13 results about "Digital business" patented technology

The invention discloses a trusted authentication call method, device and equipment based on a cloud mobile phone, a storage medium and a program product, and the method comprises the steps: determining a digital business card, which passes trusted authentication in advance, of a calling user through a first behavior operation of the calling user on a dial plate of the cloud mobile phone; initiating a call request carrying the digital business card to a called user through a cloud mobile phone of a first terminal logged in by a calling user; according to the method and the system, the digital business card of the calling user is sent in the calling process of the cloud mobile phone, an APP does not need to be additionally installed to take over the dial plate of the terminal, the compatibility problem of dial plate taking and management can be solved, and the call quality and the user experience are improved.

An expert system for innovation discovery in the field of artificial intelligence (AI) applies decision tree algorithms structured around a rules-based reasoning methodology. The system trains on innovation datasets comprising both data and non-data types, including target variables representing key attributes of innovations and proximal variables that approximate them. Through a machine learning architecture, decision nodes are configured to evaluate these variables and generate predictive models. The architecture enables continual learning via reinforcement mechanisms and communication ports that facilitate data flow from external tools, cloud storage, and software. Differentiated nodes are assigned weights, roles, and activation logic to refine decision-making and improve model accuracy. The expert system integrates human-defined heuristic rules with AI capabilities to support early-stage ideation, concept development, and innovation pattern recognition. This system can operate as an autonomous AI agent, a core reasoning engine, or as part of a digital business model in platform ecosystems to enhance innovation discovery, reduce hallucinations, and support transparent, verifiable AI outcomes.

The application discloses an interactive digital business card management system and method, and belongs to the technical field of digital business card management, and the method specifically comprises the following steps: in a business workflow, a digital business card data object for binding the identity of a target user is generated based on the process identification of a task node, the digital business card data object is bound to the display interface of the task node, and a trigger rule for responding to user interactive operation is configured; when it is monitored that the target user interactive operation meets the trigger rule, a corresponding interactive component is presented in the display interface, a communication operation between the target user is executed in response to an operation instruction of the communication operation button, and the communication operation is associated with the task node and is stored; the application realizes the deep integration of business card display and business process, improves the information retrieval efficiency, can effectively reduce the risk of unauthorized communication, and is suitable for application scenarios with high concurrency and high permission isolation requirements.

This application discloses a business service method and related equipment. When a business service provider initiates a palmprint business binding program, the method determines the service link information of the target business service to be bound based on the palmprint business binding program; collects the target palmprint information of the business service provider; and establishes and stores a mapping relationship between the target palmprint information and the service link information of the target business service. When the client corresponding to the target object recognizes the target palmprint information of the business service provider, the method provides the target business service to the target object based on the mapping relationship. This application can reduce material costs and avoid resource waste; it helps improve the efficiency and effectiveness of merchants' digital business service operations. Furthermore, it enriches the forms of obtaining business services and helps increase user attention to related services.

The application discloses a kind of enterprise digital business card trust verification method and system based on block, and the application relates to blockchain technology, the information of system is decomposed into multiple trusted features, the data source of enterprise information, integrity, business participation, activity degree and multidimensional information extraction, and relevant information is submitted to block by enterprise manager, the trust value of enterprise is automatically calculated by smart contract and stored in block, each authentication node synchronizes blockchain information to distributed digital identity authentication system, obtains all digital certificates and its effective state, prevents digital identity data from being tampered with, digital identity information is traceable, improves the value of distributed digital identity and data, zero knowledge carries out quick authentication to digital business card.The application solves the problem of identity trust of each enterprise as a business unit by using blockchain technology.

1. The name of the design product: graphical user interface for personal data saving and management of electronic equipment. 2. The use of the design product: the design product is used in the operation and display of the interface of electronic equipment. 3. The design points of the design product: the graphical user interface. 4. The picture or photo that best indicates the design points: front view. 5. The use of the graphical user interface: information display and human-computer interaction for users to save and manage personal data. 6. The human-computer interaction mode of the graphical user interface: the front view displays the data saved by the user, the "go to save" button is clicked, multiple data are saved, the interface change state diagram 1 is displayed, the "save more" button is clicked, the interface change state diagram 2 is jumped to, the first item "data name" is clicked, the interface change state diagram 3 is jumped to, the "xx system" is clicked, the interface change state diagram 4 is jumped to, when there is a result, the interface change state diagram 5 is jumped to, the "save to digital business card" is clicked, the interface change state diagram 6 is jumped to, the "click to view large image" is clicked, and the interface change state diagram 7 is jumped to.

The invention discloses a method and device for modifying a digital person business card, electronic equipment and a medium, and relates to the technical field of computer vision. The specific implementation mode comprises the following steps: receiving a digital person business card modification instruction sent by a user; determining a business card metadata area corresponding to the modification instruction, wherein the business card metadata area at least comprises a video area and a text area; and modifying the digital person business card according to the priority of each area in the business card metadata area. According to the scheme provided by the invention, the business card is divided into the plurality of business card metadata areas, so that only the local areas needing to be modified can be adjusted, and unnecessary GPU resource waste is avoided. By modifying the digital person business card according to the priority of the business card metadata area, the response speed can be improved when a part of business card metadata areas which do not need GPU resources and are low in GPU resources are modified, and the user experience is improved.

The present disclosure provides a blockchain-based digital business card generation method, device and electronic equipment, and relates to the technical field of blockchain application. The blockchain-based digital business card generation method comprises: in response to an application for a digital business card by a target user, performing personal real-name authentication on the target user, and if the authentication is passed, issuing a personal digital identity certificate of the target user and recording it in a blockchain; in response to an authentication request of the target user, issuing an enterprise digital identity certificate of the target user and an industry digital identity certificate corresponding to the enterprise digital identity certificate, and recording them in the blockchain; and in response to a personalization setting instruction of the target user, generating a digital business card for the target user based on the data recorded in the blockchain. Through the technical scheme provided by the present disclosure, the problem of insufficient credibility of the digital business card and the problem of not supporting personalized customization in the related art are solved, the credibility of the digital business card is improved, and personalized customization of the digital business card is realized.

The invention is suitable for the technical field of digital business data processing in the power industry, and provides a digital business data processing method and system in the power industry. Multi-source power business feedback data related to the target power switch equipment; and dividing the actual operation cycle into a plurality of time periods, and determining an abnormal arc sound comprehensive index in each time period based on the multi-source power business feedback data. Compared with an existing method for correcting the operation and maintenance risk index by directly feeding back the quantity through the arc sound abnormity, the method has the advantages that a specific mode caused by contact abrasion and self-welding and self-repairing is recognized and utilized for the first time, and the actual average abnormal arc sound comprehensive index of the equipment in the stable maintenance stage is quantitatively compared with a reference value under the normal operation condition; an arc sound deviation factor is calculated to replace the original correction factor.

Digital Business Management Computing Device

This invention discloses a fist-bump interactive business card exchange method and system based on AR smart glasses, specifically relating to the field of augmented reality interaction technology. Users pre-store digital business cards. When both users clench their fists and their fists touch, the two devices exchange motion sensor data features. The compatibility matching degree of the motion waveforms of both parties is calculated; if it exceeds a threshold, it is determined to be a valid fist bump and pairing is triggered. After pairing, a secure communication link is established and digital business cards are exchanged. The other party's facial image is captured and feature vectors are extracted, then associated with and stored with the received business card information. This record is matched during subsequent meetings. This invention effectively defends against gesture hijacking attacks through motion compatibility verification, ensuring interactive security in open environments. It creatively integrates fist-bump interaction, information exchange, and facial binding into a trusted closed loop, ensuring accurate identity memory and preventing corruption. It supports context-based hierarchical privacy control, achieving refined protection of user data sovereignty while maintaining natural and smooth interaction.

This invention discloses a data field quantitative evaluation model construction and application method based on implicit behavioral features, relating to the field of digital business data processing technology. This method is applicable to scenarios where, during business data entry, subsequent fields are blocked, and the user returns to modify the completed target field. By locking the inverse anaphoric relationship between subsequent fields and the target field, it extracts the input changes before and after the target field is modified, the blocking status of subsequent fields, and the status changes after modification. It identifies the convergence and reproducibility of similar modification processes across multiple entry sessions and constructs a rule-based blocking behavior data field centered on the target field, generating a rule-based blocking suspicion assessment result for the target field. This method can reduce misjudgments caused by relying solely on the currently blocked field or the field's own statistics, improving the stability and reproducibility of hidden anomaly source assessment.