion statuses and stores it in the user account. makes it viewable. Depending on user preference, a reminder notification is provided before publication. A status update will be sent at the start of the broadcast, and a final update will be sent after the broadcast is complete. The successfully completed transaction is closed with the positive termination step (13). In the preferred application format; the message data generated in the user interface (1) is selected 10 Using module (3) and timing module (4), it is connected to the target screen and time interval, It is passed through the content control module (5) and by the payment verification module (6) After verification, the broadcast ID module (7) is used to make the record unique. The unique record is then placed in the broadcast queue. (8) and through the timing motor (9) it is transmitted to the display control unit (10). Status data returned from the display control unit (10) broadcast verification module (11) 15 It is matched by and presented to the user by the proof of publication and notification module (12). This creates a seamless technical trail between the creation of the broadcast request and the actual screen execution. is created. In an alternative application, the user interface (1) is a mobile application, in another application, the network It is implemented as a web page that runs through a browser. Modules are software, hardware or 20 These can be implemented in combination in a centralized or distributed computing environment. (Visualization) The control unit (10) is integrated with the electronic display device or connected to the device via the network. It can be implemented as a separate, connected control device. The functionalities referenced in these alternatives Relationships and the verification chain based on broadcast identity are preserved.

Claims

8 Requests 1. Personalized digital messages on public electronic display devices A system that retrieves message data from a user account and enables scheduled publication. User interface (1), creating a message that generates or selects the mentioned message data. module (2) is a selection 5 that selects an electronic display device and broadcast location. module (3) is a timing module that determines the release date, start time and release duration. (4), a content control that checks the mentioned message data according to technical and content rules. module (5), a payment verification module (6) which verifies the payment status, a release ID module (7), a broadcast queue (8), a timing engine (9), broadcast data mentioned an imaging control unit (10) that transmits to an electronic imaging device, a broadcast 10 It is a system that includes a verification module (11) and a proof of publication and notification module (12), The feature is that the mentioned content control module (5) has approved and the mentioned payment verification For each publication request that the module (6) verifies the payment status, the aforementioned publication ID Assigning a unique broadcast ID by module (7), with the aforementioned broadcast ID User, message data, electronic display device ID, location, publication date, start date 15 time, broadcast duration and payment verification record in the aforementioned broadcast queue (8) The association of the aforementioned timing engine (9) with the planned broadcast data mentioned transfer to the display control unit (10) of the aforementioned broadcast verification module (11) The start of broadcast, continuation of broadcast and received from the mentioned viewing control unit (10) 20. Recording broadcast completion statuses by matching them with the aforementioned broadcast ID. and the paired record of the aforementioned proof of publication and notification module (12) in the user account It is to present it as viewable proof of publication.

2. The system is according to Request 1 and its feature is; the message creation module mentioned (2), message data such as a salutation, name, or other target identifier entered by the user. It is the association with information. 25 3. The system is according to Request 1 or 2, and its feature is the aforementioned message generation module (2), This involves associating message data with information about a special day, celebration, event, or date.

4. The system is according to claim 1 and its feature is; the mentioned timing module (4), the mentioned selection The electronic imaging device selected with module (3) in the specified time interval It is to check its suitability. 30 9 5. The system is in accordance with claim 4, and its feature is that the mentioned timing module (4) is the same electronic Conflicting broadcast requests for display devices and time slots are placed in the aforementioned broadcast queue. (8) is the perception by comparing with the records.

6. The system is in accordance with claim 1 and its feature is that the mentioned content control module (5) is automatic. an automated approval decision module (5.1) that evaluates the audit result, 5 of the automated audit A manual moderation module (5.2) that receives message data if it is insufficient or negative. a manual approval decision module (5.3) that evaluates the result of the manual review, appropriate a content rejection module (5.4) that rejects the missing message data and a closing of the rejected request It includes a negative termination module (5.5).

7. The system is in accordance with Claim 1 and its feature is; the aforementioned payment verification module (6), payment 10 The broadcast ID module (7) mentioned before the verification is completed to create and send the broadcast command to the mentioned display control unit (10) It is an obstacle.

8. The system is in accordance with claim 1 and its feature is that the mentioned broadcast ID module (7) has a unique broadcast ID. It must create its identity in the form of an alphanumeric code or a machine-readable QR code and 15 The aforementioned broadcast identity includes user, message data, electronic display device, location, and date. It is associated with the time interval and payment verification record.

9. According to claim 1, the system has the following feature; the records of the mentioned broadcast queue (8), broadcast ID, They are sorted according to broadcast time and electronic display device identity.

10. The system is according to claim 1 and its feature is; the mentioned display control unit (10), publication 20 data from the electronic display device's resolution, aspect ratio, and supported content. It processes the image according to its format and displays it on the screen.

11. The system is according to claim 1 and its feature is; the mentioned display control unit (10), broadcast the status information regarding the start, continuation, and completion of the broadcast mentioned. It is to transfer it to the verification module (11). 25 12. The system is in accordance with claim 11 and its feature is that the aforementioned broadcast verification module (11), each status information including broadcast ID, broadcast time, and electronic display device ID. It is the process of creating a broadcast recording by matching the data.

13. The system is in accordance with claim 12 and its feature is the aforementioned proof of publication and notification module (12), Broadcast ID, electronic display device ID, broadcast time, and start, continuation, and providing proof of release including completion status in the user account and to the user It is the transmission of electronic notification.

14. The system is in accordance with Request 1 and its feature is that the mentioned message creation module (2) allows the user to 5 It generates a message suggestion based on the target audience, event type, or message quality it identifies.

15. The system is in accordance with claim 1 and its feature is that the mentioned timing engine (9) broadcasts the data. Before sending to the mentioned display control unit (10), schedule with broadcast ID It is to confirm the information.

16. The system is according to claim 1, and its feature is; the mentioned display control unit (10), broadcast 10 It includes a local cache that temporarily stores the data and the aforementioned publication data as specified. It is the transmission of the image to an electronic display device at the time of broadcast.

17. The system is in accordance with claim 1 or 16, and its feature is the aforementioned display control unit (10) Notification of online or offline status and, in case of offline status, the relevant broadcast request. being put on hold in the mentioned broadcast queue (8) or the mentioned scheduling module (4) 15 It is a rescheduling by [the relevant authority].

18. Timed display of a personalized digital message on a public electronic display device. receiving the digital message through the message creation module (2) which enables its publication, Determination of electronic imaging device and location via selection module (3), 20 Determining the broadcast date, start time and broadcast duration through the timing module (4), Message data monitoring via content control module (5) and payment verification module (6) is a method which includes steps to verify the payment status, and its feature is; The broadcast request, once content and payment confirmation is completed, is uniquely assigned by the broadcast ID module (7). Assigning a broadcast ID, the aforementioned broadcast request with broadcast ID and scheduling information 25 being added to the broadcast queue (8), the broadcast data selected by the timing engine (9) The message is transmitted to the display control unit (10) at the specified time electronically. Broadcasting on the display device, broadcast start by broadcast verification module (11), Matching the broadcast continuation and broadcast completion statuses with the aforementioned broadcast identity and The creation of a broadcast record matched by the broadcast proof and notification module (12). 30 11 19. The method according to claim 18, and its feature is the aforementioned proof of publication and notification module (12) by pre-broadcast reminder notification, broadcast start notification or broadcast The completion notification is sent to the user as an electronic notification.

20. The method according to claim 18, and its feature is; from the mentioned display control unit (10) The status information received is transmitted by the aforementioned broadcast verification module (11) to the broadcast ID, broadcast 5 matching the time and electronic imaging device identity and broadcasting the matching result. This is recorded as evidence.

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