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438
results.
Updated on
22/08/2025 [06:52:00]
Absstract of: EP4603972A2
A barcode scanning application is provided for a smartphone. The barcode scanning application includes a custom software input panel, which includes a barcode scanning key and a keyboard wedge capable of translating barcode data into keyboard strokes. The barcode scanning application, once initialized, is configured to cause the custom software input panel to be removed from the first portion of the visual display and to open a barcode viewfinder on the portion of the visual display previously occupied by the custom software input panel. The barcode scanning application is configured to scan a barcode in the viewfinder, close the viewfinder, decode the scanned barcode, and send the barcode information to the keyboard wedge. The keyboard wedge is configured to translate the decoded barcode information into keyboard strokes and send the keyboard strokes for displayed within a different application running and displayed continuously on the second portion of the visual display.
Absstract of: EP4604035A1
The invention relates to an inventory management method which comprises the steps of:- controlling shelf devices (AID) arranged on shelves of a fixture to cause the shelf devices to implement a localization process;- controlling a sensor (CAM) to acquire sensor signals during the localization process; and- localizing each of said shelf devices based on the acquired sensor signals.Controlling the shelf devices comprises sending a device command (D-Cd) to each of said shelf devices (AID), wherein the device command includes a localization process execution time and causes each of said shelf devices to have been switched from a sleep mode (SLPd) to a wake-up mode (WU-BLK) at the localization process execution time and to emit a localization signal before switching back to the sleep mode.Controlling said sensor comprises sending a sensor command (C-Cd) to the sensor (CAM), wherein the sensor command includes the localization process execution time and causes the sensor to have been switched from a sleep mode (SLPc) to a wake-up mode (WU-CAP) at the localization process execution time and to capture the localization signal emitted by each of said shelf devices before switching back to the sleep mode.
Absstract of: EP4604034A1
Offenbart wird u.a. ein Verfahren umfassend: Bestimmen, für jede Sendung aus einer Anzahl von Sendungen, eines jeweiligen Sortierziels aus einer Anzahl von Sortierzielen; Zuweisen, zu jeder der Sendungen aus der Anzahl von Sendungen, einer jeweiligen, sortierzielspezifischen Eingangsnummer; wobei das Verfahren für zumindest ein Sortierziel der Anzahl von Sortierzielen ferner umfasst: Einordnen derjenigen Sendungen, für die das Sortierziel bestimmt wurde, in das Sortierziel basierend auf den diesen Sendungen zugewiesenen sortierzielspezifischen Eingangsnummern; und Bestimmen einer Zustellreihenfolge für die in das Sortierziel eingeordneten Sendungen basierend auf einer Sendungsinformation und Ausgeben einer entsprechend der Zustellreihenfolge der in das Sortierziel eingeordneten Sendungen sortierten Abfolge der diesen Sendungen zugewiesenen Eingangsnummern; oder Ausgeben, zu jeder derjenigen Sendungen, für die das Sortierziel bestimmt wurde, der jeweiligen, zugewiesenen Eingangsnummer und einer jeweiligen Sendungsinformation, wobei basierend auf den Sendungsinformationen der Sendungen eine Zustellreihenfolge für diese Sendungen bestimmt werden kann. Ein zugehöriges zweites Verfahren wird ebenfalls offenbart, das Verfahren umfassend: Erfassen, durch eine Zustellentität, oder Ausgeben, an eine Zustellentität, der Eingangsnummern in der sortierten Abfolge, wobei eine Anzahl von Sendungen nach den Eingangsnummern sortiert ist und eine Zustellentität basierend auf einer E
Absstract of: CN120129917A
Disclosed is a method for recovering material residues from a material containing one or more synthetic polymers: providing one or more physical material identifiers and material data associated with a material containing synthetic polymer (s); providing one or more container identifiers associated with a container for collecting the material residue from the material containing the synthetic polymer (s); generating one or more recovery instructions based on the container identifier (s) and the material data; the generated recovery instructions are provided to recover the material residue. Additional methods, apparatuses, uses, computer programs and computer readable media are disclosed.
Absstract of: AU2023358221A1
A system for operating a plurality of autonomous vessels (101). Communication interfaces (108) enable communication between a remote-control center (110) and the respective autonomous vessels (101). A fleet coordination layer (201) implemented in the remote-control center (110) aggregates information relating to operation of the autonomous vessels (101), performs risk assessment, and issues operational mode transition instructions to the autonomous vessels (101) when appropriate. Aa vessel coordination layer (202) is implemented on the autonomous vessels (101) and controls transitions between operational modes of the autonomous vessels (101). A vessel execution layer (203) implemented on the autonomous vessels (101) includes sensors (301), a perception, planning, and execution module (302) and actuators (303), uses the actuators (303) to control the motion of the autonomous vessel (101) in accordance with a mission description, received sensor data, and operational mode instructions from the operational mode management module (402). A corresponding method is also disclosed.
Absstract of: MX2025004092A
The invention relates to a system for taking an inventory of objects contained in a closed space delineated by a chamber, comprising at least one circuit board, the circuit board comprising: - a plurality of sensors (Cap1, Cap2, CapN), each sensor consisting of an electronic circuit made up of an inductor and capacitor, - means (200) for activating measurements (701, 702) of at least one characteristic of at least one set of electronic circuits made up of an inductor and capacitor, - means (200) for activating a comparison of each measured characteristic with a determined reference characteristic, - means (200) for activating a determination of the presence of an object depending on at least one comparison result.
Absstract of: EP4603941A1
A management server (30) stores map information for each area where a robot, which autonomously travels outdoors and indoors, travels. The management server (30) collects external information, receives the current position of the robot or a travel route of the robot from a control device controlling the robot, detects an occurrence of an event and an event occurrence area where the event occurs based on the external information, identifies the robot located in the event occurrence area or the robot predicted to be located in the event occurrence area based on the current position of the robot or the travel route of the robot, determines, for each robot located in the event occurrence area or predicted to be located in the event occurrence area, information related to a new travel route based on the external information and the map information, and recommends the information related to a new travel route to a terminal device.
Absstract of: CN120494095A
本发明公开了一种多关系故障知识图谱与大模型思维链提示混合驱动的货运无人机故障诊断方法，包括以下步骤：构建货运无人机多关系故障知识表示，明确实体间的直接联系和推理故障知识；在知识表示范畴下对故障知识库进行实体识别、关系抽取和知识融合完成多关系故障知识图谱的构建；获取货运无人机故障问题采用大模型思维链提示查询；通过预定义的思维链提示模板引导大模型生成图查询语言；明确多关系故障知识图谱的逻辑关系进行逐次推理查询，得到精确的故障原因和对应的解决方案。本发明精确的知识建模和逻辑推理问答，解决了故障知识间隐藏的丰富关系表示和检索问题，快速准确的故障诊断提高了货运无人机系统对复杂因素的应变能力。
Absstract of: CN120494417A
本发明公开了一种基于交通仿真模型的码头引桥更新方案评价方法及装置，涉及港口自动化领域，其中，该方法包括：将模型输入参数输入至交通仿真模型，输入参数包括：装卸设备的配置数量和作业时间、AGV车辆的配置数量、AGV车辆在不同路段的车速，模拟码头引桥车流情况，统计AGV车辆在冲突区延误时长、岸桥作业效率和岸桥利用率、AGV车辆循环时长，得到指标数据统计结果，基于指标数据统计结果对比分析历史码头引桥方案与待更新码头引桥方案，生成对两种码头引桥方案的交通运行状态的评估结果。本发明解决了相关技术中港口码头的码头与引桥交叉口存在交通拥堵，增加自动化车辆在码头的停车等待时间，影响码头通行效率的技术问题。
Absstract of: US2025173664A1
A delivery assistance system comprising: a memory storing instructions; and at least one processor configured to execute the instructions to: acquire a condition value of each of a plurality of constraint conditions related to joint delivery; estimate an index value, of an index related to joint delivery, for the acquired condition value and an index value of the index in a case where the acquired condition value is changed for each of the plurality of constraint conditions; identify a constraint condition in which a variation of the estimated index values meets a predetermined criterion among the plurality of constraint conditions; and present the identified constraint condition and the variation of the index values to a user.
Absstract of: JP2025119961A
【課題】宅配サービスにおける業務の最適化を行うことができる情報処理装置及び情報処理プログラムを提供する。【解決手段】実店舗を配送拠点として利用する宅配サービスにおける作業を作業担当者に割り当てる情報処理装置は、物品情報処理部と、集積情報処理部と、配送情報処理部と、周辺情報処理部と、付加情報処理部と、割当処理部と、を備える。物品情報処理部は、商品の注文に関する情報を取得する。集積情報処理部は、商品の集積場所に関する情報を取得する。配送情報処理部は、商品の配送に関する情報を取得する。周辺情報処理部は、店舗の周辺状況に関する情報を取得する。付加情報処理部は、作業の割り当てに関する付加情報を取得する。割当処理部は、注文に関する情報、集積場所に関する情報、配送に関する情報、店舗の周辺状況に関する情報、及び付加情報に基づいて、作業の割り当てを行う。【選択図】 図１
Absstract of: JP2023000526A
To provide a frozen lunch box delivery system capable of delivering a frozen lunch box unattended.SOLUTION: A frozen lunch box delivery system configured to connect a management server managing frozen lunch box delivery, customer terminals used by respective customers, and affiliated store terminals used by respective affiliated stores via a communication network, includes: order reception means for receiving an order of a frozen lunch box from the customer; temporary determination means that, when the customer's order of frozen lunch box includes order instructing unattended delivery, temporarily determines one in charge of unattended delivery, of the affiliated stores; means for informing the affiliated delivery store in charge determined by the temporary determination means, of the order; and final determination means that, when the affiliated delivery store in charge confirms the order, finally determines the affiliated delivery store in charge. The affiliated delivery store in charge finally determined by the final determination means delivers the order by unattended delivery.SELECTED DRAWING: Figure 8
Absstract of: WO2025163936A1
The present invention calculates the amount of CO2 emissions associated with transportation for each consignor even when a vehicle is charged using a plurality of power sources having different emission factors. A CO2 emission amount calculation device 1, which calculates the amount of CO2 emissions from a transportation moving body 2 that carries a plurality of objects to be transported by using battery power, includes a calculation unit which: calculates a CO2 emission factor and a power consumption amount for each object to be transported on the basis of a CO2 emission factor of the charging power at each battery charging timing, a charging power amount at each battery charging timing, a battery power consumption amount in the transportation moving body, and information on transportation of each object to be transported; and calculates, from the CO2 emission factor and the power consumption amount for each object to be transported, the amount of CO2 emissions for each object to be transported.
Absstract of: CN120494233A
本发明适用于货物管理技术领域，尤其涉及一种基于无人机的货物巡查监管方法及系统，所述方法包括：对货物进行扫描，构建货物存储基础模型；构建巡检虚拟路线，控制无人机沿着巡检虚拟路线移动；构建路径控制随机函数，根据路径控制随机函数控制无人机的飞行高度变化，对货物进行扫描，得到实时扫描数据；生成模拟路径，根据模拟路径生成模拟扫描数据，通过进行比对，生成货物巡检结果。本发明在巡检过程中，通过无人机沿着随机路径对货物进行随机扫描，从而获取得到每一个货物模型对应的扫描数据，基于扫描数据判定是否存在异常，大大降低了劳动强度，能够实现对大面积的场地进行货物监管，保证了货物的安全性。
Absstract of: CN120494664A
本申请提供一种车厢安全温度范围确定及货物运输质量风险预警方法，涉及冷链物流技术领域。其中，车厢安全温度范围确定方法包括：获取满足预设运输条件下，冷链运输车辆运输目标货物的历史数据集；其中，历史数据集中的每一历史数据均包括历史温度值以及该历史温度值对应的采集时刻；根据历史数据集，生成目标数据集；根据目标数据集，生成多个目标数据子集，并确定每一目标数据子集各自对应的初始安全温度范围；根据各个初始安全温度范围，确定冷链运输车辆运输目标货物对应的目标安全温度范围。本申请可有效解决现有的基于人工预设的温度阈值对冷链运输车辆车厢内部进行温度预警，易频繁误报，降低了对货物温度监控的效率和准确性的问题。
Absstract of: CN120491567A
本发明公开了一种基于人工智能的企业仓库货物管理系统，包括货物取放信息存储模块，用于保存货物的储存位置数据和货物的历次取放路径数据；AGV搬运车综合调控模块，用于对AGV搬运车的运行路径和运行实时状态进行控制；货物存放位置和取放路径选择模块，用于对货物的存放位置和取放路径进行优选。本发明能够改进现有技术的不足，实现通过优化目标数据融合方法和蚁群寻优的过程，提高了蚁群算法对于多目标优化的适应度，实现了从运输到存放的整个仓储过程的高效管理。
Absstract of: CN120494677A
本申请实施例提出了仓储管理方法、控制器及存储介质，应用于物流技术领域，方法包括：获取货架的第一尺寸信息，根据第一尺寸信息对货架进行三维网格化，得到多个预设体积的单元格子，将多个单元格子合并成多个网格；获取目标物体的第二尺寸信息，根据第二尺寸信息和单元格子的预设体积从多个网格中确定目标网格，并将目标物体放置于目标网格。由于本申请实施例能够将货架分成多个网格，并能够根据目标物体的尺寸确定对应的目标网格，进而将目标物体放置于目标网格，因此，能够实现对货物的快速存取，并有效优化仓储空间利用。
Absstract of: CN118966575A
The invention relates to the technical field of data processing, and discloses a method and a device for evaluating a carbon footprint of a copper rod prepared from waste copper, and the method comprises the following steps: obtaining a waste copper recovery process parameter, a transportation route parameter, a waste copper storage parameter, a waste copper stretching parameter, a waste copper processing parameter and a waste copper processing parameter; inputting the recovery process parameters, the transportation route parameters, the waste copper storage parameters, the waste copper stretching parameters, the waste copper processing parameters and the waste copper treatment parameters into a carbon footprint calculation model to obtain a recovery stage carbon footprint, a transportation stage carbon footprint, a storage stage carbon footprint, a stretching stage carbon footprint, a processing stage carbon footprint and a waste treatment stage carbon footprint of the waste copper; and based on the carbon footprint in the recovery stage, the carbon footprint in the transportation stage, the carbon footprint in the storage stage, the carbon footprint in the stretching stage, the carbon footprint in the processing stage and the carbon footprint in the waste treatment stage, evaluation calculation is conducted, and the total carbon footprint of the waste copper is obtained. According to the method, the real carbon emission level of the copper rod prepared from the waste copper
Absstract of: CN120494318A
本发明公开了一种混凝土销售智能计算方法和系统，涉及建筑与物流管理技术领域。本发明通过动态调整生产计划，精准预测客户需求并优化生产量和原材料配比，解决了传统生产中因需求波动大导致的生产过剩或不足问题，降低了库存成本并提高了生产效率，在运输环节，实时监控交通状况并动态优化运输路线，显著提升了运输效率和交货准时性，降低了运输成本并确保混凝土质量；在生产过程中，利用传感器和机器学习算法实时监控原材料配比和混凝土状态，动态调整生产参数，解决了传统生产中因配比不准确或监测不及时导致的质量波动问题，确保了产品质量的稳定性。
Absstract of: CN120494356A
本发明提供一种基于数据分析的电网物资供需分析方法、装置及设备，涉及物资监控技术领域。该方法包括：当接收到非计划物资需求通知时，基于非计划物资需求中目标物资的需求数量和目标物资的库存数量，确定执行非计划物资需求后的目标物资的剩余库存数量；其中，非计划物资需求是指未在使用日前的预设时间段内在电网物资物联网平台中上报的需求；当目标物资的剩余库存数量小于第一库存阈值时，基于电网物资物联网平台中的目标物资的需求信息、目标物资的剩余库存数量和第一库存阈值，确定目标物资的第一补给策略；其中，第一库存阈值是基于物资阈值模型确定的目标物资的最少库存值。本发明能够在出现非计划物资需求时及时制定补给策略。
Absstract of: CN120492067A
本发明公开了一种铁路口岸数字货场系统人机交互方法及相关设备，涉及铁路口岸货场轨道交通技术领域。所述方法包括：获取铁路口岸数字货场系统的各个子系统的待展示数据；通过子窗口对获取的所述数据进行界面展示；通过图形展示控件控制所述子窗口所展示的数据的展示状态。通过本发明，从展示界面的子窗口展示的视图中即可清晰准确的得知各子系统和设备运行过程中的状态，不需要靠人为方式，一个一个的去检测排除，极大的提高了故障监测的效率，解决了相关技术中存在的查找各子系统运行过程中的故障时效率和准确度较低的技术问题。
Absstract of: CN120494681A
本发明公开了一种基于增强现实技术的智能库存管理眼镜设备，涉及库存管理技术领域。本发明包括。本发明包括内部集成有图像采集模块、全景建模模块、系统控制与管理模块、红外定位模块、商品识别模块、语音交互模块、数据存储与同步模块以及电池模块的AR眼镜；本发明通过将卷积神经网络CNN引入商品识别和状态分析，赋予设备自学习与动态识别能力，使其能够在多种复杂环境下实现商品种类、数量及破损状态的高效精准辨识，特别是在仓储物流领域中的动态扫描应用，为传统设备无法应对的任务场景提供了解决路径；将红外定位技术与全景建模功能相结合，显著提升了商品定位的精准性和场景数据的可视化管理能力。
Absstract of: CN120494479A
本发明公开了一种电网装备供应链风险识别方法，通过构建电网装备供应链风险指标体系确定风险识别相关的样本数据，再基于衰减正则化项的增量型极限学习机建立电网装备供应链风险识别模型，采用样本数据完成模型的训练，使电网装备供应链风险识别模型能够准确识别企业当前的电网装备供应链风险类型，克服了现有技术中存在许多降低准确性和学习效率的冗余隐含层节点，及随机产生隐含层节点参数影响增量型极限学习机稳定性的问题，在一定程度上能够满足电网装备供应链风险识别的需求，同时为更准确地电网装备供应链风险识别提供了新思路和新途径。
Absstract of: WO2024098159A1
Aspects of the present application relate to an order fulfillment system. The order fulfillment system may include autonomous mobile robots (AMRs). An AMR may move to a shipping container induction station to receive a shipping container from a shipping container forming machine, for transportation to various fulfillment stations. The AMR may then move the shipping container to one or more goods loading stations and/or one or more product racks, where one or more products may be placed into the shipping container manually or robotically. The AMR may, further, move to, and through, a closing station, where the shipping container may be top-sealed and labeled. The AMR may then move the shipping container to a routing staging station, where the AMR may release the top-sealed and labeled shipping container for loading into a transportation device. Conveniently, the AMR may maintain the grip upon the shipping container during the entire fulfilment operation.
Nº publicación: CN120482578A 15/08/2025
Applicant:
东方电气集团东方电机有限公司
Absstract of: CN120482578A
本发明公开了一种螺栓、罩螺母、槽楔的柔性智能生产系统及生产工艺，涉及智能生产领域，柔性智能生产系统包括生产管控系统、立体仓库、AGV和多个产线；生产管控系统获取生产订单，并与立体仓库、多个产线信号连接；立体仓库中，调度堆垛机根据仓库管控系统的指令能够将立体仓库中的货框调度至出入库交接位；AGV获得搬运指令后，从出入库交接位处将毛坯件运送至对应的产线；产线获得毛坯件后，并且若毛坯件规格匹配，则进行对应产品的生产。本发明构建多产品的共同数字化产线，满足核心零件产品的多品种、多尺寸的中小批量生产需求，提高产品的制造效率，减少制造过程的人工干预，增强生产的可控性和透明性，提高质量和交付稳定性，降低生产成本。
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