120 results about "Order status" patented technology

The invention discloses an online order full-process automatic processing system and method. The system comprises an order state analysis module, a cross-platform collaborative adaptation module, a resource scheduling planning module, an environment load evaluation module and a task scheduling optimization module. According to the invention, by analyzing the trend of the key time sequence change of the order life cycle, the circulation bottleneck can be identified and the time section exceeding the threshold value can be generated, so that the task sequence is matched with the system load, the scheduling coordination and the response precision are enhanced, the execution capability is dynamically compared to form the optimal distribution instruction, and the cooperation efficiency and the transmission continuity are improved. Based on a utilization rate change identification trend, resource distribution is balanced, scheduling flexibility and controllability are enhanced, resource and energy consumption cooperative adjustment is realized through environment load evaluation, operation stability and environment adaptability are improved, high efficiency and continuous optimization of an order flow are realized, and processing capability and operation toughness of a system under high concurrency are enhanced.

The invention discloses a clothing supply chain transparent purchasing and collaborative management method and system based on the Internet of Things and a block chain. The method comprises the following steps: monitoring and collecting state data of raw materials in real time through Internet of Things equipment; when the state data meets a preset purchase triggering condition, a purchase demand transaction is automatically generated and broadcasted on the alliance block chain network; a purchase smart contract deployed on the alliance block chain network responds to the purchase demand, screens candidate suppliers, and quantitatively scores the candidate suppliers based on multi-dimensional historical performance data obtained from a distributed account book to automatically determine a target supplier; the purchase smart contract automatically generates a purchase order transaction and performs consensus evidence storage on the alliance block chain network; and continuously tracking order state update on the alliance block chain network, and automatically executing a settlement process when a preset payment condition is satisfied. According to the invention, the problems of opaque information, lagging purchasing decision, low process efficiency and difficulty in multi-party collaboration of the traditional clothing supply chain are solved.

The invention discloses a supply chain automatic performance method and system based on order state triggering, and relates to the technical field of supply chain management, a purchaser terminal communicates with an order management server to create an order, order detail data and associated contract data are input, and the order management server detects the validity of the order; and if the associated supplier terminal confirms that the order is accepted, the order state is modified into a to-be-delivered order state, the to-be-delivered order state information is interacted with the order management server, and the order management server pushes the to-be-delivered order state to the order associated party terminal. According to the invention, order state change is taken as a core trigger point, and automatic circulation of the whole process from order creation, supplier confirmation, delivery, transportation to sign-in is realized. Each link automatically verifies data and pushes information through the system, traditional modes of manual receipt transmission, telephone communication and the like are replaced, the performance period is remarkably shortened, the manual operation cost is reduced, and the system is particularly suitable for enterprises with weak informatization basis to quickly improve the management efficiency.

The invention relates to a supply chain profit sharing settlement method and system based on a block chain, and the method comprises the steps: receiving user order data, and carrying out the analysis to generate a standardized order object; performing dimension analysis on the standardized order object to generate structured data; matching a corresponding profit sharing identity proportion set according to the discount rate; generating profit sharing integral data in combination with the geocoding space dimension and the profit sharing identity proportion set; when the order state is changed to be payment success, marking the profit sharing point data as a frozen state; when the change is completed, constructing a block chain transaction request and submitting the block chain transaction request to a block chain node; automatically analyzing the block chain transaction request, executing point transfer operation and generating an on-chain settlement voucher; carrying out transaction validity verification on the on-chain settlement voucher, and generating a fund transfer instruction; and updating the point account of the user and pushing a settlement result. The real-time performance, the accuracy and the credibility of profit sharing decision making are realized while the high concurrent processing performance is ensured.

The invention provides an e-commerce integrated order management system, and relates to the technical field of e-commerce, and the system comprises an order processing module which is used for receiving, splitting, merging and updating order states, automatically optimizing order circulation, improving the order processing efficiency, guaranteeing the real-time synchronization of the order states, and reducing the processing delay. In the invention, the data analysis module analyzes user behavior data (such as browsing, purchasing and returning) and market sales data in real time and predicts future commodity demands and sales trends by using the prediction model, and the system can automatically provide a real-time report for an operation team based on the data, so that the user experience is improved. The module helps to adjust the inventory replenishment cycle, sales promotion activities and commodity shelving plans, and has the core advantages that market changes are identified through big data analysis, response measures are automatically generated, the inventory management precision is improved, and the inventory overstock and stockout conditions are reduced.

The invention discloses a campus take-out order data management system based on location-based service, and belongs to the technical field of order management. The system comprises a positioning data acquisition module, an environment adaptive modeling module, a distance correction module and a confidence evaluation module. The method comprises the following steps: triggering a code scanning action of a rider, and synchronously obtaining GPS coordinates and Bluetooth signal intensity; establishing an adaptive signal attenuation model based on historical data of the meal taking cabinet, and calculating a high-precision correction distance; and finally, carrying out spatial vector consistency verification by fusing the GPS position and the correction distance, and generating an arrival confidence score, thereby accurately triggering order delivery confirmation, enhancing the discrimination capability of a false arrival behavior, remarkably improving the accuracy of order state updating, and improving the user experience. The problem of false delivery misjudgment of a rider caused by inaccurate positioning of the GPS in a complex environment in the prior art is solved.

The invention provides a catering delivery path real-time optimization method and system based on multi-target dynamic planning, and the method comprises the steps: obtaining a delivery order, extracting a user geographic position, a commercial tenant geographic position, expected delivery time, a food type label and an order placing timestamp of the order, constructing an order cooperation graph, and carrying out the optimization of the order cooperation graph; performing sub-graph division on the order collaboration graph based on a greedy strategy to obtain an order combination set; constructing a task-level delay penalty function for each order combination; solving an optimal delivery path sequence for each order combination by adopting a dynamic programming algorithm; in the execution process of the optimal delivery path sequence, disturbance caused by traffic and order state changes is monitored in real time so as to construct a disturbance state score, when the disturbance state score decreases and exceeds a preset threshold value, local path segments of corresponding order combinations are replanned, and updated path segments are spliced with unaffected segments. According to the invention, the overall timeliness and the user experience can be stably improved under the conditions of massive orders and complex road conditions.

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.

The invention relates to the technical field of bearing sales, in particular to an MES-based bearing sales management system, which comprises a sales management module, a warehouse management module, a stock management module, a statistical report module and a building and repairing cooperation module, and is characterized in that a real-time linkage mechanism is established, and the delivery efficiency is improved; the core problem of order and inventory disjunction is solved, on-demand, accurate and automatic stock-up instruction generation is realized, the repair and manufacturing precision of bearing overhaul and the product consistency are effectively improved, and the operation safety of client key components is guaranteed.

Provided are techniques for ordering status information reported in a medium access control control element (MAC CE). A user equipment (UE) transmits a MAC protocol data unit (PDU) in response to a first-type status report being triggered. The MAC PDU comprises at least a first MAC CE that indicates a plurality of data volume information. The plurality of data volume information corresponds to a plurality of first objects, respectively. The plurality of data volume information are sorted in the first MAC CE in an ascending order of respective temporal information of the plurality of first objects corresponding to the plurality of data volume information.

The invention relates to the field of logistics, and discloses an order batch processing method, device and equipment and a storage medium, and the method is used for batch processing of logistics orders and optimization of processes and priorities. The method comprises the following steps: receiving order data, and extracting sender names, telephone numbers, addresses, order placing time and order state information of a plurality of orders in the order data; when an association operation instruction is received, generating a to-be-priced association order list and a to-be-printed association order list of each sender; for each sender, using a pre-trained priority scoring model to obtain a priority score of each associated order list to be subjected to price checking; sorting the associated order lists to be subjected to price checking according to the priority scores, checking the order weight and freight of each order in the associated order lists to be subjected to price checking, and adding the order marks passing the checking into the associated order lists to be printed of the corresponding senders, and whether a printing instruction is generated or not is determined according to the order number in the to-be-printed associated order list.

The application provides a door and window profile personalized customization method and device, relates to the technical field of door and window profile personalized customization, and has the technical solution points that unstructured data submitted by a user is received; structured technical parameters are generated; based on the structured technical parameters, a parameterized model library is called to generate a three-dimensional model and production data package of the door and window profile; a scheduling plan for small-batch and multi-variety production is generated according to the production data package and production resource state information; a unique identification code is allocated to a door and window profile component in a production process, and production execution data associated with the unique identification code is collected at a key node; the production execution data is updated to a data management center in real time, and a shared view of an order state is provided to a user, a supplier and a downstream service provider. The door and window profile personalized customization method and device have the advantages that user demand data can be automatically processed, and the data conversion accuracy is improved.

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 present application relates to the field of agricultural big data and spatial information technology, and discloses a plant protection order closed-loop management method and system, computer equipment and a storage medium, the present application collects farmer, plot, image and demand information through a mobile terminal, generates a filing data package in combination with a space-time stamp and an image abstract, generates an associated check value based on an electronic signature track to realize trusted binding, performs spatial overlap and business state conflict detection, generates a task fingerprint token to bind the order and the execution equipment, analyzes the operation track and calculates the effective operation coverage rate through spatial matching, and automatically drives the order state flow according to the verification result. The present application realizes the full-process digitization of plant protection services from trusted filing, task binding to automatic verification and closed-loop management, and significantly improves the reliability, traceability and automation level of plant protection services.

The invention provides a recharging processing method and device, electronic equipment and a storage medium, and is suitable for the technical field of recharging payment. The method comprises the steps of periodically scanning an order record of each order according to a first preset time interval, and determining a to-be-processed order; the order record comprises an order state and a calling interface, and the to-be-processed order comprises a first to-be-processed order of which the order state is to be paid; obtaining a calling interface corresponding to the first to-be-processed order based on the order record; callback information is obtained through the calling interface; the callback information comprises a payment result notification; and updating the order record based on the callback information. According to the embodiment of the invention, the condition of callback loss or delay is compensated through polling compensation, the condition of manual account checking is effectively reduced or avoided, the cost is reduced, and the callback reliability and the callback speed are improved.

The embodiment of the invention provides an enterprise customer right presentation full-link tracking method and system based on order management, and belongs to the technical field of computers. The method comprises the following steps: acquiring original log data of an enterprise customer order; obtaining an order state evolution diagram set and an edge weight set according to the original log data; and inputting the order state evolution diagram set and the edge weight set into a preset diagram attention network to obtain an order context vector. And screening out a right trigger type from the order state evolution diagram according to a preset rule. And according to the order context vector and a preset multi-factor comprehensive scoring function, calculating a strategy score for issuing each preset right and interest category on each right and interest triggering type, and obtaining a right and interest issuing strategy set. And issuing a corresponding right category to the enterprise customer according to the right issuing strategy set when the right triggering type occurs. The problem of mismatching of rights and interests is solved, and the utilization rate of rights and interests and customer satisfaction are improved.

The invention provides an intelligent management system for an employee restaurant. The intelligent management system comprises a management end, a user end and a cancel-after-verification end. Wherein the management end mainly manages dish supply information and employee identity information through a data management module, and distributes time periods of each ordering stage through a time period configuration module, so that employees can be guided to report meals dispersedly, and the burden of the system is reduced; the user side is mainly responsible for reminding employees in specified time periods of all stages of ordering, providing thinking and selection time for the employees, further obtaining meal reporting data of the employees in advance, generating dish orders, continuously tracking the order states of the dish orders, and improving the ordering efficiency. Therefore, the accurate dining demand information can be provided for the restaurant while the ordering experience of the employees is improved; and the cancel-after-verification end is mainly responsible for carrying out fixed-point identity recognition on the to-be-dinner employee and carrying out order cancel-after-verification according to the recognition result and the order state of the dish order corresponding to the to-be-dinner employee so as to ensure that the employee who has reported a meal can have a meal efficiently.

The invention relates to the technical field of research and development management, can be applied to financial science and technology business scenes, and discloses a business processing method, device and equipment based on breakpoint monitoring and a medium. Detecting a condition that a certain operation link does not continue to operate after a preset time, marking the operation link as a breakpoint and associating an order number, sending a task to a remote service system, completing the operation link marked as the breakpoint through the remote service system, updating an order state, and determining whether all the operation links are completed based on the order state. A final processing result is generated and sent to the application initiator, and corresponding processing operation is executed after confirmation information is received. Through real-time monitoring and automatic breakpoint detection of the operation progress and in combination with timely response and assistance of the remote service system, the breakpoint problem is efficiently solved, and the business conversion rate is improved.

The invention provides an online car-hailing complaint automatic processing method and system based on multi-level decision. The method comprises the steps that after a complaint of a user for a specific online car-hailing order is received, context information associated with the order is acquired, and the context information comprises an order state and a historical complaint record; based on the context information, matching a corresponding processing path for the complaint through a preset multi-level decision logic; according to the matched processing path, calling a generative dialogue model to perform automatic interaction with the user so as to provide a preliminary solution and obtain a user feedback intention; and after interaction is finished, automatically generating a work order of a corresponding type based on the feedback intention and the context information. Through multi-level decision and generative dialogue, precise shunting, personalized interaction and automatic closed-loop processing of complex complaints are realized, the processing efficiency and the user experience are effectively improved, risk management and control can be performed, and the operation cost is reduced.

The application discloses an order processing method, system, device and electronic equipment, and relates to the field of Internet. The method comprises the following steps: a server receives orders sent by a plurality of clients and stores order information; the server analyzes the order information; in response to order state updating, the server updates the order state corresponding to the stored order information; the server screens orders meeting resource configuration conditions from the orders sent by the plurality of clients as target orders; the server creates and executes a resource configuration task for the target orders according to user information of the target orders and resource configuration quotas corresponding to amount information of the target orders; the server sends resource configuration information of the resource configuration task to the plurality of clients; and the clients display the resource configuration information sent by the server. The above method improves the conversion rate of resources to users while ensuring the fairness of resource configuration.

The embodiment of the invention relates to a method and device for displaying the state of an information object, equipment, a medium and a product. The method includes displaying a user interface. The method comprises the steps of determining whether the state of at least one information object belongs to a predetermined state type or not in response to the received access operation for displaying a side edge interaction interface; the method comprises the following steps: in response to determining that the state of at least one information object belongs to the preset state type, obtaining state prompt information aiming at the information object in the at least one information object. The method further comprises the step of displaying a side edge interaction interface comprising the state prompt information on the user interface. Through the method, the order state can be accurately displayed, the user information acquisition path is shortened, and the e-commerce interface interaction experience is improved.

The application discloses a kind of based on driving engine's semiconductor manufacturing business document automation management method and system, to solve the problem of low efficiency caused by order whole process manual dependence.The method obtains customer production demand by driving engine, and is automatically converted into customer order, service order and manufacturing order according to preset mapping rule and is issued to manufacturing execution system;Driving engine receives execution result and automatically updates service order and customer order state until closed loop.Driving engine uses exponential backoff retry strategy and task state machine to manage abnormal conditions, support topology dependence analysis of parallel / serial order.The application realizes order whole process automation promotion and real-time monitoring, reduces manual intervention, and improves production efficiency.

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.

The invention discloses a collection method and electronic equipment, and the method comprises the steps: adding a user order and a collection code to a mapping relation of an intelligent contract of a network under the condition that the user order and the collection code sent by a business system are received; performing uplink storage on the added mapping relation; distributing a collection address for the user order according to the smart contract; packaging the collection address and the collection code into collection information and sending the collection information to a service system; when it is monitored that an entry event exists in the collection address, the order state of a user order corresponding to a collection code is determined according to the collection code carried by the entry event and the mapping relation stored on the chain; under the condition that the order state of the user order is to-be-paid, verifying an entry event according to the acquiring information; and if the verification passes the order state of the mapping relation stored on the update chain, notifying the business system of successful collection. The method has the advantages and characteristics of improving the address reuse rate, solving the address reuse delay, ensuring the transaction safety and improving the account checking efficiency.

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.

1. The name of the design product: graphical user interface of intelligent waybill service for commercial vehicle-mounted cargo source on vehicle-mounted central control screen. 2. The use of the design product: for displaying interface content. 3. The design points of the design product: the design of the graphical user interface in the screen. 4. The picture or photo that best shows the design points: front view. 5. The use of the graphical user interface: for providing waybill function service and management for vehicle-mounted cargo source, and intelligently pushing waybills. 6. The area of the graphical user interface in the product: located in the entire area of the information screen. 7. The human-computer interaction mode of the graphical user interface: for the driver of the commercial vehicle to display and interact with the waybill interface at the bottom of the cargo transport field. 8. The change state of the graphical user interface: the front view is the default state of the express function when it is opened, and the up and down swipe can browse the recommended list of pending orders, and clicking the order card in the order will agree to the order, and this order will be put into the list of accepted orders, and clicking reject will put the order into the list of rejected orders; clicking the accepted menu on the left side of the main view can switch to interface change state figure 1. The interface change state figure 1 is a list of all accepted orders by the user, and the order card shows the site information, cargo type and freight of the order, and the label in the upper right corner shows the current state of the order; clicking view details can switch to interface change state figure 2; up and down swipe can browse the order details, i.e. interface change state figure 3. The interface change state figure 2 shows the contact information of the cargo owner, the route information of the order, the departure and estimated arrival time, and can quickly view the current order status; the interface change state figure 3 allows the user to view the route overview, cargo details and freight amount of the order; clicking go to departure / destination switches to interface change state figure 4, which shows the distance between the vehicle location and the departure / destination location on the map page, and clicking go to navigation can directly jump to navigation.

1. The name of the design product: the net booking check-in end graphical user interface for electronic equipment. 2. The use of the design product: for electronic equipment to run programs and display information. 3. The design points of the design product: the graphical user interface. 4. The picture or photo that best indicates the design points: the front view. 5. The rear view, left view, right view, top view, bottom view, and perspective view do not have design points, and the rear view, left view, right view, top view, bottom view, and perspective view are omitted. 6. The use of the graphical user interface: this interface is for passengers to operate and view the interactive interface after booking a net booking. 7. The change state description of the graphical user interface: (1) the front view is the initial interface; (2) the interface change state diagram 1 is the main interface of the order state presented after clicking the "mobile phone one-key login" button in the front view, which is used to show the overall order state; (3) the interface change state diagram 2 is the interface of the check-in state presented after clicking "go to check-in" in the interface change state diagram 1.

The embodiments herein provide a method and system for real-time monitoring and management of services provided by a restaurant using an AI enabled digital IoT device. The method includes, scanning a QR Code displayed on the IoT device by a customer for accessing Wi-Fi provided by the restaurant, for accessing the menu and for providing review of the restaurant service using a mobile device. The method includes real-time rating of the restaurant by the customer and display of advance reservation status and multimedia content on the device. A request may be placed on the device to a waiter for at least one of dining service, mobile charging. Order status and notifications on best-selling items may be displayed on the device. Real-time data on the restaurant service may be displayed onto a digital dashboard.