10 results about "Purchasing process" patented technology

It is economically difficult to build an IT system tailored to the specific needs of a loss-making project site. [Solution] The server 50 has a basic application provision unit 51 that provides basic applications for use in the IT system, and a custom unit 52 that receives orders for application development to customize the basic applications. The custom unit 52 has a ticket management unit 53 that processes ticket issuance and other operations, and a ticket display unit 54 that displays tickets. The ticket management unit 53 issues tickets to users when the user completes the purchase process. Vendors sell a certain number of tickets to users in advance, and users pay vendors with tickets according to the site. Extra tickets can be purchased at profitable sites and the surplus tickets can be used at unprofitable sites, so an IT system can be built at any site.

This invention relates to the field of e-commerce operation platform system technology, and discloses a multi-party collaborative clothing customization operation platform system applied in a virtual reality environment. This system addresses the problem of technical information interference with the business experience and subsequent process interruptions during real-time multi-party collaboration. It includes: a customer journey state machine for determining the customer's business state in the e-commerce purchase process; a role and permission management module for identifying roles such as customers, designers, and manufacturers within the virtual reality space; and a business interaction abstraction engine. This engine intercepts technical constraint interaction events issued by the manufacturer regarding the virtual product representation and performs asymmetric information routing based on the customer's business state: when the customer is in a creative conception state, constraint information is temporarily stored and filtered; when the customer enters a business lock-in state, the constraint information is processed and translated into pure business information presented to the customer.

This application discloses a method, apparatus, storage medium, device, and program product for processing purchase operations. The method includes: adding the target product to a focus area in response to a first interactive operation on a product display interface; configuring automatic purchase trigger conditions for the target product in response to a second interactive operation on the target product in the focus area; acquiring real-time status information of the target product; and automatically executing a purchase operation for the target product when the real-time status information meets the automatic purchase trigger conditions. This application greatly simplifies the user's purchase process by adding the target product to the focus area and configuring automatic purchase trigger conditions, and automatically executing the purchase operation when the product's real-time status meets the conditions. Users no longer need to constantly monitor the product status, effectively avoiding missed purchase opportunities due to delayed responses, and significantly improving transaction efficiency and convenience.

We provide the system. [Solution] Means for automatically collecting data from information sources, A means of analyzing collected data and generating a summary, A means to customize summaries based on the user's past purchase history and preferences, A means of providing users with summaries and suggesting products, A system that includes means for automating the purchase process through an external database based on user selection.

This invention discloses a method and system for penetrating supervision of procurement processes based on a document engine. The method includes: first, obtaining contextual representation data of target procurement documents selected from the procurement entities to be supervised from the document engine. This data includes the entity identifier, relevant procurement document features, and the target document's own features. Then, in an edge inference node, a procurement document inference model is invoked to infer the correlation between the supervised entity and the target document based on the contextual data, obtaining a correlation confidence level. This model is trained and optimized in the cloud and then migrated and deployed to the edge node to achieve latency significantly lower than cloud inference. Finally, based on the correlation confidence level, a penetrating supervision instruction is executed on the target procurement document. This invention effectively reduces the response latency of intelligent supervision and improves the ability to perform real-time, accurate, and penetrating analysis of complex procurement processes.

This invention provides a big data-based automated health insurance pricing system, comprising: a big data platform, which is connected to a data acquisition interface via an API; a data analysis and modeling module connected to the big data platform; a rules engine connected to the big data platform; and a user interface on the big data platform for customers or agents to input information, view quotes, and complete the purchase process. The data analysis and modeling module includes actuarial models and a machine learning algorithm library for risk assessment and pricing. The rules engine stores and executes the business rules, compliance requirements, and underwriting policies for insurance products. This invention enables personalized pricing: it can achieve more reasonable rate pricing based on individual health conditions, rather than relying on traditional large-group average data; and it improves efficiency: the automated process significantly shortens underwriting and pricing time, enhancing the customer experience.

In the present invention, a CRM marketing management system is disclosed. The above CRM marketing management system includes a processing server that transmits a web document toward a member's terminal to render an interface screen in which a plurality of segmented section areas are expressed in a matrix form according to row elements and column elements, wherein each funnel stage from the initial stage to the final purchase stage regarding the product purchase process is represented as a row element and different promotion or campaign types unfolding in each funnel stage are represented as column elements; wherein for each segmented section area, the processing server exclusively displays one of three different states: a state where the development of a promotion or campaign is impossible as a column element to which the corresponding segmented section area belongs under the funnel stage as a row element to which the corresponding segmented section area belongs; a content unloading state where the promotion or campaign cannot be developed as a column element to which the corresponding segmented section area belongs due to the absence of content stored in association with the corresponding segmented section area; and a content loading state where the promotion or campaign can be developed as a column element to which the corresponding segmented section area belongs due to content stored in association with the corresponding segmented section area. The processing server uses customers belonging to each funnel stage as a row element as a population, and belongs to the population Displays the number of customers assigned to different partitioned section areas partitioned according to the column elements, based on the results of a classification task to assign customers to different promotion or campaign types as column elements.

A performance internet marketing self-optimizing, anthropomorphic, artificial intelligence-based system and method to quote, compare and purchase products from a provider, including personal lines insurance, commercial lines insurance, property insurance and casualty insurance. The system and method collects information from an online advertising platform during the process and returns the collected information to the online advertising platform for improvement of the online advertising platform.

This application discloses a method and related apparatus for implementing a multi-product shopping cart in an online travel platform, relating to the field of e-commerce technology for online travel services. This application categorizes multiple products displayed on the shopping cart interface according to BU type and aggregation dimension; determines the target BU set and target product set to which each product in the shopping cart order belongs; obtains the discount structure based on user identity and the shopping cart order; calculates the total discount amount based on the discount structure and preset usage rules; splits the total discount amount into hidden coupon codes suitable for each target product set; initiates a business sub-order creation request to the corresponding BU interface for each target product set; and finally updates the overall order creation status of the shopping cart order and the sub-order creation status of each target product set. This achieves a unified purchase process after adding all desired products to the shopping cart, simplifying the order placement process and reducing operational steps.