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455
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Updated on
15/11/2026 [07:03:00]
Results 250 to 275 of 455
Absstract of: CN123051296A
本申请公开了智能仓储上架库位优化分配方法，属于智能仓储优化技术领域，方法包括：获取待上架货物信息和库位信息，确定各货物候选库位集合，并依据上架作业时间、货架负载不均衡度、空间利用率和货物关联度损失构建综合目标函数；基于候选库位集合初始化蜉蝣种群，在迭代中采用自适应动态惯性权重和莱维飞行策略执行觅食更新，采用黄金正弦分割算子执行求偶更新，并对更新结果进行约束检查和库位冲突修复；根据适应度更新全局最优个体，得到最优上架库位分配方案；执行上架作业并依据作业反馈调整目标权重和算法参数，用于后续库位优化分配。
Absstract of: CN123050919A
本发明公开了一种智慧电力仓储方法及系统，涉及电力技术领域，其技术方案要点包括以下步骤：建立跨区调度结构相对应的仓储协同分层体系，根据仓储协同分层体系为每个分层区间配置不同的跨区调度方式得到分级调度策略；获取电力仓储网络的仓级状态参数，根据仓级状态参数确定所属的仓级分级区间，根据分级调度策略确定仓级分级区间对应的目标跨区调度方式；根据目标执行介质的通信协议与处理逻辑，对待调度电力仓储资源执行跨区协同存储与配置操作，效果是提升电力物资调度的整体效能。
Absstract of: CN123049394A
本发明涉及跨境供应链数字化管理技术领域，具体为跨境供应链全链路数据融合与智能异常预警管控方法，包括以下步骤：获取跨境订单记录、报关单证记录、仓储库存记录、运输轨迹记录、口岸状态记录、清关状态记录、交付记录和费用记录，将记录转换为链路节点数据，基于多标识关联索引生成全链路数据序列，按节点顺序和节点时间窗口得到时序偏差节点，跨源校验时序偏差节点形成候选异常节点，确认异常节点后生成异常风险等级，输出预警信息或管控指令，依据处置结果或节点恢复状态更新异常状态。本发明通过链路节点转换，多标识关联和跨源校验，使分散记录形成连续处理依据，使异常预警与管控反馈对应。
Absstract of: CN123051522A
本发明属于智能物流技术领域，公开了一种基于认知数字孪生与增量博弈的多式联运物流报价方法及装置，包括：获取目标多式联运网络的实时状态数据；构建目标多式联运网络的认知数字孪生体，并基于实时状态数据进行更新；结合认知数字孪生体进行风险分层推理，获得风险分层推理结果；在认知数字孪生体上执行增量博弈优化，获得目标报价策略；基于目标报价策略和认知数字孪生体的当前状态，生成价格构成数据；并进行因果解释分析，获得敏感性说明文本；基于价格构成数据和敏感性说明文本，生成并输出报价方案，作为目标多式联运网络的物流报价结果；本发明能够有效提升复杂跨境多式联运场景下报价的响应速度、风险适应能力和定价合理性。
Absstract of: CN123051253A
本发明公开一种化工园区对外危险货物运输风险论证评估方法，通过采集基础静态数据与实时动态数据并生成结构化评估数据集，在此基础上构建包含人员、车辆、货物、道路、环境、管理六个维度的三层级风险因子体系，对各三级风险因子进行风险程度分级赋，采用层次分析法计算各因子的初始权重，并引入贝叶斯网络模型根据实时动态数据对初始权重进行动态修正，获得具有时效性的实时权重并计算综合风险值判定综合风险等级，通过计算各因子的风险贡献度并排序筛选核心风险因子，结合空间位置与时间节点信息定位风险源头，最终生成完整评估报告，实现了对化工园区对外危险货物运输风险的多维度全面识别。
Absstract of: CN123051287A
本发明涉及智能仓储的技术领域，提供一种仓储管理系统以及仓储管理方法，仓储管理系统包括多个夹具、仓储柜、信息录入装置、机器人以及控制系统。每一夹具设有RFID标签；仓储柜内设有多个夹具工位，每一夹具工位设有RFID读写器，用于与读取RFID标签；信息录入装置用于获取工件信息和夹具信息；机器人用于转运夹具；RFID读写器、机器人以及信息录入装置与控制系统通信连接；控制系统用于根据工件信息和夹具信息建立工件信息与夹具信息的匹配关系，根据匹配关系分配夹具工位并建立工件信息、夹具信息与夹具工位之间的绑定关系，控制机器人将夹具转运至所分配的夹具工位或将夹具从夹具工位取出。本发明实现了全自动化入库、出库。
Absstract of: CN123050718A
本申请涉及数据处理技术领域，公开了一种销售运营数据智能分析方法及系统，其方法包括：获取价值量数据与实物量数据；基于预设的物理属性转换逻辑，将实物量数据转换为统一的标准物理量纲指标；识别订单合同中的交付约定，将预售交易的价值量暂存于缓冲池，并监测实物交付的出库比例，以确定对应的已履行价值量，实现已履行价值量与标准物理量纲指标在时间轴上的时序对齐；在多个预设的时间周期内，分别汇总各渠道经时序对齐后的已履行价值量指标总和与标准物理量纲指标总和，形成相应的变化序列；计算相邻周期内的价值量变化率和物理量变化率，并进行归因判断。本申请从根本上解决了多源数据可比性差的问题，提升了分析结论的可靠性。
Absstract of: CN123051628A
本发明公开了一种基于图像识别的食堂智能管理系统及管理方法，具体涉及图像识别技术领域，包括图像采集模块、交互账本模块、规划需求管理模块和厨房任务管理模块，系统采集供餐位及餐盘流转区同步图像序列，依据源端减少、器具携餐跨越预设转移边界及餐盘端增加三项证据，判定有效转移、有效无转移或观测无效，对有效无转移生成未闭合交互令牌；餐盘进入可供给目标供餐位取餐机会区且仅关联一个未闭合交互令牌时生成目标机会暴露记录，以最先发生的有效转移闭合令牌并形成顺序取餐边；补餐后确认供给恢复，满足供餐配置可比及两项比值增量条件时确定规划修正份数，并变更待生成或待执行任务。
Absstract of: CN123050724A
本发明公开了一种基于深度强化学习的三维装箱智能决策系统与方法，该方法获取容器尺寸信息和待装载货物集合，初始化装箱环境；基于三向分割生成空间利用率为100%的理想数据集，理想数据集包含专家轨迹；构建多头联合Actor‑Critic策略网络，该网络包括嵌入层、双路Transformer编码器、统计聚合模块、特征融合模块和多路输出层，用于对货物特征和空间特征进行编码与融合，并输出货物选择概率分布、空间选择概率分布、旋转选择概率分布、几何兼容性得分及状态价值估计；在理想数据集上对策略网络进行监督学习预训练，再切换至强化学习阶段继续优化；利用训练后的策略网络进行序列化决策并执行放置操作。本发明有效提升了三维装箱的空间利用率和训练效率。
Absstract of: CN123050913A
本发明属于钢铁企业余材匹配、库存优化及生产计划辅助决策技术领域，涉及一种基于规则库分层校验与智能优化算法的钢铁余材充当方法。该方法包括：获取合同数据、余材数据，调用规则库对余材‑合同组合进行分层校验和规则冲突裁决，生成候选余材‑合同匹配关系，并表示为可行边集或稀疏可行矩阵，作为模型变量域；在变量域内构建多目标优化模型，采用规则引导的智能优化算法求解候选余材充当方案；当方案不满足执行条件时，在变量域内执行删除、替换、重分配或回退处理；当合同需求、余材库存状态或生产约束发生变化时，仅更新受影响的余材‑合同匹配关系，保留未受影响的原匹配关系。本发明能够减少无效搜索和全量重算，提高余材充当效率、方案可执行性和动态响应能力。
Absstract of: CN123050144A
本发明涉及一种基于混合整数规划的多目标散件组托优化方法。所述方法包括：对托盘和散件进行三维数字化建模；以装载数量最大化、空间利用率、装载稳定性和重量约束为原则构建多目标函数；将多目标优化问题转化为单目标优化问题；基于改进的分支定界算法求解得到最优散件装载方案，通过建立包含二进制变量、整数变量和连续变量的混合整数规划模型，系统化处理尺寸约束、重量约束、完整性约束和稳定性约束条件，采用基于敏感度的变量选择策略、最佳优先搜索策略和线性松弛剪枝规则，保证找到全局最优解或在指定时间内找到最优性保证的近似解。本发明能够有效提升托盘空间利用率和装载稳定性，显著提高物流作业效率，降低人工成本和运输风险。
Absstract of: CN123050990A
本申请实施例涉及供应链管理信息化领域，并提供了一种基于对话式交互的智能投放计划全流程管理方法、系统、计算机设备和存储介质，该方法包括：首先获取自然语言指令进行投放计划操作意图识别处理，针对投放计划创建任务采集得到操作参数，然后根据操作参数生成表格确认信息并展示，响应于表格确认指令根据操作参数确定各阶段的起止日期并展示，然后响应于日期确认指令自动选择目标后端服务并组装对应的请求格式，调用计划创建应用程序编程接口执行投放计划创建操作，进而对初步创建的投放计划进行库存保有单位的校验导入处理，最后根据最终创建的投放计划输出需求单数据。本方法的实施提升了投放计划创建过程的创建效率。
Absstract of: WO2022123828A1
This commodity management device comprises: a storage unit which stores first feature data indicating the features of the commodity in a first date time; an acquisition unit which acquires second feature data indicating the features of the commodity in a second date time after the first date time; and a determination unit which determines the identity between a first commodity and a second commodity on the basis of the first feature data, the second feature data, and an elapse time from the first date time to the second date time.
Absstract of: US20260340581A1
0000 An order allocation method is the method for allocating an order related to picking work acquired from an external system to each work area for a person or a robot, and includes: an acquisition step of acquiring an emergency order from the external system; and an allocation step of allocating the emergency order to at least one of the work areas based on work information on an order already allocated to each of the work areas, emergency storage bin information on an emergency storage bin that is a storage bin of an article related to the emergency order, and specification information on a specification of the robot.
Absstract of: RU2695051C1
FIELD: computer equipment.SUBSTANCE: invention relates to computer engineering. Method comprises steps of: obtaining, by means of a search module, a set of user profiles; establishing relationships between user profiles via transport-logistic services; obtaining at least one request from a user; searching for at least one multimodal service on a server, wherein determining at least one initial and at least one end user profile according to a user request; for defined at least one pair of initial and final profiles, a multimodal graph of user profiles is selected; displaying user at least one continuous chain of links of multimodal graph profiles.EFFECT: reduction of time for formation and search of multimodal services of cargo transportation.10 cl, 4 dwg
Absstract of: US20260336933A1
0000 An automated warehouse includes a storage facility that stores articles, a transport facility that transports the articles , a receiving section, multiple issuing sections, connected paths connected to the issuing sections, unconnected paths unconnected to the issuing sections, and a control system that refers to a type-based issue frequency upon determining storage sites for received articles. The type-based issue frequency is the number of articles per type issued from the issuing sections per unit period. The control system determines the storage sites for the articles received through the receiving section to cause, in comparison of articles stored at same positions in a Y-direction, articles stored along the connected paths to have a higher type-based issue frequency than articles stored along the unconnected paths.
Absstract of: CN123051276A
本发明公开了一种全链路广播级双向退件管控与末端交付终检系统及方法，属于末端物流智能调度与反向物流管控技术领域。本发明旨在解决现有无人配送方案退件管控存在盲区、末端错投风险高、退件运力利用率低的问题。系统包括全链路信息同步单元、全链路退件管控单元与交付终检触发单元；通过广播级退件指令实现全节点状态同步，针对正向派送、逆向揽收设置分场景回流逻辑，联动运力调度单元实现退件任务与正常业务合并排单复用运力，末端交付前通过中枢实时校验退件状态。本发明通过广播级全链路退件指令消除管控盲区，通过中枢实时交付终检降低错投风险，通过双向业务合并排单提升退件运力利用率，适用于各类末端无人配送场景。
Absstract of: AU2026254026A1
Abstract Computerized systems and methods manage vendor-agnostic configure-to-order (CTO) and quote-to-order (QTO) processes. A Real-Time Data Mesh (RTDM) aggregates, standardizes, and normalizes real-time data from various sources. A Single Pane of Glass User Interface (SPoG UI) facilitates dynamic interaction and visibility into vendor performance. An Advanced Analytics and Machine Learning (AAML) Module analyzes product compatibility, optimizes pricing strategies, and predicts market trends. A Vendor-Agnostic CTO/QTO Integration Module (VACIM) includes a Process Standardization Engine and a Vendor Data Transformation Gateway to ensure uniformity across vendors. Methodologies automate data processing, integrate transformation gateways for data consistency, and employ rule engines driven by machine learning for decision-making, thereby streamlining vendor processes, enhancing scalability, and optimizing pricing strategies in a scalable, adaptable framework. Abstract u s t o m e r Sy st em s Cu st om er Sy st em s s s o c i a t e Sy st em s In te gr at io n iO (o) As so ci at e Sy st em s In te gr at io n _— — > — — (jo) SOR Integration 210 y Ve nd or Sy st em s Ve nd or Sy st em s In te gr at io n Re se ll er Sy st em s In te gr at io n Re se ll er Sy st em s Sy st em of Re co rd s I- us to m er Sy st em s As so ci at e Sy st em s Ve nd or Sy st em s es el le r Sy st em s Sy st em o f R ec or ds I-S us to m er ys te m s In te gr at io n Ve nd or ys te m s In te gr at
Absstract of: WO2026230748A1
A box according to one embodiment comprises: a base; and a side wall extending upward from the base to surround an accommodation space located on the base. The side wall includes: a first portion spaced apart from the base along the upward direction and surrounding a first region of the accommodation space having a first cross-sectional area; a second portion spaced apart from the first portion along the upward direction and surrounding a second region of the accommodation space having a second cross-sectional area larger than the first cross-sectional area; a first connection portion connecting the base and the first portion and at least partially bent to have a curvature; and a second connection portion connecting the first portion and the second portion and at least partially bent to have a curvature, wherein the shape of the outer surface of the first connection portion may correspond to the shape of the inner surface of the second connection portion.
Absstract of: US20260350528A1
The disclosed technology provides for preparing items for packaging and shipping at a fulfillment location. A method can include receiving, using a user computing device, item information about an item, where the user computing device is configured to receive item information about a plurality of items via a server; transmitting, using the user computing device, the item information to a remote computing device, where the remote computing device is a remote database configured to store information about the plurality of items via the server; obtaining, using the remote computing device, item preparation instructions; receiving, using the user computing device, the item preparation instructions from the remote computing device; and outputting, using the user computing device, the item preparation instructions.
Absstract of: US20260350535A1
0000 A smart shopping cart uses cameras to aid a user in packing the cart. An order includes one or more items to be obtained at a retailer location. Image data is captured via one or more cameras positioned facing at least a first basket of the smart shopping cart. Based on the image data, one or more obtained items placed in the first basket are detected, and an occupancy state of the first basket indicating a spatial configuration of each obtained item in the first basket is generated. A fulfillment optimization model is applied to the occupancy state to identify a next item to be obtained in the order. The next item and navigation instructions to navigate about the retailer location to arrive at the next item are displayed via an electronic display.
Absstract of: US20260350679A1
Systems and methods are provided for assessing items for sale at a retail facility by determining a predictive out‑of‑stock condition. A control circuit receives a quantity of an item that is out for sale at a customer‑accessible location, where the quantity is determined from analysis of captured images of the item positioned on a surface. The control circuit obtains forecast data providing forecast sale quantities for the item. Based on the received quantity and the forecast data, the control circuit estimates a timing of when the item should be replenished. The control circuit further determines a predictive out‑of‑stock value corresponding to the item based on the estimated timing. The predictive out‑of‑stock value indicates an anticipated depletion of the item to support improved replenishment and inventory management.
Absstract of: US20260350638A1
0000 Systems for utilizing RFID technology to verify an authenticity of an article being purchased, wherein the article embodies an RFID tag that has a first changeable state that can be set to either a locked status or an unlocked status and a second changeable state that can be set to either a paired status or an unpaired status, wherein the second state cannot be changed from an unpaired status to a paired status unless the first state is set to the unlocked status. In some embodiments, the first state is only operable to be changed by a certified retailer of the article and/or is changeable upon receiving a predetermined signal from a system of the certified retailer. In some embodiments, a retailer sets the first state to an unlocked state in order to allow the RFID tag to be paired with a user account of a purchaser of the article.
Absstract of: US20260350534A1
0000 Disclosed herein are methods, apparatuses, systems and computer-elements for controlling the production of a chemical product by a chemical production based on a quantity of chemical product consumed at a consumption location. Controlling the production may include producing further chemical product if the quantity of the chemical product present at the consumption location has reached or has fallen below a predefined threshold. The produced further chemical product may be associated with a chemical product passport allowing retrieval of chemical product data associated with the further chemical product via a decentral network.
Nº publicación: US20260347112A1 05/11/2026
Applicant:
PANASONIC INTELLECTUAL PROPERTY MAN CO LTD [JP]
Panasonic Intellectual Property Management Co., Ltd.
Absstract of: US20260347112A1
A bin sorting method for sorting bins capable of storing an object to be picked by a picking robot, the method including the steps of: acquiring picking instruction data for instructing picking work of the object; acquiring an evaluation index related to the picking work for each object and for each picking robot; and sorting the bins with respect to a first picking robot among a plurality of picking robots, based on the picking instruction data and the evaluation index.
BOPI
Electronic site
