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464
results.
Updated on
20/10/2025 [06:52:00]
Results 175 to 200 of 464
Absstract of: US2025323779A1
There is provided a framework to record to a blockchain unique identification (signatures) of physical items which have unique, random properties. Physical items are analysed using spectral imaging to determine the unique identifications. Hardware is shown to perform the analysis and various nodes of a peer-to-peer network are shown and described, which nodes may be configured to provide proof of location, privacy, trust and authentication. The solution can work even if the item is modified in some way if a subset of the unique properties remain.
Absstract of: AU2025201155A1
21461231_1 (GHMatters) P125899.AU Efficient trajectory planning for a fleet of loadable vehicles A computer-implemented method of planning routes for a plurality of vehicles operating in a common environment which includes a plurality of mutual exclusion zones, comprising: obtaining a predefined objective function; solving a first optimization problem (710) for a first objective function derived from the predefined objective function, to obtain a vehicle crossing order at each mutual exclusion zone, wherein the first optimization problem is subject to safety constraints; and solving an optimal-control problem (720) for the predefined objective function subject to the obtained vehicle crossing order at the MUTEX zones and subject to the safety constraints, to obtain a control signal for each of the vehicles, wherein at least some of the vehicles are loadable, and wherein the OCP is constrained by a dynamic vehicle model (721) representing evolution with respect to path length for each vehicle, in which time, path speed and mass are state variables. (Fig. 7) Efficient trajectory planning for a fleet of loadable vehicles A computer-implemented method of planning routes for a plurality of vehicles operating in a common environment which includes a plurality of mutual exclusion zones, comprising: obtaining a predefined objective function; solving a first optimization problem (710) for a first objective function derived from the predefined objective function, to obtain a vehicle cr
Absstract of: WO2025217403A1
Methods and System for tracking an object including steps of receiving a stream of signals of an object from a plurality of tag readers, each signal within the stream of signals comprises a first raw location, a second raw location, and a timestamp, determining a first motion status of the object using the first raw location, assigning the object to a first process or a second process based on the first motion status, in response to the assignment to the first process, calculating a first or second location using the corresponding raw locations in a corresponding process, publishing the calculated location as a true location, and associating the true location to the object.
Absstract of: WO2025216790A1
A smart shopping cart may utilize cameras to identify fulfillment instructions to maximize efficiency. A fulfillment user may be tasked to fulfill a batch of orders at a retailer location. Each order includes one or more items to be obtained. The cart captures image data via one or more cameras in view of the cart's baskets. From the image data, the cart can detect obtained items placed in the baskets and can generate an occupancy state of the baskets indicating a configuration of each obtained item in the baskets. The cart can apply a fulfillment optimization model to the occupancy state to identify a next item to be obtained in the batch of orders and an optimal packing configuration for the next item. The cart can display to the fulfillment user the next item and the optimal packing configuration.
Absstract of: WO2025215662A1
The present invention relates to an automated baggage identification and claim system (100) comprises of one or more tracking modules (102) including an initiation station (104), a carousel module (108), a travel track module (106), a terminal module (110) and an exit link module (112), a plurality of sensors (116), a display unit (118) and a data processing and management unit (DPMU) (114). The initiation station (104) receives baggage and collect the one or more information and profile details through the plurality of sensors (116). The data processing and management unit (DPMU) (114) provide baggage data packet by using the one or more information and profile details. Further, the travel track module (106), the carousel module (108), the terminal module (110) and the exit link module (112) installed with the plurality of the sensors (116) to track and identify the baggage and the passenger at the airport.
Absstract of: WO2025213518A1
The present invention relates to the related field of information technology. Disclosed are a product process tracking method and system for physical commodity order management. The method comprises: uploading customer project activity information to a data center; sending a physical commodity list to the data center; a supply side responding to a physical commodity purchasing request and obtaining physical commodity information; importing physical commodity outbound and inbound receipts; taking the physical commodity list as an initial process tracking node, setting a continuous process tracking vector, and generating a product process tracking chain; and after responding to the physical commodity purchasing request, the supply side uploading the customer project activity information and the physical commodity list, and a client refreshing the physical commodity information in real time. The technical problems of low data accuracy and reliability, untimely information updating, insufficient process transparency, and low management efficiency in existing physical commodity order management are solved, and the technical effects of ensuring data accuracy and reliability, realizing real-time order information updating, synchronously performing process tracking, and improving management efficiency are achieved.
Absstract of: DE102025113055A1
Ein Verfahren umfasst: Erhalten eines Bildes, das einen Lagerbereich darstellt, der auf einer Vielzahl von Gegenständen angeordnete Kennzeichnungen enthält; Detektieren, in dem Bild, einer ersten Kennzeichnung eines ersten Typs und einer zweiten Kennzeichnung eines zweiten Typs; Extrahieren einer ersten Kennung aus der ersten Kennzeichnung; Bestimmen, ob die erste Kennung ein Warnkriterium erfüllt; Auswählen, basierend darauf, ob die zweite Kennzeichnung auf demselben Gegenstand wie die erste Kennzeichnung angeordnet ist, zwischen (i) Bestimmen, ob eine von der zweiten Kennzeichnung kodierte zweite Kennung das Warnkriterium erfüllt, und (ii) Unterdrücken der Bestimmung, ob die zweite Kennung das Warnkriterium erfüllt; und Steuern einer Ausgabevorrichtung, um eine Warnung zu erzeugen gemäß mindestens einem von der Bestimmung, ob die erste Kennung das Warnkriterium erfüllt, und der Bestimmung, ob die zweite Kennung das Warnkriterium erfüllt.
Absstract of: US2025322351A1
A non-transitory computer-readable recording medium storing a work planning program for causing a computer to execute first specification processing of specifying, for each of candidate routes to sequentially travel work positions included in orders, each of combinations of the orders such that a total sum of movement distances, in which each of workers travels work positions specified by a combination of orders assigned to each of the workers in a case where the orders is assigned to the workers, satisfies a first condition, and second specification processing of selecting a candidate route in which the total sum of the movement distances of each of the workers satisfies a second condition among the candidate routes, and specifying a travel order in which the total sum of the movement distances of each of the workers satisfies a third condition by exchanging the travel order in the combination of the orders.
Absstract of: WO2024221860A1
A multi-terminal offline-operable smart warehouse management method, comprising: deploying an MQTT server on a management server, and adding a local database onto a smart terminal; according to a plurality of terminal identifiers of a smart warehouse, configuring corresponding connecting interfaces on the management server, and registering a plurality of message queues to the MQTT server according to the connecting interfaces and the terminal identifiers; upon receipt of a data transmission instruction, determining the network state, and when the network is normal, carrying out data transmission of the smart terminal and the management server by means of the MQTT server; and when the network is abnormal, the smart terminal storing data to be transmitted into the local database, storing the data transmission instruction in a corresponding message queue, and attempting to perform transmission for multiple times, thereby realizing the operation of a smart warehouse management system in online and offline modes and seamless switching between the two modes. The warehouse construction and reconstruction costs are low, the warehouse construction and reconstruction time is short, unified multi-warehouse management of common online smart warehouses can be realized, and the capability of independent operation of warehouses in an offline state can be realized.
Absstract of: CN120359576A
Methods and systems for computer-based comparison of use processes of groups of incontinence products. A processor of a computer device, such as an estimation server, is configured to receive, for each of a plurality of wearers in a care system, first evaluation timing data regarding a first process of use of a first set of one or more incontinence products worn by the wearer, second evaluation timing data regarding a second process of use of a second set of one or more incontinence products worn by the wearer and a wearer profile record. The processor is further configured to generate values of a plurality of estimated parameters indicative of a comparison of the first process of use and the second process of use based on processing the first evaluation timing data and the second evaluation timing data and a wearer profile record from each of the plurality of wearers.
Absstract of: EP4632701A2
Die vorliegende Erfindung betrifft eine Einrichtung und ein Verfahren zur Bestandsüberwachung, insbesondere von mit Transpondern versehenen Waren. Um eine Einrichtung anzugeben, mit der eine Bestandsüberwachung, insbesondere von mit Transpondern versehenen Waren, mit erhöhter Zuverlässigkeit vorgenommen werden kann, ist die erfindungsgemäße Einrichtung zur Bestandsüberwachung ausgestattet mit einem Lagerraum zur Lagerung oder Zwischenlagerung von Waren, mit einer Personenvereinzelungsvorrichtung, über die der Lagerraum von einer Person betreten und/oder verlassen werden kann und mit einem Warendurchgang, über den Waren in den Lagerraum hinein und/oder aus dem Lagerraum heraus verbracht werden können, wobei der Warendurchgang zumindest eine Erfassungsvorrichtung aufweist, die zur Erfassung von mit Transpondern versehenen Waren eingerichtet ist und wobei die Personenvereinzelungsvorrichtung und der Warendurchgang separat ausgebildet sind.
Absstract of: EP4632639A1
A work planning program for causing a computer to execute first specification processing of specifying, for each of a plurality of candidate routes to sequentially travel a plurality of work positions included in a plurality of orders, each of combinations of the orders such that a total sum of movement distances, in which each of a plurality of workers travels work positions specified by a combination of orders assigned to each of the plurality of workers in a case where the plurality of orders is assigned to the plurality of workers, satisfies a first predetermined condition, and second specification processing of selecting a candidate route in which the total sum of the movement distances of each of the plurality of workers satisfies a second predetermined condition among the plurality of candidate routes obtained by executing the first specification processing, and specifying a travel order in which the total sum of the movement distances of each of the plurality of workers satisfies a third predetermined condition by exchanging the travel order in the combination of the orders assigned to each of the plurality of workers.
Absstract of: EP4632657A1
A future inventory estimation unit (22) assumes that an inventory increases due to an order being placed in accordance with an order condition and an order quantity indicated in order model information (61) and the inventory decreases in accordance with a transition of a past inventory quantity indicated in past inventory information (62), and estimates a future inventory quantity at a supply destination. A demand forecasting unit (23) forecasts that a demand for the order quantity indicated in the order model information (61) occurs to a supplier at a time point when the order condition indicated in the order model information (61) is satisfied in the future inventory quantity estimated by the future inventory estimation unit (22).
Absstract of: EP4633214A1
A communication method and apparatus are provided. The method is: A first network element sends a first request to an access network device to request to obtain identifiers of one or more terminal devices. The first network element may receive a first identifier from a first terminal device, and obtain a second identifier of the first terminal device based on the first identifier. The first terminal device is a terminal device in the one or more terminal devices. The first identifier is an identifier that is assigned by the first network element or a second network element to the first terminal device and that corresponds to the second identifier or is an identifier that is preconfigured in the first terminal device and that corresponds to the second identifier. The second identifier is a unique identifier of the first terminal device. A length of the second identifier is greater than a length of the first identifier. The first identifier is an identifier of the first terminal device within a service scope of a sixth network element. The sixth network element is a network element providing a service for the first terminal device. According to the method, the first terminal device may perform inventory by using the shorter first identifier, thereby improving efficiency and a speed of inventory.
Absstract of: WO2024137167A2
A system, comprising at least one autonomous mobile robot (AMR); and a management system comprising at least one processor configured to: enable the identification of a target region, the target region comprising one or more target locations; direct the at least one AMR to the target region; enable the selection of whether a first target location of the one or more target locations is identified by an operator or by the management system; and direct the at least one AMR to the first target location.
Absstract of: WO2025056202A1
The invention relates to a picking facility (12) and to a method for carrying out a picking order which encompasses a special product, in particular a corresponding retail picking order, wherein the picking facility (12) has: a fulfillment system (14), in particular a micro-fulfillment system (MFS), which has: an automated storage system (24) with storage containers, comprising an assortment of exclusively standard products which are stored in the storage containers; a workspace (26) for picking and packing the products of the picking order; an automated storage conveyor system (28) which connects the storage system (24) and the workspace (26) together; a controller (30) which is communicatively connected to the storage system (24), to the workspace (26), and to the storage conveyor system (28) and which is designed to pick the picking order within the same day on which the picking order is received by an operator of the picking facility (12) and prepare the order for pickup and/or delivery, in particular pack the order; at least one farming unit (16) which is designed to produce the special product which is not stored in the storage containers and dispense the special product on demand as soon the special product is produced on the basis of the picking order; and another conveyor system (18) which connects the farming unit (16) and the workspace (26) in order to bring the special product to the workspace (26) after being produced and dispensed in order to completely carry ou
Absstract of: WO2024123655A1
A system, comprising at least one autonomous mobile robot (AMR); and a management system comprising at least one processor configured to: identify one or more configuration details; and translate the one or more configuration details into one or more plain language descriptions. The system and method may also provide the one or more plain language summaries of job configuration details to a user, via a display.
Absstract of: US2024185718A1
An impact monitoring system includes multiple sensor nodes including multiple stationary sensor nodes affixed to stationary objects in an environment, the multiple stationary sensor nodes including a first stationary sensor node affixed to a first stationary object; and one or more mobile sensor nodes affixed to mobile objects in the environment, the one or more mobile sensor nodes including a second mobile sensor node affixed to a second mobile object; and a monitor configured to wirelessly receive first data characterizing an impact event experienced by the first stationary sensor node and second data characterizing the impact event experienced by the second mobile sensor node, and to identify that the second mobile object impacted the first stationary object based at least in part on the first data and the second data.
Absstract of: WO2024121381A1
This invention relates to a method and a system of monitoring in real-time stability time budget profile of an asset while the asset is being transported in a supply chain, comprising: � generating a shipment order for the asset, � regularly measuring the temperature of the asset and transmitting the measured temperature to an external control computer system, wherein the asset comprises two or more different products such as pharmaceutical products having different characteristic property, and where the shipment order comprises data including unique product identifier (ID) for uniquely identifying the different products and their associated stability time budget profiles, where each of the associated stability time budget profiles have at least one pre-defined temperature value, where the method further comprises: � determining, by the external computer system, if the measured temperature of the asset deviates from the at least one pre-defined temperature value of the associated stability time budget profiles, where for each stability time budget profile where a deviation occurs o adding together the time where the temperature deviates from the at least one pre-defined temperature value of the associated stability time budget profile, o using the added deviation time as an input parameter in determining a remaining stability time budget profile, and o issuing, in case the remaining total stability time budget is below a pre-defined threshold value, a warning command.
Absstract of: WO2024121432A1
The invention relates to a method and a system for collecting waste from waste containers. The system (1) comprises: waste containers (10) disposed at venue locations (2), each waste container (10) being attributed a type of waste; a plurality of sensors (4) located at the venue locations (2), each sensor (4) being configured to detect the presence of individuals (8) at the respective venue location (2) and to collect parameters associated with the individuals (8), the parameters including at least an amount of waste of a given type expected to be produced by the individual (8); and data processing means (20) programmed to: compute, based on data received from the sensors (4), an expected filling level for each waste container (10) and/or for each waste container type and/or a time when a respective waste container (10) will be filled to capacity; and transmit the computed filling levels and/or times to a collecting entity (30).
Absstract of: CN120344984A
The invention relates to a method (100) for monitoring a process, such as a drying process. An order number is determined (110) based on the order. Further, a unique object identifier for an object of the process is determined (122). A unique device identifier of the device for the process is also determined (124). Furthermore, at least one parameter of the process is obtained (130). A data set regarding the process is then provided (130). The data set includes the order number, the unique object identifier, the unique device identifier, and parameters of the process. Accordingly, a method for tracking and/or monitoring an object during a process is provided. In particular, a method for monitoring a drying process of a coated panel is provided.
Absstract of: CN120322741A
The invention relates to a method for adjusting a movement plan of a mobile device (110, 120, 130, 140), in particular a robot, drone or an at least partially automated moving vehicle, in which the mobile device is to be moved in an environment according to the movement plan, comprising: providing a movement plan, in which the mobile device is to be moved in the environment according to the movement plan; the movement plan assigns, to each of the mobile devices, a movement path and a time schedule plan for following the movement path, respectively, where the movement path comprises an action to be performed by the corresponding mobile device in the environment, respectively; if at least one trigger criterion is provided, adjusting the movement plan, where the adjustment of the movement plan includes determining a finite graph including potential actions in the environment and connections between actions limited by the mobile device within a specified boundary, and within an optimization framework, adjusting the movement plan based on the finite graph. Determining an adjusted movement plan; moreover, the adjusted movement plan is provided for the mobile device, and in particular the mobile device is caused to follow the adjusted movement plan.
Absstract of: GB2640238A
Inventions relate to a computer-implemented system and methods for generating, using and verifying physical transaction documents, wherein each physical transaction document comprises transaction information and security information. The system comprises: a key generator, configured to generate a plurality of keys; a document generator, configured to generate a plurality of physical transaction documents; and a digital counterpart ledger, configured to store a respective digital counterpart for each of the plurality of physical transaction documents. The digital counterpart ledger may be an immutable ledger. The document generator generates each document by: obtaining a first key from the key generator 401; obtaining transaction information 402; obtaining a unique document identifier based on the key 403; generating a digital counterpart of the physical transaction document 404, the digital counterpart comprising the unique document identifier and the transaction data; adding the digital counterpart to the digital counterpart ledger 406; and producing the physical transaction document based on the digital counterpart 405.
Absstract of: CN120782371A
本公开关于备件数据预测方法、装置、电子设备及存储介质，涉及人工智能技术领域，包括：获取目标备件的待补全出库数据、缺失指示信息和目标备件特征信息；基于目标备件特征信息和多个预设备件对应的预设备件特征信息，从多个预设备件中，确定目标备件对应的至少一个关联备件；从多个预设备件对应的预设出库数据集中，获取至少一个关联备件对应的关联备件出库数据；基于缺失指示信息和关联备件出库数据，对待补全出库数据进行补全处理，得到目标备件对应的补全备件出库数据；基于补全备件出库数据，对目标备件进行出库预测分析，得到目标备件对应的目标备件出库数据。利用本公开实施例可以提升对于待补全出库数据的需求预测准确度。
Nº publicación: CN120782348A 14/10/2025
Applicant:
上海朗晖慧科技术有限公司
Absstract of: CN120782348A
本发明提供了一种基于多模态预测的化工品物流系统，包含物流调控端和化工品容器端；其中，化工品容器端，向物流控制端回传定位、物料和重量信息；物流控制端，基于化工品容器端回传的信息了解化工品容器的位置，以及了解客户的产品使用进度，并预估化工品耗尽时间；物流控制端，通过分析各客户的产品使用进度来预估待回收的化工品容器的量，基于一次性回收量的上下限和成本核算，拟合回收时间和回收路线，实现化工品容器的快速批量回收；物流控制端，还通过分析客户的产品使用进度，预估客户的购买习惯，并基于客户的购买习惯做好下一批产品的仓储和运输准备。
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