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Última actualización
08/05/2026 [06:58:00]
Resumen de: DE102024132179A1
Die vorliegenden Offenbarung betrifft ein computerimplementiertes Verfahren zum Betreiben, insbesondere Erstellen, vorzugsweise Befüllen, und/oder Aktualisieren, einer halbleiterherstellerübergreifenden-Datenbank zur Verwaltung einer Lieferkette von halbleiterartigen Elementen, vorzugsweise Halbleiterchips, insbesondere in der Automobilindustrie, umfassend: Extrahieren auf Basis von wenigstens einem ersten Datenträger, der einer Halbleiterhersteller-Datenbank eines ersten Rechengeräts zugeordnet ist und indikativ für wenigstens ein erstes halbleiterartiges Element ist, und einem zweiten Datenträger, der einer Halbleiterhersteller-Datenbank eines zweiten Rechengeräts zugeordnet ist und indikativ für wenigstens ein zweites halbleiterartiges Element ist, von ersten Halbleiterdaten, die dem ersten halbleiterartigen Element zugeordnet sind und/oder von zweiten Halbleiterdaten, die dem zweiten halbleiterartigen Element zugeordnet sind, und Erzeugen eines ersten Datenbankeintrags auf Basis der ersten Halbleiterdaten und/oder eines zweiten Datenbankeintrags auf Basis der zweiten Halbleiterdaten für die halbleiterherstellerübergreifende-Datenbank auf einem dritten Rechengerät.
Resumen de: DE102024132301A1
Die Erfindung betrifft ein Verfahren zur Erstellung eines Warenwirtschaftssystems für eine Vorratseinrichtung (3), aufweisend folgende Schritte unter Verwendung einer Datenbrille (1) und einer Digitalkamera (12):- Mitschneiden eines Einräumens eines Lagerguts (2) in die Vorratseinrichtung (3) mittels der Digitalkamera (12) zum Erstellen einer Einräum-Videosequenz,- Durchführen einer Objekterkennung (6) des Lagerguts (2) anhand der beim Einräumen erstellten Einräum-Videosequenz,- Bestimmen eines Lagerorts, an dem das erkannte Lagergut (2) platziert ist, anhand der beim Einräumen erstellten Einräum-Videosequenz,- Inventarisieren (7) des eingeräumten Lagerguts (2) und seines Lagerorts,- Erstellen einer Ausräum-Videosequenz beim Ausräumen eingeräumten Lagerguts (2) aus der Vorratseinrichtung (3) mittels der Digitalkamera (12),- Durchführen einer Objekterkennung (6) des ausgeräumten Lagerguts (2) anhand der Ausräum-Videosequenz, und- Inventarisieren (7) des ausgeräumten Lagerguts (2).Ferner betrifft die Erfindung eine Datenbrille (1) mit einer Steuereinrichtung und einer Digitalkamera (12), die eingerichtet und ausgebildet ist, ein Verfahren nach einem der vorangehenden Ansprüche auszuführen.
Resumen de: AU2024375871A1
A method may include reading, with a radio-frequency identification (RFID) reader, from a plurality of RFID tags on a plurality of medical devices in a production line, a plurality of identifiers associated with the plurality of medical devices, the plurality of medical devices in the production line being individually moved adjacent to an antenna of the RFID reader by a conveyor. For each identifier of the plurality of identifiers, at least one processor may determine whether that identifier is included in a list of expected identifiers, and in response to determining that that identifier is not included in the list of expected identifiers, control the conveyor to remove a medical device of the plurality of medical devices associated with that identifier from the production line.
Resumen de: AU2025234306A1
In an aspect, a computer system (29) is provided and configured to control loading of material (40) from a silo (30) onto a vehicle (10, 20). The computer system comprises processing circuitry (26) configured to control (S101) a first vehicle (10) to drive according 5 to a first speed profile (S1) for attaining a target weight (W) of the material (40) being discharged from the silo (30) into a loading space (15) of the first vehicle (10), acquire (S102) an indication of a weight (W1) of the material (40) loaded into the loading space (15) of the first vehicle (10), and to control (S103) a second vehicle (20) to drive according to a second speed profile (S2) for attaining the target weight (W) of the material (40) being 10 discharged from the silo (30) into a loading space (25) of the second vehicle (20), the second speed profile (S2) being adapted to the first speed profile (S1) such that time spent under the silo (30) for the second vehicle (20) is shorter than for the first vehicle (10) if the weight (W1) of the material (40) loaded onto the first vehicle (10) indicates that the target weight (W) was exceeded or such that time spent under the silo (30) for the second vehicle (20) is 15 longer than for the first vehicle (10) if the weight (W1) of the material (40) loaded onto the first vehicle (10) indicates that the target weight (W) was not reached. (FIG. 4) In an aspect, a computer system (29) is provided and configured to control loading of material (40) from a silo (30)
Resumen de: WO2025002823A1
The invention relates to a system (30) for determining a protective element (12) of a protective element type for use in an application situation (14) that relates to a construction part (10). Said system comprises an input device (37), an output device (40), and a database (25), wherein the database (25) comprises a plurality of comparison data records (26) each comprising data relating to a comparison application situation (27), wherein the system (30) is designed to receive, via the input device (37), an input data record (36) comprising data relating to the application situation (14), and, depending on the input data record (36), to output via the output device (40) at least one of the comparison data records (26), a part of at least one of the comparison data records (26), a reference to at least one of the comparison data records (26), and/or at least one identifier (42) of a protective element (12) of the protective element type. Construction parts (10) can thus be equipped with suitable protective elements (12) in a particularly cost-effective yet reliable manner. The invention also relates to a method (100).
Resumen de: EP4738185A2
In general, various embodiments of the present disclosure provide methods, systems, computer-readable media, and/or the like for providing improved evaluation of read data collected from radio frequency identification ("RFID") tags. In various embodiments, a method is provided that comprises: receiving a data frame that comprises read data collected from an RFID tag over an interval of time, the RFID tag responding to receiving a RF signal sent from an antenna in communication with a reader, and the read data comprising RSSI values; generating a linearized power value for each RSSI value to form a set of linearized power values; summating the set of linearized power values to generate a summated power value for the data frame; evaluating the summated power value to determine that the summated power value meets a target predicate; and in response, causing an action to be performed with respect to the RFID tag.
Resumen de: WO2025005912A1
A device for tracking and managing homogeneous recycling waste containers utilizing a unique embedded digital encoded element comprising specific information which links disposed homogeneous recyclable waste to a first user through a first singular optical tag on an enclosure linking enclosed group associations of a plurality of embedded digital encoded element containers. The plurality of embedded digital encoded element containers are of specific genres of homogeneous waste such as Paper, Plastic, Metal, Glass, General and Organic waste and have a unique digital association within said embedded digital encoded element residing on a homogeneous waste container.
Resumen de: EP4738186A1
0001 The present invention relates to a tire information management system and a tire information management method using the same, and more specifically, relates to a tire information management system and a tire information management method using the same, which can easily manage tire information according to international standards while also enabling confirmation of tire information even if the tire label is damaged. An embodiment of the present invention to achieve the above-mentioned purpose comprises, in a tire information management system for recording and reading tire information: an electronic device (100) mounted on the tire and having a memory (110) of 96 bits or more for recording tire information; an input device (200) for inputting tire information into the memory (110) of the electronic device (100); a reading device (300) for reading tire information input into the memory (110) of the electronic device (100); wherein the memory (110) stores tire company information, product information, and serial number information.
Resumen de: WO2025000072A1
Aspects of the present application relate to an order fulfillment system. The order fulfillment system may include one or more product induction regions. A given product induction region may include a plurality of product storage apparatuses, with each product storage apparatus holding a plurality of products, and a product transfer apparatus operable to transfer a product, among the plurality of products, into a shipping container. The order fulfillment system may include autonomous mobile robots (AMRs). A given AMR may move to a shipping container delivery system to receive a shipping container. The AMR may then move the shipping container to the product transfer apparatus to receive the product. The AMR may then move to at least one further location for further processing of the shipping container. Conveniently, the order fulfillment system may be combined with a production system. In an arrangement wherein the product storage apparatuses are universal crates, the universal crates, when empty, may be returned to production system to be refilled with products.
Resumen de: WO2025006604A1
In an embodiment, a method may include accessing, by a computing system, a multi-node problem. The multi-node problem may include a plurality of nodes, each respective node having one or more node features. The method may include providing, by the computing system, each respective node with each respective node feature to a machine learning model. The method may include determining, by the computing system using the machine learning model, a subset of nodes of the plurality of nodes based at least in part on the respective node features. The method may include calculating, by the computing system, one or more solutions to the multi-node problem based at least in part on the subset of nodes. The method may include storing, by the computing system, the one or more solutions to the multi-node problem in a computer memory.
Resumen de: WO2025003955A1
A method for the automatic recognition of the psycho-aptitude skills associated with a user, comprising the steps a) provision of means for image and/or video acquisition (1); b) provision of means for audio acquisition (2); c) provision of processing means (3); d) activation of the means for image and audio acquisition (2) to acquire a sequence of video frames and/or audio frames of predetermined duration; e) and f) generation of first and second digital data (d1) associated with the information in the video frames and in the audio frames acquired during the execution of said step d); g) processing of first digital data (d1) to obtain third digital data (d3) associated with the movements and position of the parts of the body assumed by the user; h) processing of second digital data to obtain fourth digital data (d4) associated with the semantics of the words pronounced by the user; i) provision of fifth digital data (d5) associated with the user's profile; j) provision of sixth digital data (d6) associated with the user's educational career and/or professional experience; k) processing of the third data (d3), of the fourth data (d4), of the fifth data (d5) and of sixth data (d6) to obtain output digital data (dout) containing information associated with psycho-aptitude skills of the user. A computer product suited configured to execute such method.
Resumen de: CN121981641A
本申请涉及一种基于多源异构数据的单票货运输轨迹处理方法、系统及设备，包括：获取单票货的基础数据及运输流程数据；根据物流运单的查询指令，按照运输标准流程对运输线路进行拼接，若在拼接过程中出现线路轨迹缺失，则基于预设的时空数据智能补全算法补全轨迹缺失区域对应的轨迹点，并通过预设的物流优先路径规划算法生成轨迹缺失区域对应补充轨迹，形成单票货的完整运输轨迹；在可视化轨迹地图上显示单票货的完整运输轨迹。本申请提供的方案，能够通过整合多源异构数据得到单票货的物流轨迹，并能补全缺失的轨迹以及可视化显示完整运输轨迹，提高了物流运输的透明度和可追溯性，减少了人工干预，提升了物流管理效率。
Resumen de: CN121981473A
本发明公开了一种基于多源异构数据和联邦学习的涂装车间资源调度方法，属于涂装车间资源调度技术领域。方法实时采集设备运行状态、物料流转、环境参数等多源异构数据；然后构建联邦学习框架，各客户端利用本地采集的数据对全局资源调度模型进行训练，中央服务器聚合模型参数以生成优化后的全局模型；利用优化后的模型，根据实时车间状态数据动态生成资源调度指令，自动调整设备任务、物流路径和生产队列；最后，将指令下发至执行设备，并通过可视化界面实时监控生产进度与关键性能指标，对异常进行预警，形成闭环控制。本发明能够在保障各生产单元数据隐私的同时，显著提高涂装车间资源利用率和生产效率，降低对人工操作的依赖及出错率。
Resumen de: CN121981652A
本发明属于智能制造技术领域，具体涉及一种高端装备制造物料配送优化方法及装置。该方法包括：S1、构建高端装备制造的供应商至生产线的物料配送优化模型；所述物料配送优化模型的决策变量包括各类物料的配送间隔和配送量；所述物料配送优化模型的目标包括物流总成本最低；所述物流总成本包括表示供应商至制造商仓库的费用的外部物流成本和表示制造商仓库至生产线的费用的内部配送成本；S2、求解所述物料配送优化模型，得到最优的各类物料的配送间隔和配送量；S3、按照S2得到的最优的各类物料的配送间隔和配送量进行物料配送。本发明解决了现有技术中传统的物料配送模式存在配送期量规划失准，导致资金占用、库存积压的技术问题。
Resumen de: CN121982356A
本申请提供一种仓储物资到货一致性校验方法及系统，属于智能仓储技术领域，所述方法：机器人上位机通过接口向WMS下发到货校验任务，再接收WMS回传的标准图像、铭牌字段模板及技术参数并缓存至本地；机器人围绕到货物资进行图像采集，从图像中定位铭牌区域并进行图像预处理，通过OCR方式提取铭牌文本信息；机器人上位机从采集的到货物资图像中提取物资外观特征向量，从铭牌文本信息中提取铭牌区域特征向量，计算图像相似度得分与文本一致度得分并进行融合，生成综合置信度，再根据综合置信度与预设阈值的比较结果生成校验结论。本申请实现仓储物资全流程自动化校验，缩短单件核检时间，误识率低，同步更新库存，满足仓储追溯需求。
Resumen de: CN121981651A
本发明公开了基于电子商城内采专区的数据分析决策方法、系统及介质，涉及企业数字化采购技术领域，通过构建统一对象模型并进行主数据融合与口径对齐，解决了多系统数据异构问题。通过串联离散事件并依据优先级规则确定需求发生时间，还原了真实业务时序，有效避免了因流程节点延迟导致的需求时间错位。通过构建物料间的替代关系图谱与识别制度段对象，增强了系统对物料短缺、政策变动等复杂场景的适应能力，提升了决策的灵活性与鲁棒性。通过融合需求事件对象、替代关系图谱及制度段对象进行需求预测，并将预测结果转化为明确的采购决策建议，显著提升可操作性。通过建立反馈归因与校准更新机制，实现了系统从执行结果中持续学习与优化。
Resumen de: CN121974067A
本发明涉及仓库调度管理的技术领域，且公开了融合扫码定位的机器人码垛与AGV仓管协同调度系统；通过扫码设备和位置传感器动态采集货物特征信息和货物位置信息；根据目标货物仓储仓库仓储工位使用状态信息并结合人工智能算法识别出货物仓储区未满载且工位编号最小的仓储工位；通过根据目标货物仓储仓库仓储区分析信息并结合数值分析与基于大数据存储的仓库仓储区标准货物运输AGV特征信息进行货物仓储过程选定仓库仓储区所需货物运输AGV准确识别；依据目标货物仓储仓库仓储区分析信息与标准存储的仓库仓储区标准货物码垛机器人特征信息进行货物仓储过程选定仓库仓储区所需货物码垛机器人动态识别，提高货物仓管调度的效率。
Resumen de: CN121980360A
本申请实施例提供了一种基于多参数感知的集装箱运输状态监测方法，应用于物流监测技术领域，方法包括：以霍尔开关触发信号为时间基准与逻辑起点，采集触发前后时间窗内的加速度、姿态角、位置与温湿度信号；对加速度、姿态角及位置信号进行时序关联分析，生成初始事件判定；当初始事件判定为物理开门或吊装起始时，提取冲击衰减时间常数与姿态角偏移保持量，构建二维特征空间进行机械冲击分类；根据判定结果异步调取温湿度信号进行根源核验；生成联合事件编码并执行差异化资源控制。本发明能够准确区分不同性质的触发事件，实现机械冲击的风险分级与环境异常的根源追溯，显著延长终端续航时间并保证监测可靠性。
Resumen de: CN121979844A
本说明书实施例提供数据处理方法及装置、计算设备及存储介质，其中数据处理方法，包括：获取针对初始数据文件的自然语言指令，其中，所述自然语言指令为对所述初始数据文件中的数据和/或所述初始数据文件进行目标操作的指令；基于数据处理模型，根据所述自然语言指令对所述初始数据文件中的数据和/或所述初始数据文件执行所述目标操作，获得目标数据文件；根据所述目标数据文件对应的提示配置信息，将所述目标数据文件中的目标数据发送至数据接收端，以通过所述数据接收端展示所述目标数据。
Resumen de: CN121981634A
本发明涉及数据分析技术领域，具体是一种基于智慧物流的智能快递分拣系统及分拣方法，该系统通过构建高价值包裹的初始虚拟安全气泡模型，根据运动状态参数对初始虚拟安全气泡模型进行动态调整得到优化安全气泡模型；将优化安全气泡模型作为空间约束条件纳入分拣路径规划，生成满足安全气泡边界不被侵入的分拣路径；持续检测分拣环境内其他物体与所述优化安全气泡模型的相对位置关系，根据相对位置关系执行安全控制策略，将高价值包裹输送至目标分拣口位，在保证分拣效率的前提下实现对高价值包裹的全程无损分拣。
Resumen de: CN121981640A
一种电芯物流周转箱及视觉射频复合堆叠追溯方法，该周转箱包含底托架与至少一个堆叠盘体，底托架设有有源射频读卡器、底架有源射频芯片，以及与之信息关联的底架视觉流水标签和/或底架RFID标签；盘体上开设多个电芯存放槽，同时配置盘体有源射频芯片，以及与之信息关联的盘体视觉流水标签和/或盘体RFID标签。在电芯装盘环节，通过视觉识别流水标签，完成盘体与电芯标识码的精准绑定；盘体堆叠后，底托架的有源射频读卡器可穿透堆叠结构，不间断读取全部有源射频芯片信息。结合视觉识别与有源射频技术，实现电芯从装盘、堆叠到运输流转的全程精准追溯，兼顾追溯精度与物流周转效率，适配电芯生产实际应用需求。
Resumen de: CN121981694A
本发明公开了一种基于WBS‑BOM动态映射的电力物资供应链监测方法及装置，属于电力物资管理领域，所述方法为：获取目标电力工程项目的WBS数据树和BOM数据表，并通过BERT模型进行特征转换，得到多个WBS节点向量和多个BOM物料向量；分别计算各WBS节点向量与各BOM物料向量之间的相似度得分，并根据各相似度得分建立WBS‑BOM动态映射表；获取BOM物料集合中各目标BOM物料到达目标物资卸货点的第一时间点，并分别计算各目标BOM物料的动态前置时间，将各第一时间点与各动态前置时间对应相加，得到多个第二时间点；将各第二时间点中的最大值与目标WBS节点的计划开始时间进行对比，根据对比结果生成监测报告。因此，通过实施本发明，能够提高电力物资供应链监测的准确性和效率。
Resumen de: CN121974065A
本发明公开了一种铸管端面二维码动态识别与缴库自动化系统及方法，属于工业自动化技术领域，包括视觉触发定位模块、多读码器组网识别模块、数据处理模块、数量校验模块、异常处理模块及缴库单生成模块。本发明通过多读码器组网设计，按预设空间布局排布工业读码器，形成覆盖DN300mm‑DN1000mm全规格铸管端面的识别区域，无需调整读码器位置即可适配不同规格铸管，解决了现有固定式读码器覆盖范围有限的问题；同时，视觉触发定位模块实现移动运输设备到位状态的实时监测与精准触发，无需设备停车，提升了铸管缴库的运输效率与识别连续性。
Resumen de: CN121981347A
本发明涉及配送任务处理技术领域，尤其涉及一种基于大数据的配送任务处理方法，包括：响应于待分配对象的当前配送任务数量以及预计配送时长符合预设标准，基于当前配送任务确定待分配对象的当前配送区域；基于当前配送区域确定若干备选配送任务，并确定若干任务聚类组；确定各任务聚类组对应的配送复杂度，以确定关键任务聚类组；基于各关键配送任务以及当前配送任务确定若干候选行动路线；基于各候选行动路线的行动节点分布情况以及待分配对象的历史配送任务确定各候选行动路线对应的路线评估值，以确定关键行动路线；基于关键行动路线确定各关键配送任务的配送优先级。本发明能够提高配送任务完成效率。
Nº publicación: CN121981441A 05/05/2026
Solicitante:
南京中建八局智慧科技有限公司中建八局第三建设有限公司
Resumen de: CN121981441A
本发明涉及一种建筑作业的智能物料管理方法及系统。该方法包括：监控建筑作业现场各储位单元的短时状态跳变，分析其与机械扰动的关联特征，以判定跳变原因为结构异常或非结构扰动，并据此触发不同的校验与库存更新流程；基于更新后的库存记录，解析施工单元物料需求，通过比对历史消耗数据识别差异风险，结合物料功能依赖、共现频率与消耗相关性计算需求的综合紧迫度；最终依据综合紧迫度生成差异化的物料调度策略。本发明有效克服了建筑复杂环境下振动干扰导致的库存误报问题，实现了物料需求精准预测与供应链资源的智能匹配，提升了物料管理效率与施工保障水平。
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