Resumen de: US20260301000A1
Some demonstrative aspects include apparatuses, systems and/or methods of shipment vetting. For example, a computing system may be configured to send to a server declared goods information corresponding to goods of an imported shipment, the declared goods information including a declared description of the goods, and a declared Harmonic System (HS) code for the goods. For example, the computing system may process vetting information from the server to identify a predicted HS code corresponding to the declared description of the goods, and risk information to indicate one or more risks corresponding to a declaration fraud based on a mismatch between the declared HS code and the predicted HS code. For example, the computing system may be configured to provide a Graphical User Interface (GUI) to a user, the GUI configured to present the vetting information to the user.
Resumen de: TW202528111A
Disclosed is a method for recycling of material residue from one or more textiles: providing one or more physical material identifier(s) of the one or more textiles and material data associated with material containing synthetic polymer(s); providing one or more recycling unit identifier(s) associated with a recycling unit for collecting the material residue from the material of the one or more textiles; generating one or more recycling instruction(s) based on the recycling unit identifier(s) and the material data; providing the generated recycling instructions for recycling of the material residue from the one or more textiles. Disclosed are further methods, apparatuses, uses, computer programs and computer-readable media.
Resumen de: WO2025109010A1
The invention relates to a method for monitoring circularity in a circular textile value chain. The method includes a step of receiving (110), from a data consumer, a request for information from or accessible via at least a part of a digital twin (10) for a textile item (272), the request including a digital identifier to identify the digital twin, wherein the digital twin includes or provides access to data associated with textile waste associated with the textile item. If it is determined, in a corresponding determination step (115), that the requested information or at least a part thereof is to be provided to the data consumer, a step of providing (125) the same to the data consumer or of providing the data consumer, via the digital twin, with access to the same follows. The presented method allows for a sustainable textile value chain.
Resumen de: WO2025109603A1
Method for characterizing a plastic material, including the procedures of marking a plastic material using a chemical-based marker and recording the information in an exchange platform, wherein the marker includes information related to at least one of an ownership of the plastic material, a polymer type of the plastic material, an intended use of the plastic material, a loop count denoting a number of times the plastic material has been recycled and a percentage of recycled content in the plastic material and wherein the recording enables increased tracking and utilization of the plastic material.
Resumen de: WO2025109512A1
Described is a computer system (1) for generating and managing unique information content which can be associated with products (P), characterised in that it comprises: - a graphical management module (M1), configured to allow the entering and storing at least of information alphanumeric strings (S1) common to a batch of products (P); - a module (M2) for generating unique information, configured for generating, for each product of a batch of products (P), a unique alphanumeric string (S2); - a module (M3) for generating unique information content, configured for associating, for each product (P) of a batch of products (P), the alphanumeric string (S1) common to the batch to which the product belongs generated by the module (M2) for generating unique information, with the unique alphanumeric string, and generating, as a result of said association, a unique information content (CU), said unique information content (CU) comprising, optionally, a QR type code.
Resumen de: WO2025109070A1
The invention relates to a method for managing a fleet of unmanned machines (5) by means of a computer system (1) comprising a supervisor (2) connected to a user interface (3) and to a missions manager (4) which controls the movements of the machines. The invention also relates to a computer system (1) implementing such a method.
Resumen de: EP4814829A1
0001 This disclosure relates generally to method and system to determine sustainability risks in multi-tier supplier chains for EUDR compliance. Multi-tier supply chain management suffer from insufficient transparency, challenges in oversight, and often, a deficit of trust. The method receives a purchase order from a user to validate source supply of raw materials procured in accordance with EUDR compliant. In response each supplier provides a list of documents for the purchase order to assess EUDR compliance. Further, spatiotemporal data is obtained from the purchase order to determine a plurality of supplier chain risk assessment factors using a multi-tier supply chain artificial intelligence (AI) model. Finally, a compliance determination model determines at least one sustainability risks for EUDR compliance to differentiate suppliers risk based on a plurality of risk assessment factors to classify into at least one of compliant, non-compliant or deemed non-compliant.
Resumen de: WO2025109044A1
Modular Warehouse Installation Device Modular warehouse installation device (1) for initial filling of an automated warehouse (10) with a plurality of storage bins (22), wherein the modular warehouse installation device (1) comprises a plurality of transportable modules, the plurality of transportable modules comprising at least: a transportable testing gauge module (2) comprising a testing assembly (3) that is configured to determine a deviation of a shape of any storage bin (22) of the plurality of storage bins (22) from a predetermined standard shape and to generate a gauge signal (88) dependent on the determined deviation. The modular warehouse installation device further comprises a transportable scanning module (6) comprising a label scanner (80). The label scanner (80) has a field of view (98) and is configured to output an identification signal dependent on a label in the field of view (98) and located on any storage bin (22) of the plurality of storage bins (22). The transportable modules are configured to be assembled in any order.
Resumen de: EP4814836A2
Ein Verfahren zum Betreiben eines Shuttle-Systems mit Hilfe einer Steuerungseinrichtung, wobei das Shuttle-System ein Regal mit einem Fahrweg (5) und einem mehrfachtiefen Lagerkanal (6A, 6B, 6C, 6D) mit zumindest zwei Lagerplätzen (A1, ..., A4; B1, ..., B4; C1, ...) umfasst, wobei das Shuttle-System weiterhin zumindest zwei Shuttles umfasst, wobei die Shuttles (7) eingerichtet sind, Fördergüter (8) ein-, aus- oder umzulagern, wobei die Shuttles (7) Aufträge zum Ein-, Aus- oder Umlagern eines Förderguts (8) von der Steuerungseinrichtung erhalten, kann zum Verhindern einer Blockade-Situation und/oder zur Erhöhung einer Lagerdichte die folgenden Schritte umfassen:- Sobald ein aktiver Auftrag zum Ein-, Aus- oder Umlagern eines Förderguts (8) betreffend einen bestimmten Lagerkanal (6A, 6B, 6C, 6D) vorliegt, prüft die Steuerungseinrichtung, ob ein offener Auftrag zum Ein-, Aus- oder Umlagern betreffend diesen Lagerkanal (6A, 6B, 6C, 6D) vorliegt- Liegt kein solcher offener Auftrag vor, so vergibt die Steuerungseinrichtung den aktiven Auftrag- Liegt ein solcher offener Auftrag vor, so vergibt die Steuerungseinrichtung den aktiven Auftrag erst dann, wenn der offene Auftrag erledigt wurde.
Resumen de: WO2025108702A1
The present invention relates to a disassembly plant (100) for dismantling a decommissioned vehicle (102), wherein the disassembly plant (100) comprises: - a dismantling station (104) to dismantle the decommissioned vehicle (102) in dismantled vehicle parts (106) and/or materials (108); and/or - a preparatory station (110) (110) to register and/or prepare the decommissioned vehicle (102) for the dismantling station (104); and/or - a material processing station (112) for processing the dismantled vehicle parts (106) and/or materials (108); and/or - a distribution station (114) to distribute and/or to transport away the processed dismantled vehicle parts (106) and/or materials (108), wherein the preparatory station (110), the dismantling station (104), the material processing station (112) and/or the distribution station (114) are preferably arranged along a disassembly line (116) of the disassembly plant (100) along which the decommissioned vehicle (102) is transported or transportable during dismantling.
Resumen de: EP4814976A2
0001 Methods and systems are disclosed herein. A method of manufacturing a cell therapy product for treating cancer in a patient comprises initiating manufacturing of the cell therapy product from at least a portion of a tumor or a population of cells obtained from the patient using a multi-step cell expansion process, based on a cell order request to manufacture the cell therapy product, a preliminary schedule of patient treatment events for treating the patient with the cell therapy product, and a selected manufacturing slot at a manufacturing facility, wherein the manufacturing slot is selected from a plurality of available manufacturing slots based on the preliminary schedule of patient treatment events; performing quality control assays to determine acceptance parameters at each of a plurality of time points during the multi-step cell expansion process, wherein the acceptance parameters comprise one or more of viability, sterility, cell count, mycoplasma count, CD3 count, a result of an endotoxin assay, and a result of a Gram strain assay; determining, during the manufacturing of the cell therapy product, whether the acceptance parameters determined at respective time points meet acceptance criteria associated with the respective time points; in response to a determination that the acceptance parameters at a first time point of the plurality of time points meet the acceptance criteria, continuing the multi-step cell expansion process, or in response to a determination
Resumen de: WO2025108864A1
The invention relates to a method for controlling the availability of a good, wherein at least one of the following input variables is ascertained: availability value of the good (12), date (14), weather data (16), week days (18), public holidays, vacation days, bed occupancy data and/or event data; wherein based on the input variables (12, 14, 16, 18) a probability distribution (10) of the quantity of required goods in a defined availability interval is forecast based on a trained model (22), and an output value (34) is determined based on the probability distribution (10); and wherein the availability of the good is controlled (36) based on the output value (34).
Resumen de: CN122840821A
本发明涉及铁路智能运输生产组织技术领域,公开了一种基于整数规划与多启发式融合的阶段计划生成方法,包括以下步骤:S1、多源业务数据接入与标准化处理阶段;S2、0‑1整数规划可行方案生成阶段;S3、遗传‑蚁群混合启发式优化阶段;S4、人机协同方案输出与执行阶段;本发明提升铁路编组站阶段计划的编制效率,替代传统人工编制模式,缩短计划生成周期,同时可生成多套不同优化方向的备选方案,支持调度人员在正点保障、资源利用等不同目标间灵活选择,适配多样化的运输生产需求,有效优化列车出发秩序与站内资源配置,提升干线运输衔接效率。
Resumen de: CN122840806A
本发明涉及疫苗管理技术领域,公开了疫苗库存管理系统,包括:用于构建渲染进程与主进程双进程架构模块,用于维护数据库文件的多站点数据管理模块,用于生成拆零出库记录的智能拆零出库模块,用于触发稀释液实体入库或出库的稀释液联动管理模块,用于响应跨站疫苗流转的跨站点调拨模块,以及用于维护库存余额及月结数据一致性的月结与数据保障模块。本发明通过全局系统数据库与站点物理隔离数据库的混合架构,配合跨站调拨的前置全量校验、跨库顺序写入与事务补偿回滚机制,在不依赖分布式数据库的前提下实现了跨站操作的原子性与最终一致性,大幅减少了手工独立操作导致的记录遗漏与不对称问题。
Resumen de: CN122839469A
本发明涉及涉及钢结构构件深化设计与物流打包优化技术领域,尤其涉及基于三维模型的钢结构构件精细拆分与打包体积优化方法。通过将力学安全裕度与空间死区率进行联合反馈,把拆分边界的动态调整转化为可量化的闭环控制过程,有效克服了传统人工凭经验拆分难以兼顾受力底线与装箱效率的缺陷;不仅能在保障本体安全的前提下自动寻找空间利用率最优的拆分面,还能在受力与空间发生冲突时智能生成新增拆分指令,提升了大型钢件的物流打包效率与出厂制造的自动化水平。
Resumen de: CN122840370A
本发明涉及面向物流配送及无人机路径规划的粒子群算法优化技术领域,具体为一种面向协同配送的双场驱动粒子群寻优方法,包括:获取无人机、目标公交车及任务区域三维高程数据;构建双场耦合模型:评估包含时间压力、能量边界及地形障碍的综合环境风险指标,构建融合位置牵引与防抖抑制的动态时空接驳引力场;利用非线性映射机制驱动惯性权重随综合环境风险指标发生自适应跃迁;将接驳引力场矢量与跃迁后的惯性权重联合代入粒子速度更新方程,输出具备高容错特性的最佳速度更新矢量,进而驱动算法加速收敛。本发明克服了传统算法参数调节固定、面对环境扰动响应滞后的缺陷,从底层解算层面显著提升了复杂环境下协同配送的寻优收敛成功率。
Resumen de: CN122840585A
本申请提供一种基于SAAS的订单农业云工厂智能调度方法及系统。该方法包括:获取订单数据和工厂生产状态,构建订单需求表征,按调度相似性生成订单簇;根据订单簇需求和生产状态构建协同分配模型,迭代更新工厂承接策略,生成初始产能匹配关系;根据初始产能匹配关系跨尺度解构产能需求,生成关联空间、时域和资源需求的农事作业单元;根据作业单元间依赖及约束构建地块级约束模型,经约束传播和冲突回溯确定执行时域与资源配置,生成地块级排程方案;依据排程可执行状态修正有效产能,重复协同分配、跨尺度解构及约束求解至稳定,生成多工厂协同调度方案。本申请能够提高多工厂产能协同效率、增强作业排程可执行性、提升调度闭环优化能力。
Resumen de: CN122840500A
本发明公开了一种基于两阶段多目标优化的高架车智能调度方法。其根据任务预估执行时间将任务划分为长时与短时任务,构建考虑优先级、距离及空闲时间的多目标加权偏好列表,采用延迟接受算法生成初始匹配;随后,通过搜索并交换满足高度与工时约束的阻塞对,结合TSP路径优化,迭代降低车辆总移动距离。本发明兼顾任务时效与资源利用率,能有效降低空驶距离,实现全局调度方案的最优化。
Resumen de: CN122840445A
本申请公开了一种极片料卷匹配方法及系统。极片料卷匹配极片料卷匹配方法包括:获取第一料卷的第一物料参数信息、候选卷绕机的卷绕机标识以及候选卷绕机上的第二料卷的第二物料参数信息;根据第一物料参数信息和第二物料参数信息,从候选卷绕机中确定与第一料卷匹配的目标卷绕机,以根据第一料卷为目标卷绕机上料。根据本申请实施例,能够避免因料卷和卷绕机匹配不当带来的电芯质量问题。
Resumen de: CN122845654A
本申请提供了一种物流订阅推送链路故障定位方法及设备,物流订阅推送链路故障定位方法包括:接收客户端输入的故障定位请求;基于故障定位请求,通过大语言模型识别故障定位请求包含的物流单号,确定单票推送故障排查意图;基于单票推送故障排查意图,依托大语言模型管控的多轮函数调用循环,按照预设排布顺序,依次对订阅环节、采集环节、推送投递环节执行链路级联故障定位处理,得到各故障定位环节的业务查询数据与运行状态结果;根据各故障定位环节对应的运行状态结果执行差异化分支处理;当各故障定位环节逐级流转排查全部完成时,汇总各故障定位环节的业务查询数据与大语言模型的中间推理信息,生成并输出故障定位结论。
Resumen de: CN122839629A
本申请涉及冷链物流技术领域,尤其涉及一种多温区冷藏车隔板位置智能调节方法及装置,其方法包括:货物装载前,输入货物热物性参数及基础运行参数,同步构建冷藏车车厢三维数字模型;货物装载后,通过多源感知网络采集车厢内外部全场景实时数据,并进行多物理场耦合融合处理;根据输入的参数、冷藏车车厢三维数字模型以及多物理场耦合融合数据,通过动态热负载平衡算法求解得到隔板初始调整位置;构建多目标优化函数,并以隔板初始调整位置为基础解,通过BP神经网络与遗传算法融合模型进行全局多目标寻优,求解隔板调节最优参数;根据隔板调节最优参数,通过伺服电机驱动隔板沿滑轨滑动至目标位置。本申请有助于实现隔板位置动态、精准调节。
Resumen de: CN122835642A
本发明公开了一种危化品运输途中的泄漏监测系统,涉及传感器检测技术领域,包括:罐体状态传感阵列,沿运输罐体的外壁和/或内壁布置,包括多个异构传感器节点;运输动态状态采集模块,安装于运输车辆上;干扰信号预测模型,预先基于历史运输数据训练得到,用于根据所述运动状态参数预测在当前运输动态下所述多维状态参数中应产生的干扰信号分量;残差提取与泄漏判定模块,用于计算所述多维状态参数的实际采集值与所述干扰信号预测模型输出的预测干扰信号分量之间的残差,并基于所述残差进行泄漏判定。通过构建干扰信号预测模型与自适应检测门限,有效剥离了车辆运动产生的动态干扰,提升了复杂路况下的检测可靠性。
Resumen de: CN122841106A
本发明提供了一种钢铁行业交叉供料成本核算方法及系统,涉及钢铁行业成本技术领域,方法包括如下步骤:S1、采集目标钢卷在预设周期内的生产异动数据;S2、在物料转库或存货销账时点,调取目标钢卷的最终成品订单所属法人及生产机组设备所属法人,比对两者是否一致;S3、计算目标钢卷的固价成本;S4、标记差异数据并输出对账差异清单;并针对期末库存按相同维度进行存量核对;S5、生成自产产品与代工产品的合计成本表、代工服务还原后的产品成本表及委托代工销货量明细表,作为成本核算结果输出。本发明解决钢铁行业多法人、多机组交叉供料场景下成本核算归属不清的问题,实现关联交易与委托加工业务的自动区分。
Resumen de: CN122840497A
本发明提供一种基于动态阈值与趋势预测的车队加油调度方法及系统,包括:S1:通过车载终端实时采集车辆剩余油量、瞬时油耗及当日剩余里程信息;S2:采用加权移动平均算法计算当前平均油耗,结合当日剩余里程与安全冗余里程生成安全油量阈值;S3:通过差分加权法对本地油价序列进行趋势预测,生成预测油价序列;S4:将当前油量、油箱容量、安全油量阈值及预测油价序列输入优化模型,以安全油量阈值和油箱容量为约束,以规划周期内总加油成本最小化为目标,通过枚举搜索求解最优加油决策并输出加油计划表;S5:持续监控车辆续航状态,当续航不足时自动触发紧急加油指令;S6:闭环参数修正,并利用修正后的参数,对模型进行刷新、迭代。
Nº publicación: CN122840599A 29/09/2026
Solicitante:
华芯(嘉兴)智能装备有限公司
Resumen de: CN122840599A
本申请提供一种跨生产湾的分布式天车调度方法和系统,属于天车调度技术领域,该方法通过在每个生产湾节点的边缘控制单元部署独立的策略网络模型,并将多个生产湾节点建模为图结构,借助图注意力网络的逐层注意力机制聚合邻域特征,获取当前生产湾节点的更新特征向量,以所述更新特征向量作为当前生产湾节点的策略网络模型的输入特征,从所述策略网络模型的动作空间确定当前生产湾节点对本节点内的空闲天车的候选调度动作,本申请可以使每个生产湾节点能够提前感知邻居节点乃至多跳邻域内的物料需求和天车紧缺状态变化,促进空闲天车及时向高需求生产湾调度,降低天车局部拥堵,提高跨生产湾的天车全局调度效率。