73 results about "Order processing" 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.

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.

The system allows for flexible configuration of the decision-making criteria required for order processing, and outputs accurate order information based on the configured criteria. [Solution] A program for operating a computer comprising a processor and memory, the program causing the processor to perform the following steps: receiving setting operations for a plurality of judgment items necessary for a first AI model to execute order processing via a user interface; having the first AI model learn the received plurality of judgment items and tuning the first AI model to output order information relating to the order content based on the judgment results for each of the plurality of judgment items; receiving order information relating to the order content and extracting character information relating to predetermined characters from the order information; and inputting the extracted character information into the first AI model and causing the first AI model to output order information.

The application discloses an order task splitting and reorganization processing method and device and a storage medium. The method comprises the following steps: constructing an order processing flow model according to order information of to-be-processed orders; dividing the order processing flow into a plurality of first sub-tasks which can be independently executed, and calculating a first priority, a first dependency matrix and a resource consumption vector for the first sub-tasks; acquiring resource state information, and executing a preconfigured merging and splitting algorithm according to the resource state information and the resource consumption vector of the first sub-tasks to generate second sub-tasks which are adapted to a performance node; updating the first priority and the first dependency matrix to obtain third sub-tasks containing a second priority and a second dependency matrix; executing a preconfigured reorganization algorithm to generate at least one task processing sequence; calculating a path score of each execution path in the task processing sequence, and determining a target execution path according to the path score.

The application provides a project knowledge base-based work order service tracking method, platform and medium, relates to the technical field of data processing, and the method comprises the following steps: constructing a project knowledge base in a project operation process; reading work order information, performing semantic analysis processing, and mapping the analysis result to the project knowledge base to generate a knowledge mapping result; extracting a historical processing path and a standard implementation path associated with the work order and meeting a preset condition, and constructing a service processing baseline track corresponding to the work order; in the work order execution process, real-time collection of work order processing behavior information is performed, continuous mapping to the project knowledge base is performed, and a real-time knowledge evolution track is generated; and work order service tracking analysis is performed, and a service tracking result is established. The application solves the technical problem that work order management in the prior art mostly depends on manual input and processing, lacks an automatic knowledge mining and application mechanism, and work order processing efficiency is low, error rate is high, and project progress and quality are affected.

This invention relates to the field of work order processing technology, providing a work order dispatch method, apparatus, electronic device, and storage medium. The work order dispatch method includes: acquiring user input data; extracting event information from the user input data; generating event description text based on the event information; determining the event classification result of the event description text; determining the processing node path based on the event classification result; determining processing basis data based on the event description text, event classification result, and processing node path; generating structured work order data based on the event description text, event classification result, processing node path, and processing basis data; and dispatching the structured work order data. This invention, by extracting event information to generate event description text, can accurately and completely reconstruct the details of the event scene, correlate multiple data sets, and further determine the processing basis data as the basis for dispatch and handling, greatly improving the intelligence and accuracy of work order dispatch.

A system and method provide real-time voice-based order processing in an order terminal. A schema is generated that defines all possible orders, all possible options for each of the possible orders, and an output format for defining a user order. Audio signals are received representing an order spoken by a user. The received audio signals are transcribed via an artificial intelligence transcription model trained to recognize speech in real time to generate a transcribed text stream. The transcribed text stream and the generated schema are provided to a large language model (LLM) for processing the transcribed text stream to identify order information based on the generated schema. The LLM provides the identified order information in an output arranged according to the output format in the generated schema. The output from the LLM is received and a current transaction list is updated based on the identified order information in the output.

Embodiments of the present disclosure provide an order processing method, apparatus, device, system, medium, and product. The method includes: obtaining a target order to be processed and determining a quantity of types of goods in the target order; dividing the target order into a plurality of sub-orders according to the quantity of types of goods and assigning different workstations for the sub-orders; and sending the sub-orders for which the workstations have been assigned to the corresponding workstations for processing.

This disclosure provides an order processing method, apparatus, electronic device, medium, chip, and product. The method includes: responding to a user's refund request by obtaining the user's first feedback tone and first feedback text; determining a first risk value corresponding to the user based on the first feedback tone and first feedback text using a pre-trained model; and performing a first processing on the user based on the first risk value. This method, by utilizing the user's first feedback tone and first feedback text to determine the user's risk value, thereby judging whether the user's refund request is reasonable, improves the reasonableness of processing customer refund requests and protects the rights and interests of both customers and merchants.

The application belongs to the technical field of virtual power plants, and discloses a water system air conditioner automatic regulation and control method based on a virtual power plant, and the use steps of the method are as follows: S1, the system is an automatic method, and the air conditioner states of all users connected to the system are read; S2, the indoor and outdoor temperatures are monitored, and a water temperature relationship model is maintained; S3, an air conditioner efficiency model is established and maintained; S4, order monitoring and automatic regulation and control; S5, judgment and operation after water temperature regulation; S6, regulation and control during peak regulation; S7, multi-order processing and multi-thread operation; and S8, automatic regulation and control summary. The application provides an air conditioner automatic regulation and control method, which brings great convenience to central air conditioner order management personnel of virtual power plant transactions. Through the automatic strategy, the management personnel can focus more on business orders, and need not participate in the equipment instruction operation during peak regulation, so that the method effectively reduces human error operation and reduces the risk of poor user experience.

The application relates to the technical field of warehouse logistics, and discloses an order processing method, device and warehouse system. The method comprises the following steps: obtaining a to-be-processed order, and determining a to-be-picked container in a plurality of buffer containers of a first workstation in a warehouse system according to the to-be-processed order; wherein the first workstation is provided with a plurality of buffer positions, and the buffer positions are used for placing the buffer containers. According to the to-be-picked container, a target carrier is determined in a plurality of carriers corresponding to the first workstation; wherein the first workstation is provided with a picking area and a queuing area, the plurality of carriers comprise a picking carrier parked in the picking area and at least one to-be-picked carrier parked in the queuing area. In the process of picking the target carrier at the first workstation, the first workstation is controlled to carry the to-be-picked container from a target buffer position to the target carrier. The order processing method provided in the application can improve the picking efficiency of the warehouse system.

This invention provides a security control processing method and apparatus. The method includes: acquiring monitoring video streams corresponding to violations of security control events from multiple security monitoring systems; converting the monitoring video streams from different format types into standard format files suitable for playback on different terminal devices; sending the standard format files to the device situation awareness module in the application operation management system for simultaneous playback of multiple video stream windows; acquiring, sorting, and classifying alarm information from multiple video monitoring devices sent by multiple security monitoring systems; processing the alarm information from multiple video monitoring devices into a workflow based on alarm types and their corresponding alarm work order processing strategies to obtain security control patrol tasks; and distributing the work order tasks to different types of terminal devices for processing. The method provided by this invention can effectively improve the processing efficiency of data from multiple security monitoring systems, thereby enhancing the user experience.

This application provides a work order processing method, apparatus, electronic device, storage medium, and program product, relating to the computer field. The method includes: obtaining a first set of sub-work orders to be processed within a preset time period, wherein the sub-work orders to be processed in the first set belong to the same parent work order; performing a first operation, including: obtaining a second set of sub-work orders to be processed, and determining the first target sub-work order to be processed in the second set of sub-work orders according to the work order creation time or work order business priority; after successfully processing the first target sub-work order, performing the first operation on the remaining sub-work orders to be processed in the second set of sub-work orders excluding the first target sub-work order, until all sub-work orders to be processed in the second set of sub-work orders have been processed. This method can effectively identify the logical relationship between parent and child work orders and process work orders sequentially according to the work order creation time or work order business priority, avoiding out-of-order processing and preventing work order blocking.

Embodiments of the present application disclose a communication device, method, electronic equipment, storage medium and program. The communication device is integrated in a processor and is configured to receive a current instruction and determine an instruction type of the current instruction; in a case where the instruction type of the current instruction is determined to be a non-aligned instruction, send the current instruction to a lower module for a subsequent instruction processing flow; in a case where the instruction type of the current instruction is determined to be an aligned instruction, obtain an instruction execution result of a preceding target associated instruction of the current instruction, and in a case where the instruction execution results of the preceding target associated instruction of the current instruction are all determined to be execution completed, execute an aligned instruction processing flow of the current instruction. The technical scheme of the embodiments of the present application can efficiently ensure that the instructions are completed in order, reduce the delay of instruction in-order processing, and thus improve the overall communication performance.

The application discloses a multi-type property maintenance work order automatic generation and management method and system, and the method comprises the following steps: triggering a timing task according to the execution time of a maintenance plan, and judging whether the maintenance plan is overdue; when the maintenance plan is not overdue, creating a work order record and writing the work order record into a business data table, and starting a work flow instance with a business primary key in the same database transaction; the work flow instance triggers an execution listener in a node flow process, updates a work order processing state, and executes corresponding business logic according to a node identifier; a timing job record is written in a user task node, a work order timeout mark is updated and a timeout alarm is sent when a timeout deadline arrives, so that the work order automatic generation, process linkage and timeout control are realized.

The application relates to an assembly line automatic reporting method and system, and relates to the field of automatic reporting, which comprises the following steps: collecting order information and manual check information of an MES system; obtaining an order queue through queue management according to the order information; determining a product information queue according to the order queue and the manual check information; sending a reporting request based on the product information queue to obtain an automatic reporting result fed back by the MES system; checking based on the automatic reporting result, and recording the automatic reporting result to a reporting log according to a check result to form a process record. The application has the effect of improving order processing efficiency.

This invention discloses a method and system for handling inventory transfers in footwear production ERP software. The method includes: receiving inventory transfer requests and verifying permissions; parsing the associated data of the original sales order and calculating the transferable quantity; adjusting the data, including splitting order quantities and modifying customer-specific information; performing data persistence using database transactions, marking the original order's associated data as soft-deleted, automatically generating new sales orders, production plans, workshop plans, and work progress data, establishing a complete set of associated ID information, and recording the entire inventory transfer process; supporting inventory transfer cancellation operations, verifying data revocability, and performing reverse operations in a transactional manner to restore the original data state. This invention uses soft-deletion technology to retain historical data and ensures data consistency through database transaction processing, solving the technical problems of cumbersome, inefficient, and irreversible inventory transfer operations in traditional ERP systems. It achieves automated inventory transfer processes, real-time data synchronization, and revocable operations.

The application discloses a work order processing method, system and program product. The method comprises the following steps: receiving a multi-modal work order request, performing semantic recognition on the multi-modal work order request, determining a target business system for processing the multi-modal work order request and an intention of the multi-modal work order request; determining a plurality of candidate function nodes corresponding to the target business system based on a work order processing knowledge graph, and determining a target function node matched with the intention of the multi-modal work order request from the plurality of candidate function nodes; and based on the flow transfer sequence of each business node under the target function node in the work order processing knowledge graph, sequentially calling each business node to process the multi-modal work order request. The method determines the target function node matched with the multi-modal work order request based on the pre-created work order processing knowledge graph, sequentially calls each business node under the target function node to process the multi-modal work order request, thereby realizing the automatic processing of the multi-modal work order request and improving the processing efficiency of the work order request.

This invention proposes a virtual coupon order processing method, apparatus, electronic device, and storage medium, relating to the field of virtual coupon distribution technology. The method involves collecting real-time operational data from each coupon supplier in parallel when a user submits a virtual coupon order; determining at least one candidate supplier from all suppliers based on the real-time operational data; obtaining the comprehensive expected profit for each candidate supplier for the virtual coupon order based on the user's actual payment amount and the real-time operational data of each candidate supplier; determining the target supplier based on the comprehensive expected profit and real-time operational data of each candidate supplier; and calling the target supplier's API to process the virtual coupon order. This ensures that each order routing is based on the most reliable supplier status and the most realistic cost structure, thereby eliminating the need for manual intervention and improving the platform's overall profit margin, recharge success rate, and system availability.

This performance estimation method comprises: acquiring customer information including a required specification and a floor drawing of an automated warehouse; generating, on the basis of the customer information, a calculation map for calculating performance of the automated warehouse; setting, on the basis of the customer information and the calculation map, a simulation condition that includes information on an arbitrary order and that is for evaluating the performance of the automated warehouse; executing a simulation by using the calculation map and the simulation condition; and outputting, to a display device on the basis of an execution result of the simulation, an estimation result of the performance of the automated warehouse including a processing time of an order to be processed by the automated warehouse.

This application provides an automated product appearance inspection method, relating to the field of automated inspection technology. The method is applied to an inspection system comprising an interaction module, a control module, a data storage module, a vision inspection module, and a PLC execution module. The method includes: presetting inspection parameters; importing and parsing work orders; generating and issuing collaborative instructions; collaboratively executing inspection operations; summarizing and providing feedback on results; and closing the inspection process loop. Compared with existing technologies, the automated product appearance inspection method provided in this application provides unified planning and scheduling of vision inspection equipment, PLC execution equipment, and external related systems. This simplifies the configuration of inspection parameters and the work order processing flow, improves the collaboration, ease of operation, and inspection efficiency of the inspection system, and enhances the system's versatility and scalability, adapting to the appearance inspection needs of different types of products.

The application relates to the chip technical field and provides a response timing control method, equipment, medium and product for function verification. The method comprises the following steps: in the case that an access request is an atomic operation request, generating multiple pieces of first response data with a predetermined sequence and maintaining the predetermined sequence of the multiple pieces of first response data; in the case that the access request is a non-atomic operation request, generating second response data and performing out-of-order processing on the generated second response data; selecting target response data from the first response data with the maintained sequence or the second response data subjected to the out-of-order processing, and sending the target response data to a unit to be tested, so that the unit to be tested performs function verification. The application decouples the in-order logic and the out-of-order logic, thereby effectively avoiding the atomic operation verification error caused by the full out-of-order in the related art, and simultaneously solving the problems of single verification scene and low coverage rate caused by the fixed response mode.

The application provides a service recommendation method and device and a server, and relates to computer technology. The method comprises the following steps: obtaining a query request for a selection box of an opened resource, the query request comprising an opened resource identifier, and displaying other products that can be stacked on the opened resource corresponding to the opened resource identifier in the selection box based on the query request. A selection request for any other product displayed in the selection box is obtained, the selection request comprising an other product identifier, and a product interface corresponding to the other product identifier is jumped to. An online order processing request corresponding to the other product identifier is obtained, and the service of a product corresponding to the other product identifier is opened according to the online order processing request. The method provided in the application has higher opening efficiency, and solves the technical problem of low efficiency of stacking various products on the opened service.

The application relates to the field of computer data processing and discloses a cross-platform agricultural product supplier credit evaluation and risk control method. A server obtains cross-platform performance data from an agricultural product transaction platform, a logistics platform, a storage platform, a detection platform and a settlement platform, generates a supplier master identifier, and generates a batch performance unit according to agricultural product batch attributes; performance events in the same batch performance unit are generated into a performance event chain according to time, and quantity consistency parameters, time effectiveness consistency parameters and quality consistency parameters are determined based on the performance event chain; then, platform data reliability is generated according to comparison results of transaction platform data and logistics, storage, detection and settlement data, and cross-platform selective performance risk is identified under the same supplier, the same agricultural product category, the same production area and the same harvesting period; the server generates a supplier credit level according to the above, and outputs risk control instructions to an order processing module, a random inspection task generation module and a settlement review module.

This invention discloses a method, device, and medium for multi-platform order synchronization processing, belonging to the field of enterprise information management technology. It addresses the technical problems of low order processing efficiency, high error rates, and asynchronous information between orders, as well as high labor costs in existing multi-platform e-commerce management. The method includes: acquiring raw heterogeneous order data from different e-commerce platforms through an API interface adapter; standardizing and converting the raw heterogeneous order data to obtain standard order data; integrating the standard order data with various business tasks under a relevant business rule engine to obtain customized order data; synchronizing the customized order data with relevant enterprise systems and obtaining order process feedback information based on order update information; and visually configuring both the customized order data and the order process feedback information through a visual management backend to obtain order process monitoring information.

The application provides a large model-based intelligent work order processing method, system, device and medium, and relates to the technical field of computer data processing and artificial intelligence. The method comprises the following steps: acquiring work order data containing text and images, calling a large language model and a visual large model to extract structured fault features; after the fault features are vectorized, searching in a multi-type knowledge base, and constructing prompt words through a three-level weighted fusion mechanism to input the large model to generate an optimal processing scheme; meanwhile, combining historical maintenance data and a variance threshold algorithm to predict accessories and dispatch. In addition, the system supports front-end interception and real-time push of self-service solutions. Through multi-modal analysis, structured knowledge fusion and large model proxy mechanism, the application breaks through the limitations of traditional keyword search, realizes accurate fault recommendation, on-demand preposition of accessories and simple work order intelligent interception, and significantly improves after-sales efficiency and customer experience.

The embodiment of the application discloses an order processing method and system, comprising: a first user end sends first order information corresponding to an aggregate transaction initiation operation performed by a first user to a server; the server generates corresponding aggregate transaction interaction information and sends it to the first user end; in response to successful aggregate transaction, updating the aggregate transaction interaction information; sending the updated aggregate transaction interaction information to the second user end for display; in response to the second user performing an aggregate transaction participation operation received by the second user end, sending second order information corresponding to the aggregate transaction participation operation to the server; the server establishes a corresponding relationship between the second order information and the aggregate transaction interaction information, and updates the aggregate transaction interaction information. After the success of the aggregate transaction, the second user can also join the successful aggregate transaction, effectively improving the scale of the aggregate transaction, greatly improving the transaction aggregation efficiency, and effectively reducing the order logistics cost.

The present application relates to an RDMA-based requester and an RDMA-based responder. The requester comprises a transmit processor and a receive processor, wherein the transmit processor is used for receiving a work queue element issued by a driver program, and if the work queue element is an RDMA read operation, converting the RDMA read operation, so as to obtain a request-side write request; the transmit processor is further used for transmitting the request-side write request to a responder; and the receive processor is used for receiving and parsing a response-side write request sent by the responder, so as to obtain target data and a destination address which correspond to the RDMA read operation, and writing the target data into a storage space corresponding to the destination address. The present application reduces QPC data structure fields and design difficulty, reduces the complexity of out-of-order processing of messages, and avoids the consumption of a large number of host memory and cache resources.