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ARTICLE ORDER PROCESSING METHOD, ARTICLE ORDER PROCESSING PROGRAM, ARTICLE ORDER PROCESSING SYSTEM, ARTICLE SORTING SYSTEM, AND COMPUTER-READABLE MEDIUM

Resumen de: EP4610196A1

To provide an article order processing method to improve efficiency of article processing by selecting different picking methods.An article order processing method according to an embodiment includes: acquiring an article order designating one or more articles; selecting a picking method for each article order from a plurality of different picking methods based on a plurality of the article orders acquired; and outputting a predetermined article order to an article processing device configured to implement a picking method selected for the predetermined article order.

Inventory system

Resumen de: GB2638720A

Road vehicle 100 carries containers 104. Each container holds a plurality of items of at least a first type and second type. An inventory system measures a weight of each plurality of items and wirelessly transmits the weights to an inventory engine (1112, Fig. 11). The inventory engine obtains the weights of the first and second types of item, the weights being different, sums an integer multiple of the weight of the first type of item with an integer multiple of the weight of the second type of item to match the weight data for the container and identify the number of items of each of the first and second types therein. One, two or four weight sensors may be used to measure the weight of a container. A change in weight may be used to identify a change in the number of items.

Inventory system

Resumen de: GB2638713A

An automated inventory system includes a warehouse and vehicles 100, with each vehicle containing a store comprising a plurality of each of a plurality of items stored in containers. The inventory system measures stock level data for each item stored in the containers and transmits the stock level data for each container to an inventory engine. The inventory system identifies the location of each vehicle, with the inventory engine being arranged to communicate with a user device to instruct a user to transfer an item(s) from a first vehicle to a second vehicle. The inventory engine instructs a measurement of stock level at the first vehicle and the second vehicle in respect of that item(s). If the stock level of the first item in the first vehicle has not decreased or the stock level in the second vehicle has not increased, the inventory engine communicates with a user device to remind the user to perform the transfer.

Inventory system

Resumen de: GB2638715A

An inventory system for a vehicle 100 includes a plurality of containers 104 for holding items. Stock level data for each item is measured and transmitted to an inventory engine which generates a record of historical stock level data. A scheduling engine communicates with user devices to instruct agents to attend premises for scheduled jobs. In response to a change in stock level of an item in a first vehicle associated with a first agent at a premises, the scheduling engine communicates with a user device of a second agent to instruct the second agent to attend the premises. Preferably, the scheduling engine is responsive to an increase in stock level such as a tool being placed in the vehicle, or to the vehicle door closing. This may indicate that the first agent has finished or nearly completed their part of the job and that the second agent should be dispatched to continue the job.

Inventory system

Resumen de: GB2638722A

An inventory system for a vehicle having a store comprising items stored in containers is disclosed. The inventory system measures stock level data for each item stored in the containers and wirelessly transmits the stock level data to an inventory engine. The inventory engine is arranged to identify items removed from the vehicle after arrival at a location but not returned before departure from the location, and to identify whether any of the removed items should have been returned to the vehicle. In response to an item not being returned, a message is sent to a user device associated with the vehicle. A message may be sent is response to a vehicle condition, such as a door being closed, a key being inserted or an engine being started.

Inventory system

Resumen de: GB2638717A

An automatic inventory system for a vehicle 100, containing a store comprising a plurality of each of a plurality of items stored in containers 104, is arranged to measure stock level data for each item and wirelessly transmit the data to an inventory engine. The inventory engine is arranged to: instruct a first measurement of stock level for a particular item and communicate with a user device to instruct a user to generate an anomaly condition, i.e. deliberately misplace an item; instruct a second measurement of stock level in respect of that item; generate a reference file in response to the anomaly condition and the first and second measurements of stock level; store the reference file in a database; and generate further reference files for further anomaly conditions. The inventory engine comprises a machine learning classifier trained using the reference files to identify relationships between the anomaly conditions and stock levels and, responsive to an anomaly condition of an item, identify the most likely cause. The system communicates with a user device to instruct a user to remedy the anomaly condition.

Inventory system

Resumen de: GB2638710A

An automatic inventory system for a road vehicle 100 comprises: a store comprising a plurality of each of a plurality of items, e.g. tools or materials, stored in containers, i.e. bins 104, measuring means, a wireless transmission means and an inventory engine. The containers, measuring means and wireless transmission means of the system are arranged to measure stock level data for each item stored in the containers and wirelessly transmit the stock level data for each container to the inventory engine. The system further comprises a support for a reel carrying a wound item, e.g. cabling, and a sensor for use in determining the amount of wound item remaining on the reel, the sensor and wireless transmission means are arranged to wirelessly transmit the output of the sensor to the inventory engine. The inventory engine is arranged to determine the amount of wound item remaining on the reel from the sensor output. Sensors may detect weight of reel (e.g. using a load cell), revolution counting (e.g. using an optical sensor/light gate, which may be used with a hall effect sensor), or distance to material on the reel, (eg using ultrasonic or optical/infra-red sensors).

Inventory system

Resumen de: GB2638714A

An inventory system for a vehicle 100 includes a plurality of containers 104 for holding items. Stock level data for each item is measured and transmitted to an inventory engine which generates a record of historical stock level data for each vehicle. The inventory engine accesses a database of performed jobs for a particular vehicle and generates a file combining historical stock level data and performed jobs for each vehicle. The files are used to train a classifier to identify relationships between historical stock levels and performed jobs. In response to a scheduled job for a vehicle, the inventory engine determines a minimum stock level for at least one item. Preferably, the files are continually updated and used to retrain the classifier. The inventory engine may also derive the minimum stock level based on typical item usage for a particular job plus a safety margin. The safety margin may account for the carbon emissions of carrying excess items and/or restocking during a job.

Inventory system

Resumen de: GB2638716A

An inventory system for a road vehicle 100 with at least one container storing at least one item is disclosed. The inventory system measures stock level data for each item stored in the containers and wirelessly transmits the data to an inventory engine. The inventory system comprises a RFID reader coupled to a controller for identifying items having an RFID tag within the vehicle and being arranged to transmit tag details to the inventory engine. The inventory engine is coupled to a database which defines at least one deadline in respect of each of a plurality of tools located in vehicles. The inventory engine being responsive to a deadline to communicate with a user device to remind the user a user to return the relevant tool to a specified location.

Inventory system

Resumen de: GB2638723A

Road vehicle (100, Fig. 1) carries containers (104, Fig. 1) holding a plurality of items. An inventory system measures stock level data for each item and wirelessly transmits the weights to an inventory engine (1112, Fig. 11). Elongate container 306 is attached to the vehicle, perhaps to the floor, roof, ceiling 304 or side, via at least two weight sensing devices 312, 314 and wirelessly transmits weight data to the inventory engine, which thereby identifies items, perhaps two different items, within the elongate container. The elongate container may store pipes, and may have a length 5-10 times the width. The weight sensing devices may be load cells. A controller located at the vehicle may process the weight data before transmission. The inventory engine may send messages to a user device associated with the vehicle, and may identify stock to be loaded onto the vehicle.

METHOD FOR DETERMINING A PLAN FOR ARRANGING CONTENTS IN A CONTAINER

Resumen de: WO2024089265A1

The invention relates to a method (200; 300; 400; 500) for determining a plan for arranging a plurality of contents in a container, which is carried out by computer (10) and comprises the following steps: • prior to the virtual arrangement, determining the maximum dimensions of the container depending on the dimensions of the contents to be arranged; • among the contents to be arranged in the container, virtually arranging (203) first contents at a predetermined position of the container; • in order to virtually arrange one of the remaining contents in the container: • determining (204) dimensions and coordinates of a plurality of remaining empty spaces of the container, which are separate from one another and respectively shaped as rectangular cuboids; • determining possible positions of the remaining contents in each empty space; • determining (207) respective distances between a predetermined vertex of the container and respective vertices of the remaining contents in each possible position; • depending on the determined distances, selecting one of the possible positions as a virtual arrangement of the remaining contents in the container; • repeating (208, 209) the preceding arrangement steps successively for each of the other remaining contents to be arranged virtually in the container so as to determine a plan for arranging all the contents in the container.

一种街道场景下的多用户无人机取货路径规划方法及系统

Resumen de: CN120579923A

本发明公开了一种街道场景下的多用户无人机取货路径规划方法及系统，包括构建所有用户取货点的集合，规划循环取货任务中的更新策略，每次循环开始时，优先选取距离仓库最远的用户作为下一个目标，并按距离对剩余取货点排序编号，再计算无人机执行后续取货及返航的能耗，结合当前剩余载荷判断任务可行性，若可行无人机前往取货，更新自身状态(能量、载荷)并调整取货点集合；若不可行，则根据取货点编号及货物重量，决定是跳过该点还是直接更新集合；当一轮取货完成后，无人机返航仓库，在补充能量并清空载荷后，更新状态并开始下一轮循环，重新规划取货点顺序，直至所有用户需求满足。本发明旨在优化街道场景下的多用户无人机取货的路径，确保无人机在能量和载荷限制下高效完成多点取货任务。

一种医用耗材管理系统及方法

Resumen de: CN120581160A

本申请公开了一种医用耗材管理系统及方法，涉及医用耗材管理领域，该系统包括基础数据管理模块维护医用耗材管理属性，包括医用耗材的物资编码；物资编码与院内HIS系统的收费编码为一一对应关系，应用于各个环节；入库管理模块通过扫描配送单上的条形码，对验收配送的医用耗材进行验收入库；出库管理模块根据各科室提供的需求订单，将有库存的医用耗材和出库单一并送至需求科室，将无库存的医用耗材转成采购订单；库存管理模块中医院总库一级库存储医院的各类医用耗材，科室二级库存储科室从所述医院总库一级库领用的各类医用耗材；科室管理模块用于监控本科室二级库的库存状态以及创建需求订单。本申请降低了计费错误出现的概率，提升了管理效果。

基于时空网络的列车与客货路径协同重调度方法、系统

Resumen de: CN120579866A

本发明公开了基于时空网络的列车与客货路径协同重调度方法、系统，涉及铁路列车调度技术领域。本发明基于目标铁路物理网络构建出时空网络，进而建立三个子问题的协同重调度模型，并结合拉格朗日松弛法、交替方向乘子法、线性化方法、动态规划法进行多轮迭代运算以得到最终的协同调度方案。本发明深入研究了高铁线路中断后列车重新调度问题，为列车重新分配停站股道、安排到发时间的同时还考虑了客货运路径重构，提供了合理设计的、深度耦合的协同重调度模型，并实现了对其的求解。本发明不仅能提供精细化的列车路径调整策略和客货换乘方案，同时也充分考虑了乘客与货物在运输需求上的差异性，提升了最终的协同调度方案的现实适用性。

一种公交与无人机协同的城市物流配送方法

Resumen de: CN120579915A

本发明属于城市智慧物流技术领域，涉及一种公交与无人机协同的城市物流配送方法。本发明是一种适用于交通非高峰期场景的公交‑无人机协同配送新模式，并设计构建双层决策框架，上层决策采用融合多头注意力机制的Dueling DQN算法，将包裹与其所应搭乘公交车进行合理匹配，按照上层决策结果利用公交车运输包裹至特定无人机站后，下层决策使用启发式算法进行各无人机路径规划。本发明通过公交非高峰期闲置运力与无人机末端配送协同，形成“干线运输+灵活末端”的高效网络，既盘活公交资源又提升配送效率，减少传统方案中额外车辆带来的交通与污染问题。

一种板卷综合存储自动化立体仓库

Resumen de: CN120573399A

本发明涉及仓库技术领域，具体涉及一种板卷综合存储自动化立体仓库，包括：多格架，所述多格架具有多个单独的存储区，且多格架只有一侧具有开口，各所述存储区的内部均设置有支撑机构。通过支撑机构与状态检测机构，实现对入存储区板卷重量、体积与质量进行依次检测，从而获取板卷刚刚入存储区时的初始数据，同时将数据与存储区板入存储区前的检测数据进行比较，以判断入存储区的板卷是否属于当前存储区存储范围，以实现对板卷入存储区时的身份认证，实现对板卷重量的判断，以避免超限板卷入存储区与判断出重量低于当前存储区标准的板卷，有效保护存储区储设备、提升存储安全性，防止过轻板卷混入导致存储区储资源浪费、存储布局混乱。

基于物联网的智能仓储自动化库存管理系统及方法

Resumen de: CN120579931A

本发明公开了基于物联网的智能仓储自动化库存管理系统及方法，属于库存管理技术领域，包括：短时状态跳变存在信息分析模块、短时状态跳变关联信息判定模块、第一适配方案分析模块和第二适配方案分析模块。本发明通过监控仓储货架状态，捕捉仓储中潜在的振动信号，准确区分货架结构振动与非结构振动，避免误判，提升监测精准度，针对货架结构振动，第一适配方案分析模块结合历史振动特征，实现动态时序调节，减少误报，针对非结构振动，评估物品变动的可信度及方向一致性，判定物品实际变动情况，进而采取针对性适配策略，确保库存变动信息的准确采集和及时响应，提升仓储库存管理的智能化水平与可靠性，提高了库存盘点效率和精确性。

船舶应急救援资源确定方法、装置、设备及介质

Resumen de: CN120579785A

本申请涉及一种船舶应急救援资源确定方法、装置、设备及介质，应用于船舶应急救援技术领域，方法包括：获取北斗位置数据、AIS位置数据、气象信息以及救援资源信息；将所述北斗位置数据与所述AIS位置数据进行融合，得到事故位置；基于所述事故位置以及所述气象信息对所述救援资源信息进行分析，确定目标救援资源；对所述目标救援资源以及所述气象信息进行监控，确定目标救援策略。本申请具有提高救援资源的可靠性的效果。

一种基于多方协同的集装箱智能调度管理方法及系统

Resumen de: CN120579840A

本发明公开了一种基于多方协同的集装箱智能调度管理方法及系统，涉及集装箱智能调度管理技术领域，包括采用动态协同优化算法对各参与方的利益进行建模，输入各参与方的信息，并输出得到全局最优解；采用区块链技术对关键文件进行处理，利用智能合约自动执行协议，减少人工审核依赖，得到操作透明度和效率提升结果；采用多目标运踪预测模型结合班列运行数据与外部因素进行分析，得到运输延迟概率的预测结果；将全局最优解应用于实际调度决策中，根据预测结果和区块链上的验证信息，动态调整各参与方的操作计划；基于操作计划和预测结果进行绩效评估，并收集来自不同参与方的反馈意见，得到综合评估报告。

一种基于人工智能的供应链全流程管理方法及系统

Resumen de: CN120579736A

本发明提供了一种基于人工智能的供应链全流程管理方法及系统，包括：采集供应链中各环节的运行数据，并基于各环节之间的执行顺序对运行数据进行分析，依次确定下游环节对上游环节的供货需求；基于各环节的业务属性控制各环节依次进行业务自主管理，并在业务自主管理完成后根据供货需求控制各环节依次进行货物供应管理；构建供应链中各环节之间的分布式验证节点，并在分布式验证节点中对各环节的货物供应管理数据进行校验，且基于校验结果对供应链全流程管理进行动态优化。便于根据供货需求对货物进行有效的调度，保障了供应链全流程管理的可靠性、稳定性以及准确性，大大提升了管理效果。

客货联合配送的路径规划方法、设备、介质和程序产品

Resumen de: CN120579922A

本发明公开了一种客货联合配送的路径规划方法、设备、介质和程序产品，涉及联合配送路径规划领域，方法包括获取配送区域内仅供乘客上下车的节点、仅供货物上下车的节点以及供乘客与货物共同上下车的节点的请求信息；确定路径流量约束、容量约束及约束；基于约束，以运营成本最小化为目标函数构建客货联合配送的路径规划模型；利用加速虚拟构造算法对请求信息进行构造，以生成客货请求的初始可行路径集合；将初始可行路径集合作为自适应大邻域搜索算法的输入参数，并调整自适应大邻域搜索算法的修复算子与移除算子，基于调整后的自适应大邻域搜索算法求解路径规划模型，在达到最大迭代次数或目标值收敛时，得到客货联合配送时车辆的路径规划方案。

一种冷链运输方法、装置、电子设备及存储介质

Resumen de: CN120579918A

本申请提供了一种冷链运输方法、装置、电子设备及存储介质，所述方法包括：获取目标冷链运输车辆所运输货物的货物类型；根据所述货物类型确定至少一个车辆运行参数及每个所述车辆运行参数对应的标准参数范围；在所述目标冷链运输车辆运行过程中，实时监测每个所述车辆运行参数的实时测量值，以及，获取所述目标冷链运输车辆所处环境的环境数据；根据所述环境数据、每个所述车辆运行参数的实时测量值及标准参数范围，调整所述目标冷链运输车辆的行驶参数与制冷参数；获取所述目标冷链运输车辆货舱内的环境监测数据，根据所述环境监测数据生成包含温场分布和货物摆放状态的三维可视化界面。

一种基于大数据的手术器械准备预警系统及方法

Resumen de: CN120581166A

本申请涉及医疗器械技术领域，公开了一种基于大数据的手术器械准备预警系统及方法，该系统包括关联模块、加急模块和预警模块。该方法与该系统对应。本申请，通过关联模块基于历史手术内容构建器械包关联库，结合知识关系与偏好关系，实现手术内容、医生习惯的精准匹配；加急模块利用追溯系统自动比对库存，精细化识别加急器械包，避免人工清点失误；预警模块明确器械包流转起始时刻，实时监测时间差值，快速响应当天手术需求；从而实现了基于大数据的自动化、精细化手术器械准备预警，提升匹配精准度与流转效率，优化资源管理，减少人为误差与资源浪费，增强对复杂临床场景的适应性，保障手术安全性与高效性。

基于人工智能的大宗散货智慧物流调度方法及系统

Resumen de: CN120579744A

本发明公开了一种基于人工智能的大宗散货智慧物流调度方法及系统，包括：首先获取大宗散货运输任务并通过任务特征抽取网络提取待调度任务特征；获取待选运力的运力属性数据并通过运力特征抽取网络生成待选运力特征；筛选调度优先级系数高于基准值的优选运力，提取其特征；基于任务特征与优选运力特征的适配系数优化优选运力特征；通过优化特征与待选运力特征的匹配确定最终调度运力并派发任务。如此设计，利用人工智能网络实现任务与运力的多维度特征提取，结合动态优化机制提升适配精度，解决了传统调度匹配效率低、实时性差的问题，提高了大宗散货物流的智能调度水平。

一种基于大数据的一次性餐具包装智能管理方法及系统

Nº publicación: CN120579831A 02/09/2025

Solicitante:

厦门环塑包装制品有限公司

Resumen de: CN120579831A

本发明的一种基于大数据的一次性餐具包装智能管理方法及系统，属于智慧医疗及物流管理技术领域，包括如下步骤：S1、采集管理单元的固有风险因子与可控风险因子，并采集管理单元的历史消耗数据；S2、基于固有风险因子与可控风险因子，计算生成量化的病区总风险评分；S3、基于病区总风险评分与历史消耗数据，计算生成一次性餐具包装的动态最优储备量；S4、获取管理单元的当前实际库存，并将当前实际库存与动态最优储备量进行比较；S5、若当前实际库存低于动态最优储备量，则生成补货任务；若当前实际库存不低于动态最优储备量，则返回执行步骤S4，本发明为实现预见性的、风险驱动的管理奠定了基础。