Resumen de: EP4524814A1
0001 A power storage cell includes a cell case, a first two-dimensional identification code, and a second two-dimensional identification code. The cell case is configured to be capable of accommodating an electrode body. The first two-dimensional identification code is provided on an outer surface of the cell case. The first two-dimensional identification code is configured to enable reading of identification information. The second two-dimensional identification code is provided on the outer surface of the cell case separately from the first two-dimensional identification code. The second two-dimensional identification code is configured to enable reading of the same identification information as the first two-dimensional identification code. The second two-dimensional identification code is provided at a position that does not allow visually recognizing at least a part of the first two-dimensional identification code when the second two-dimensional identification code is seen from front.
Resumen de: WO2026208893A1
Embodiments of the present application belong to the technical field of artificial intelligence, and provide a nighttime parcel pickup management method and apparatus (700), an electronic device, and a storage medium. The method comprises: acquiring a target nighttime parcel pickup volume of a target area and a first value of a nighttime parcel pickup feature; on the basis of the target nighttime parcel pickup volume, the first value of the nighttime parcel pickup feature, and a nighttime parcel pickup relationship, determining a first nighttime parcel pickup duration of the target area, wherein the nighttime parcel pickup relationship is a target relationship among a nighttime parcel pickup volume, the nighttime parcel pickup feature, and a nighttime parcel pickup duration; and when the first nighttime parcel pickup duration is greater than 0, on the basis of the first nighttime parcel pickup duration, determining a target nighttime parcel pickup duration of the target area.
Resumen de: EP4819154A1
0001 Main claim: A system for assigning a medical device (2) to a specific location within a healthcare facility (4), the system comprising: a) at least one medical device (2), having: • a user interface (6) configured to allow selection of a predefined location within a hierarchical healthcare facility structure; • a memory (8) for storing an assigned location information; and • a communication module (12) configured to exchange the location information with other medical devices (2') and/or a server (10); b) a server (10) or decentral/distributed configuration device configured to: • store and manage said hierarchical healthcare facility structure, including in particular locations ranging from facility level to individual beds; • receive and synchronize location assignments from the medical device (2); and • distribute updated location information to other medical devices (2'), c) a communication network (14) interconnecting the medical device(s) (2, 2') and the server (10) or decentral configuration device.
Resumen de: CN122198830A
The invention discloses an unmanned express delivery door-to-door method, and belongs to the technical field of express delivery and take-out delivery door-to-door, the unmanned express delivery door-to-door method comprises an express delivery, an express delivery cabinet, a shuttle delivery vehicle and a delivery robot, step 1, the express delivery is put into the express delivery cabinet by an express delivery person, and the express delivery cabinet receives the express delivery to be delivered and delivery information; step 2, the express cabinet distributes the express to a shuttle distribution vehicle according to the delivery information and the delivery demand; 3, the shuttle distribution vehicle distributes the express parcels to the delivery robots in the corresponding buildings according to the delivery information and the delivery requirements; and step 4, the delivery robot enters the building of the addressee address to realize express door-to-door entry. According to the invention, the intelligent, automatic and unmanned machine equipment is utilized to replace high-intensity manual labor, and the industrial pain points that the take-out food and the express cannot enter a community, the labor intensity of delivery is high, the pressure of delivery on time is high and the like are solved, so that the express delivery of the last hundreds of meters is difficult to be delivered on site.
Resumen de: WO2025199284A1
Techniques are described for wireless communications. For example, a device can transmit, to passive devices, a transmit signal with a first phase. The device can receive, from each passive device, a respective response signal based on the transmit signal and determine, based on a difference between the first phase and a respective phase of each respective response signal, distances for the passive devices. The device can determine a respective confidence level for each respective distance of each passive device to the device based on a variance of the respective phase of each respective response signal. The device can compare the respective distance of each passive device with each other distance to determine a passive device with a smallest distance. The device can output contextual information based on the passive devices first having the smallest distance, with a confidence level determined for a distance from the passive device to the device.
Resumen de: WO2025190603A1
Disclosed is a method, performed by an electronic device, for enabling operations associated with a shipment of a container at a terminal. The method comprises obtaining input data associated with the shipment of the container and terminal data associated with the terminal. The method comprises simulating, based on the input data and the terminal data, one or more terminal operations. The method comprises determining, based on the one or more simulated terminal operations, one or more performance metrics associated with the shipment. The method comprises providing the one or more performance metrics.
Resumen de: WO2025194095A1
Provided are computing systems, methods, and platforms that perform two-level transportation network design using decomposition. A computing system includes a central route evaluator, and a first oracle and a second oracle associated with vessel services and containers, respectively. The oracles can be concurrently queried, one for vessel services to obtain a first result and one for containers to obtain a second result, which can be added to the central route evaluator(e.g., Benders cuts). A function can be iteratively evaluated with candidate routes to create a solution set for improving an objective function, and an optimal route can be generated based on the solution set.
Resumen de: WO2025192646A1
The objective of the present invention is to develop a simulation device for verifying the operation of a conveying system, the movement of conveyed goods conveyed by the conveying system, and the power consumption thereof, etc. Provided is a conveying system simulation device 1 that simulates behavior when one or a plurality of conveyed goods are placed on the conveying system and moved, the simulation device being capable of accepting input of information relating to a drive source of a conveying unit and performing simulations taking into account the information relating to the drive source.
Resumen de: WO2025152063A1
Disclosed in the present invention are a method and apparatus for vehicle selection and path planning. The method comprises: obtaining information about a plurality of orders, wherein the information comprises an order origin, an order destination and a required cargo quantity for each order; obtaining a plurality pieces of vehicle type information, each piece of vehicle type information comprising the maximum cargo capacity; and using the information about the plurality of orders and the plurality pieces of vehicle type information as feature data and providing same to a machine learning model, the machine learning model using a reinforcement learning mode to select, on the basis the feature data, a vehicle and a corresponding order for each time step; and, on the basis of the selected vehicles and the corresponding order destinations for all the time steps, generating a combination of vehicles and complete vehicle paths for the plurality of orders. Further disclosed are several other aspects.
Resumen de: US20260320553A1
0000 A method comprises receiving data from a reader device, wherein the data includes baseline data and inventory data received by the reader device over each frequency supported by the reader device, generating key performance indicator data for each frequency over supported by the reader device based on the data, wherein the key performance indicator data comprises metrics evaluating a performance of the reader device at each frequency supported by the reader device, instructing the reader device to set an antenna setting to an optimal frequency, wherein the optimal frequency is based on the key performance indicator data at each frequency supported by the reader device.
Resumen de: US20260320721A1
0000 An electronic device configured for retail display includes an antenna, a memory in which security monitoring instructions are stored, and a processor configured to execute the security monitoring instructions to monitor a profile of wireless network communication devices detected via the antenna. The processor is further configured via the execution of the security monitoring instructions to, upon detection of a change in the profile of wireless network communication devices that exceeds a threshold, lock a user interface of the electronic device.
Resumen de: WO2026215370A1
There is provided mishandled baggage management systems and methods comprising one or more communications channels and an AI system including a trained LLM. The AI system is configured to extract metadata from one or more communications associated with a passenger's mishandled item of baggage, request baggage-related information associated with the metadata from one or more back-end systems, which may include a departure control system (DCS), a customer relationship management (CRM) system and one or more baggage services, obtain a bag status from the one or more back-end systems for a bag associated with the baggage-related information, and communicate the bag status to the passenger. The AI system may be configured to proactively update a passenger with a bag status by retrieving the passenger's contact information from the one or more back end systems. The LLM may be trained using a set of optimum workflows, external data used to train human agents, and a set of optimised prompts. The LLM may be tested using a test agent LLM.
Resumen de: WO2026217778A1
A method for safeguarding data in dynamic relational order management involves receiving a data feed and a dynamic order with various order attributes, including a protected dataset and an unprotected dataset. The protected dataset, containing a request type and a reserve execution threshold, is obfuscated from display on a respondent system. Instructions are transmitted to the respondent system to present a proposal request dataset for executing the dynamic order, comprising the unprotected dataset and the data feed. A proposal response dataset is received from the respondent system, including first and second execution values. Adjusted values are generated based on the received data, and an execution action is performed when the adjusted execution values meet the adjusted reserve execution threshold.
Resumen de: WO2026216677A1
Provided are a task management method and system. The method comprises the steps of: acquiring a first task generated to supplement a first stock keeping unit (SKU) to a first slot mapped to the first SKU; adding the first task to a task queue, wherein the task queue includes a plurality of sequentially generated tasks including the first task; and updating the task queue on the basis of a demand for an SKU of each of the plurality of tasks.
Resumen de: WO2026217854A1
A sealed commercial execution infrastructure comprising parallel modular enforcement rails, each inseparably bound to a platform-native licensed environment and independently applied to a distinct execution-event class. A buyer-initiated request interface receives execution requests regardless of input modality or actor class. An authorization gate evaluates each request against license eligibility, escrow milestone status, jurisdictional compliance, and audit-trail completeness, each as a co-equal requirement before admitting or denying execution. An escrow controller releases funds only upon a permit decision cryptographically bound to platform attestation artifacts. An audit logging module records each event as a pre-execution authorization condition. An enforcement architecture denies or renders non-executable any commercial action not admitted through the sealed execution terrain, regardless of sector, actor class, or input modality. Denial on one rail causes the denied action to be routed to remaining parallel rails, across any industry sector.
Resumen de: WO2026215677A1
The systems, the methods, the computer-readable media, and the techniques disclosed herein may comprise: (A) obtaining permission from a user to access a camera roll comprising a plurality of images that span at least one week, wherein the camera roll is accessible to a mobile device; (B) obtaining a prediction, from a first machine learning model, comprising a plurality of nutriment parameters corresponding to each nutriment of each image of the plurality of images; and (C) presenting an insight to the user on the mobile device, wherein the insight is based at least in part on the plurality of nutriment parameters.
Resumen de: US20260317072A1
A method for determining a conveyability of a piece good, includes acquisition or detection of image information of a piece good while it is being handled by a handling device, determination of piece good information based on the image information, and determination of a risk value based on the piece good information, whereby the risk value is indicative of the conveyability of the piece good, Also disclosed is and a related computer program and a handling device for determining the conveyability of the piece good.
Resumen de: US20260320521A1
A computer-implemented method may include: obtaining hierarchy information indicative of a hierarchy of a plurality of entities; receiving resource information about a resource used by the plurality of entities; determining that a first entity and a second entity are lower than a third entity in the hierarchy; determining that the first entity is associated with a first quantity of the resource and the second entity is associated with second quantity of the resource; determining that the third entity is associated with third quantity of the resource based at least on the first quantity and the second quantity; generating an interactive graph comprising nodes to represent at least some of the plurality of entities and indicate the resource information; and providing the interactive graph via a user interface.
Resumen de: US20260320933A1
0000 A device can display a prompt to capture an image sequence, which can include a plurality of images, of a shelf unit with items and item tags comprising machine readable codes adjacent to the items. The device can generate a first user interface visualization that indicates first scanning instructions for a first image based on a previous image of the image sequence. The device can display the first user interface visualization and the first image. The device can generate a second user interface visualization that indicates second scanning instructions. The device can display the second user interface visualization.
Resumen de: US20260317064A1
0000 One variation of a method includes, during a first time period: generating a product template for a product type that specifies product-handling parameters the product type; in response to a set of incoming product units of the product type entering the order fulfillment facility, accessing the product template; and selecting a tray for storing incoming product units in the set of incoming product units based on the product template. This variation of the method also includes, during a second time period succeeding the first time period: selecting the tray for fulfillment of an electronic order based on product-handling parameters specified in the product template; via the dispensing unit, dispensing a first product unit from the tray according to the electronic order; detecting a trigger to discard a second product unit; and, via the dispensing unit, dispensing the second product unit.
Resumen de: US20260320545A1
0000 An autonomous procurement assistant system using agentic orchestration and procurement method thereof; comprising a user an input or output unit including a computer-based application, a collaboration dialogue window, a processing unit with a natural language processing engine (NLP), policy mapping unit and an agentic orchestration engine displaying an agentic workflow, validating deviations from policies, finally providing a plurality of procurement agents from catalog selection agent, supplier selection agent, sourcing agent, negotiation agent, contract creation agent and contract signing agent based on the user input; thereby employing an agentic orchestration workflow run by the orchestration engine; such that the agentic orchestration using various agents that automate the procurement tasks while ensuring policy compliances; allowing users to customize and configure the procurement workflows within the policy constraints; providing real-time alerts and checks timelines thereby preventing inefficiencies, and adaptive intelligent learning from previous procurement workflows in return improving procurement efficiency over time.
Resumen de: US20260319864A1
0000 Systems and methods for processing inventory item updates can include receiving one or more event messages for one or more inventory item updates for one or more event families. One or more update identifiers for the event messages can be stored in a queue. The update identifiers include a first update identifier for a first event message for a first event family. The update identifiers included in the queue for each of the event families can be counted. The first update identifier can be received from the queue. It can be determined if the first update identifier is the last update identifier from the queue for the first event family based on a first counter. Based on the determining if the first update identifier is the last update identifier from the queue, the first event message can be processed or not processed.
Resumen de: US20260320554A1
Methods and systems for constraint-based selection of discrete units from external data systems. Data associated with ingredients of a cooking recipe is obtained. Candidate product records are retrieved from external systems. Each candidate product record corresponds to a product available from the external systems and specifies a unit quantity of a respective ingredient provided by a unit of the product and at least one attribute associated with the product. One or more candidate product records are identified based on the at least one attribute and constraints including a quantity constraint in which unit quantities specified by the candidate product records satisfy a quantity associated with the ingredients, and a unit-based constraint corresponding to fixed unit quantities of the products. A machine-readable data structure identifying the one or more candidate product records is generated and caused to be stored and made accessible to at least one client device.
Resumen de: US20260320546A1
A system and method for a flexible agentic autonomous negotiation process that orchestrates procurement negotiation workflow by leveraging procurement agents that continuously assess supplier behaviour, market trends, and historical data. The system comprises an input unit, a processing unit and an output unit wherein the processing unit employs the workflow for assisting procurement related negotiation by procurement agents. The method comprises the steps of entering the requirements in the input unit by the user; employing procurement agents that create customized procurement workflows based on specific business needs; creating a structured, intelligent, and autonomous orchestration of procurement tasks from initiation to contract finalization by the procurement agents; adding or removing procurement agents by users in the negotiation workflow; incorporating real-time supplier risk assessment into the negotiation process to mitigate procurement risks and ensure supply chain reliability; providing a comprehensive negotiation performance report upon finalizing the procurement event.
Nº publicación: US20260320541A1 15/10/2026
Solicitante:
REBOUND INT LLC [US]
Rebound International, LLC
Resumen de: US20260320541A1
An inventory management system includes a containment environment for storing one or more items, each item being tagged with a radio frequency identification (RFID) tag. One or more RFID readers are disposed within the containment environment to periodically scan RFID tags within the containment environment and provide a list of RFID tags. A central server application in communication with the RFID readers, is configured to maintain an inventory list for the containment environment based on the periodic scans of RFID tags. The central; server application removes an item from said inventory list only when the RFID tag associated with the item is not detected by the one or more RFID readers for a predetermined number of successive periodic scans of the RFID tags within the containment environment.