30 results about "Order status" patented technology

The application discloses a group order processing system and method, and belongs to the technical field of computers.The system comprises a first terminal, which is configured to send an order placing request to a server through a group order placing portal in response to an order placing operation; the server is configured to send an order placing notification to a second terminal; and the second terminal is configured to update order status information corresponding to a group identifier in an order status interface based on the order placing notification, and instruct a printer to print labels of goods of multiple orders belonging to the group in order from small to large according to the order picking identifiers in response to a label printing operation on a label of any group in the order status interface; wherein the picking identifiers of the multiple orders belonging to the group are assigned to the multiple orders according to the order information of the multiple orders belonging to the group, and the size of the picking identifiers is positively correlated with the number of goods categories.The system improves the efficiency of goods checking, packing and distribution.

This invention discloses a method for rapid order retrieval and verification at hotel self-service kiosks, specifically relating to the field of hotel self-service terminal technology. It addresses the problems of inaccurate order retrieval, mismatched identity verification and order matching, and difficulty in accurately releasing orders when order statuses are out of sync, presenting challenges in existing hotel self-service kiosks under abnormal order scenarios. By constructing a continuous processing mechanism encompassing retrieval anchor group generation, initial candidate order recall, candidate order clustering and narrowing, conflict fingerprint extraction, multi-path verification, and service release control, the method achieves effective narrowing, accurate identification, hierarchical verification, and controlled release of target orders even in complex scenarios involving multiple order channels, incomplete correspondence between booking and arrival parties, delayed order status updates, and missing or inconsistent contact information. This improves the retrieval accuracy and release reliability of hotel self-service kiosks in abnormal order scenarios.

This invention discloses a method and device for detecting and reassigning violations in multi-tenant chauffeur services, relating to the field of intelligent transportation and shared mobility service technology. The method includes: real-time collection and storage of driver endpoint location data; synchronization of channel order and multi-tenant capacity data, calculating grid supply-demand heat value and channel capacity balance value; responding to order status changes, extracting location data reported by the driver's end bound to the current order within a preset time period before and after the order status change; quantifying multiple risk factors, dynamically adjusting factor weights based on supply-demand heat value and channel capacity balance value, calculating a weighted risk score and determining the risk level; obtaining the real-time capacity status of the grid, and deciding on the final reassignment action based on the risk level. This invention, through a hierarchical reassignment mechanism that integrates multi-dimensional factors, dynamic weights, and capacity linkage, accurately identifies violations such as drivers quickly canceling or picking and choosing orders, improving completion rates and capacity efficiency, and reducing misjudgments and complaints.

The application relates to the technical field of vehicle scheduling, and discloses a logistics vehicle intelligent scheduling method, device, equipment and storage medium. The method comprises the following steps: if a logistics order is input into a logistics vehicle license plate and is loaded into a shipping order, a transportation event is generated; the state of the transportation event, the logistics order and the type of the shipping order are acquired; the state of the shipping order and the logistics vehicle scheduling is adjusted according to the state of the logistics order, the transportation event and the type of the shipping order; the logistics vehicle is managed according to the state of the logistics vehicle scheduling, and the logistics vehicle is settled according to the mileage. The logistics order is loaded into a shipping order, the state of the shipping order and the logistics vehicle scheduling is adjusted in real time according to the transportation event and the state of the order, the logistics vehicle is managed according to the state of the logistics vehicle scheduling, and the transportation vehicle is settled according to the mileage. The method can effectively improve the logistics vehicle management efficiency and service quality and reduce the operation cost.

This application provides a method, apparatus, equipment, and medium for instant delivery of goods, belonging to the field of logistics management technology. The method includes: in response to receiving a new target order, determining the priority of the target order based on the target pickup time window and the target user's pickup method preference; determining an order diversion determination result based on the target order priority, historical order data, in-store queuing numbers, delivery capacity load, vending machine inventory, and regional time-period attribute data; the order diversion determination result includes delivery pickup or in-store pickup; if the order diversion determination result is delivery pickup, generating order push data based on the target order data, delivery location, and regional capacity distribution data, and pushing the order push data to the delivery end; in response to receiving feedback data from the delivery end, obtaining order status update data based on the feedback data. This application enables efficient delivery of goods.

A method of ranking recommendations includes receiving, by one or more processing circuits, a recommendation including an indication of an equipment fault, retrieving, by the one or more processing circuits, context data associated with the equipment fault, the context data including at least three of a first priority associated with the equipment fault, a work order status for a work order associated with the equipment fault, a monetary value associated with the equipment fault, a health parameter associated with the equipment fault, or a second priority associated with at least one of (i) a piece of equipment, (ii) a space, or (iii) an individual associated with the equipment fault, calculating, by the one or more processing circuits, a score for the recommendation based on the context data, and modifying, a work order queue or maintenance schedule based on the score.

Embodiments of the present application provide an interface display method and device, relate to the terminal field, can remind the user (such as, delivery man) parking position, can help the user to quickly, accurately find own traffic tool (for example, electric vehicle), improves user experience. The method is applied to electronic equipment, comprising: at the first time, the first interface of the first application is displayed, wherein the first interface includes first state information (for example, order state information), in the first time period after the first time, the average speed of the electronic equipment is the first speed, and the step value detected by the electronic equipment is the first value;In the second time period after the first time, the step value detected by the electronic equipment is the second value, the second value is greater than the first value, and the end time of the first time period is the start time of the second time period;After the second time period, the prompt information of the parking position can be displayed.

This invention discloses an integrated application resource implementation scheme based on architecture diagrams, belonging to the field of computer technology. The system includes an architecture diagram design module, a resource association module, a work order generation module, and multiple collaboration modules. The architecture diagram design module provides a graphical interface for drawing architecture diagrams containing application nodes and connections; the resource association module associates resource information with application nodes; the work order generation module generates resource request work orders based on newly added application nodes and communication access control work orders based on the communication requirements corresponding to the connections; the multiple collaboration modules share the architecture diagram, resource information, resource request work orders, and communication access control work orders with multiple collaboration groups, and receive update feedback on work order status from multiple collaboration groups to dynamically adjust resource configuration. This invention achieves integrated management of architecture, applications, and resources, reduces cross-group collaboration costs, and improves resource configuration efficiency and system management efficiency.

This invention relates to the field of data processing technology and discloses a method and system for order management in customized rice cake production. The method includes: generating a corresponding production task set based on the resource and process parameter dependencies of the order; encapsulating the process sequence and production resources in the task set into the root node of the order; extracting its unassigned processes; enumerating available resources to construct a resource state tree; traversing the path from the root node to the leaf node in the tree; accumulating the time cost of each node to obtain the total cost; selecting the path with the minimum total time cost as the optimal path node sequence; updating the order status accordingly; and finally outputting the order's driving management data. This process optimizes production scheduling through dynamic matching of resources and processes; this invention can improve the management accuracy and production execution efficiency of customized rice cake production orders.

This invention belongs to the field of industrial big data analysis technology, and provides a real-time early warning system and method for a manufacturing order status monitoring big data platform. This method dynamically generates a list of characteristic requirements and proactively discovers new risk patterns, guiding the adaptive fusion of multi-source data to generate a preliminary feature map. Based on this map, features are calculated in real time and the order delivery probability is predicted, generating vectors with contribution labels. The system uses dynamic thresholds to trigger early warnings and forms a problem hypothesis package by matching historical patterns through a feature semantic network. Furthermore, candidate root causes are located in the production knowledge graph, time-series data is extracted and verified through Granger causality tests, and finally, the feature evolution path of the risk is constructed and output. This invention achieves full-process automation from intelligent perception, prediction, root cause tracing to closed-loop optimization, significantly improving the accuracy, interpretability, and self-evolutionary capability of early warnings.

This invention relates to the field of order settlement technology, and in particular to a method and system for processing parking fee arrears order-linked supplementary payment settlement. The invention proposes the following scheme: when a vehicle enters any linked parking lot entrance and is identified, the system retrieves the outstanding arrears order based on the vehicle identifier and generates a supplementary payment interaction entry to trigger payment; after successful payment, a supplementary payment transaction record is generated, and the order ownership identifier is parsed to determine the original parking lot with the arrears, and settlement routing is executed to deposit funds into the original parking lot's account. To address anomalies such as out-of-order callbacks, duplicate notifications, and missing receipts, an order status chain and a fund clearing chain are constructed separately. A dual verification relationship between the order summary and the receipt summary is established based on a consistency arbitration key, and consistency determination is completed through time window constraints. When the determination fails, the split type is identified, and self-healing processes such as freezing, retrying, rerouting, and rollback / supplementary generation are triggered to restore the consistency of the two chains before updating the clearing status and enabling linked release.

An order detection and self-recovery system, method, device and medium relate to the technical field of computers. The system comprises: a cooperative detection module for acquiring order data and corresponding fund data and capturing order state change events across systems; a rule engine module for loading preset order business rules and generating a syntax tree, logically matching the order data, fund data and order state change events, and outputting an abnormal judgment result or a normal confirmation result; a self-recovery module for triggering at least one of timed self-recovery, event listening self-recovery or real-time self-recovery according to the abnormal judgment result, performing corresponding repair operations, feeding back repair results after repair, and sending a warning or a work order to the corresponding platform when repair fails. By adopting the present application, the problems of relying on manual configuration monitoring and abnormal processing lag are solved, the cost of manual intervention is reduced, the stability and operation and maintenance efficiency are improved, different scenarios are adapted through multiple self-recovery modes, and the timeliness of repair and resource consumption balance are considered.

This invention discloses a method and system for intelligent interactive collaborative analysis of end-to-end order management and distribution. The method includes the following steps: S1: unified collection and standardized processing of multi-source order data; S2: unified state modeling of orders throughout their entire lifecycle; S3: real-time perception and collaborative updating of order status across distribution entities. This invention constructs a unified dynamic state modeling mechanism for the entire order lifecycle, enabling continuous state characterization of orders at different stages such as creation, distribution, inventory, fulfillment, and after-sales service, and unifying data across multiple systems and distribution entities. Simultaneously, through real-time perception and collaborative analysis of order status changes, combined with intelligent interactive feedback and dynamic strategy adjustments, a closed-loop optimization is formed. This transforms order management and distribution collaboration from a passive response and experience-based decision-making model to a data-driven, real-time adaptive optimization model, thereby significantly improving the visualization management capabilities, collaborative efficiency, and intelligence level of the entire order lifecycle.

This application proposes a method for networking home appliances, a controller, home appliances, and a storage medium. Specifically, it applies to home appliances equipped with cellular modules. The method includes: establishing a communication connection between the home appliance and a cloud server via the cellular module when the home appliance is powered on; sending device information of the home appliance to the cloud server via the cellular module, so that after the cloud server determines that the order status of the home appliance is "delivery completed," it binds the home appliance and a user terminal based on the device information and pre-binding information. This application, in the case of a cellular module, sends device information of the home appliance to the cloud server via the cellular module and binds the home appliance and the user terminal based on the device information and pre-binding information, thereby quickly guiding the user to connect the device to the network and reducing operational difficulty.

This invention discloses a fully automated management method and system for procurement settlement based on transactions and table-value parameters, relating to the field of industrial digital management. This invention achieves batch contract settlement, batch unit price modification, batch invoicing and reversal through table-value parameters. It employs database transactions to ensure synchronous updates of the main purchase order table, detail table, settlement table, final unit price table, and warehouse physical inventory table. Any failed operation automatically rolls back, avoiding data inconsistency. The system automatically arranges settlement order numbers, implements closed-loop order status flow, binds contract and raw material roll hashes for traceability, differentiates and tracks final unit price entry and modification, automatically rolls back invoicing and reversal status, and batch refreshes global receiving information. It also records the operator, operation time, and operation address throughout the process. This invention is applicable to integrated management of procurement, settlement, unit price, and invoicing in industrial enterprises such as metallurgy and new materials, solving the technical pain points of low efficiency, data chaos, difficulty in traceability, and susceptibility to errors in traditional manual operations. It features high stability, strong traceability, closed-loop business, and suitability for large-scale industrial applications. The technical solution described in this invention has been officially implemented in actual industrial production environments, operating stably and reliably.

This invention provides a subsidy review method, system, and related equipment. The system includes a terminal, a server, an RPA client, and an AI server; the server is communicatively connected to the terminal, RPA client, and AI server, respectively, and the RPA client is communicatively connected to the AI ​​server. The terminal performs a preliminary check on the information to be reviewed, encrypts and encapsulates it into a work order, and sends it to the server; the server then sends the work order to the RPA client for review and updates the work order status based on the review results; the RPA client calls the AI ​​server to identify, verify, and write the information into the review record table to generate the review results. This invention deeply integrates RPA and AI models to achieve automated review, accurately identify document information, and complete complex logical judgments, balancing efficiency and accuracy. It ensures traceability through a classification mechanism that automatically corrects minor errors and returns major issues, and it integrates with existing platforms in a non-intrusive manner, enabling low-risk and rapid deployment.

This application relates to a method, system, and medium for querying order communication data based on order status changes. The method includes: monitoring the status of a target order, where the target order status includes an order creation status used to trigger data preloading; when an order creation status is detected, acquiring historical communication data associated with the target order and storing the historical communication data in a preloaded cache area; in response to receiving a compliant query request for the target order, merging the historical communication data with real-time acquired incremental data to obtain the target order communication data; and performing a compliant query on the target order communication data to obtain the query results. This addresses the problem of how to improve the performance of order communication data querying in related technologies.

This invention discloses a method for generating vouchers by linking inventory, financial, and tax data for e-commerce SaaS, belonging to the field of integrated e-commerce financial and tax processing technology. The method first constructs an inventory tax identity tagging system, generating a unique tag for each batch of incoming inventory containing a unique batch identifier, purchase invoice association information, and tax identity status. A business event listener monitors order status change events on the e-commerce SaaS platform in real time, locking down the corresponding inventory batch and establishing a relationship based on the order's product details. Then, it automatically generates corresponding tax vouchers based on different reasons for outbound shipments. Simultaneously, it includes business fingerprint storage, business-financial-tax consistency verification, tax processing for returned goods resale, and an adaptive mechanism for multi-platform settlement rules. This invention enables real-time linkage and full-chain closed-loop traceability of business, financial, and tax data, improving the efficiency, accuracy, and compliance of financial and tax processing in e-commerce scenarios.

This application discloses a microservice-based automated logistics order scheduling method to address the problems of ineffective system resource occupation and low order throughput caused by synchronous blocking processing. The method includes: receiving logistics order requests, validating the logistics order requests, and storing the valid logistics orders as pending orders in a database; responding to a scheduling task, scanning the database to retrieve pending orders that meet the preset order status conditions; sending the pending orders to a first message queue; retrieving the pending orders from the first message queue, calling the corresponding logistics provider system interface based on the information of the pending orders to process the orders, and obtaining the processing results; updating the status information of the corresponding pending orders in the database; generating an order status update message, and sending the order status update message to a second message queue for downstream services to perform subsequent processing based on the order status update message.

This application discloses an order delivery method and system based on segmented transportation. The method includes sequentially determining the last-mile logistics provider, the platform-designated warehouse, and the first-mile logistics provider for each segmented order, and subsequently applying for logistics orders from both the last-mile and first-mile logistics providers. After a logistics order is successfully placed, first-mile transportation is initiated based on the first-mile waybill returned by the first-mile logistics provider. The system also polls the platform-designated warehouse's receipt status and the last-mile waybill's reception status. When the last-mile waybill is received and the receipt status is "signed," the package undergoes a waybill replacement process, and the order status of the segmented order on the e-commerce platform is updated. This waybill replacement process involves replacing the first-mile waybill with the last-mile waybill. Finally, the package undergoes last-mile transportation. This method and system can reduce package transportation time, achieve on-time delivery, and improve the order fulfillment success rate.

Disclosed herein are techniques associated with an embedded subscriber identification module (eSIM) service. A first request message, including a plan identifier for a service plan, is received from a client device. A target service provider module corresponding to the service provider system is identified based on the plan identifier. The module is a dedicated data structure stored in an intermediary system. An order creation request signal is provided to complete an order for the plan. After receiving a subscription creation confirmation, an order completion status is received. An indication of the completed order is posted to a subscription change topic to cause an event handler to provide an updated order status signal.

The application discloses an AGV running state detection method and device based on real-time monitoring, and a medium, relates to the technical field of intelligent warehouse logistics, and comprises the following steps: based on a current order and a current point in a task performance evidence element, generating a task performance chain formed by a task receiving effective node, a road occupation effective node, an execution anchor point reaching node, a business realization node and a result writing back node in sequence according to a target point of the current order in an RCS, a point type, a link line relationship directly connected with the target point, action parameters and an order state according to a task execution sequence; sequentially checking the task performance evidence element according to the task performance chain, identifying a first chain breaking node, obtaining an AGV current running state through the first chain breaking node and a result writing back node state; determining whether the AGV continues to receive a task according to the first chain breaking node, and performing recovery processing on the current order, and outputting a running state detection result. The running information is clear in organization, and the performance object is unique.

The application discloses a kind of multi-platform intelligent SKU mapping and information synchronization method based on lightweight block chain, belong to cross-border e-commerce technical field.Method includes: multi-source redundancy check, carry out credible screening to event;Dynamic drift perception's flexible mapping slot, adaptive processing commodity attribute drift, realize the intelligent mapping of platform SKU to supply chain SKU;Order state vector alignment network, heterogeneous state is unified as atomic attribute vector;Causal temporal conflict detection and reordering, solve event out-of-order problem based on causal dependency graph;Adaptive exception handling strategy pool, dynamically select optimal self-healing strategy;Difference hash chain and verifiable state snapshot, realize efficient, verifiable order state storage.The application cooperates through six modules, adapts SKU attribute drift, solves causal out-of-order conflict, realizes intelligent exception handling, and provides efficient verifiable storage and multi-source credible check, significantly improves the automation level, robustness and data credibility of multi-platform order processing.

Embodiments of the present disclosure disclose a method and device for processing events in vehicle operation, equipment and storage medium, wherein the method comprises: in response to obtaining an abnormal event reported by an event vehicle, generating at least one work order for processing the abnormal event based on an abnormal code of the abnormal event and a work order configuration table, the abnormal code being used to identify the event type of the abnormal event; sending each work order in the at least one work order to a corresponding processing platform; updating the work order status of each work order based on the response message returned by the processing platform corresponding to each work order; and in response to the work order status of the at least one work order all indicating that the corresponding work order has been completed, performing a processing completion operation of the abnormal event. The present disclosure can automatically generate a work order according to the abnormal event reported by the vehicle, and implement the processing of the event by the corresponding processing platform, thereby realizing the timely processing of the event in the full unmanned driving mode.

The application discloses an e-commerce front-end order real-time synchronization back-end financial and tax compliance processing system, relates to the technical field of e-commerce transaction digitization and financial and tax compliance, and comprises an order collection module, a financial voucher engine generation module, a tax billing interface processing module, an order state closed loop write-back module and a full-link data verification module. Through the construction of an event-driven architecture, the application realizes the real-time synchronization linkage of e-commerce orders and financial and tax processing, automatically generates vouchers, avoids tax loopholes, improves timeliness and compliance, constructs a full-link data verification system, verifies data consistency in multiple dimensions, immediately blocks exceptions and gives early warnings, guarantees data accuracy, realizes order financial and tax full-life-cycle traceability management, reduces costs, improves efficiency and supports enterprise financial and tax digital management.

The application discloses a kind of digital marketing data collection method, system and readable storage medium, belong to digital marketing data collection field, the application includes the following steps: S1, the order data corresponding to marketing order is obtained and written into database;S2, according to the state flow mapping rule of preestablished control order state flow, only when order is in the case of processing state, third-party interface is called to carry out state query, and order state is updated based on the query result;S3, in response to data query instruction, based on the mapping relationship between the user role in the tenant identification and user role information corresponding to the current request obtained and access authority, the access operation of database is verified with authority, to isolate the data access authority of different roles;S4, in response to data export instruction, read order data in database, and order data is converted into spreadsheet file and output, solve the problem of low reliability in prior art digital marketing data collection.

This invention relates to the field of online service platform technology, specifically to an online credit repair service platform and data processing method. The method includes: receiving login requests and enterprise search requests; generating credit repair orders and establishing order master data; writing customer data into the platform's public data pool, self-transmitted public data pool, or private data pool according to the customer's source; and performing data rollback according to the original source if no follow-up record is generated within a preset follow-up period; and performing order dispatch, approval, legal processing, data verification, and financial settlement according to the order status, thereby achieving unified data management and cross-departmental collaborative processing throughout the entire credit repair business process.

This invention relates to the field of digital technology in e-commerce and auditing services, and provides a method and system for auditing services transactions on e-commerce platforms, including the following steps: receiving payment instructions sent by the buyer's terminal, verifying the payment result and generating a transaction record, transferring the corresponding order amount to the platform's escrow account after verification, and updating the order status to pending fulfillment; controlling the order status based on the seller's fulfillment information, the buyer's confirmation information, and dispute instructions; and executing seller settlement when receiving a buyer's confirmation completion instruction and there are no dispute instructions for the order, transferring the corresponding funds in the platform's escrow account to the seller's account. By placing product review, professional screening, order snapshots, and escrow settlement in a unified process, the controllability and structure of the auditing service transaction process are achieved.