The same pattern that applies to parsing and lexical analysis of freeform names and addresses can be applied to standardize and de-duplicate product listings or parts for enhanced inventory control.
对应用于自由格式姓名和地址的解析与词法分析的模式，也可以应用于对产品清单或增强的库存控制部分进行标准化和重复项消除。
Pull system moves parts and instructs production between processes limiting the amount of inventory.
拉动式系统在工序之间移动零部件并通知生产，同时限制库存数量。
Kanban's aim is to minimize WIP (Work-In-Process), or inventory, between processes by making sure that the upstream process produces parts only if its downstream process needs it.
看板试图通过确保上游阶段只生产下游阶段所需的零件，以达到在不同阶段之间最小化WIP(未完成任务)，或者存货清单的目的。
Prior to TOC, manufacturers would clog up their factories and warehouses with excess part inventory to bring the unit cost of parts (and therefore finished goods) down.
在TOC之前，制造商为了降低单个部件的成本（从而降低成品的成本），他们的工厂和仓库堆满了过量的库存。
When the order is completed, parts are expensed thereby reducing inventory of those items and also posting the expense to the General Ledger in order to track maintenance costs.
当维修订单完成后，库存中的零件和费用会被转移到此维修订单，并记录总分类账，以便追踪它的成本。
The inventory is checked to ensure that all necessary parts are in stock before the appointment is scheduled.
在安排预约之前确保所有必需的零件都有库存。
Others struggled over the next weeks and months to get parts for their manufacturing operations, a logjam that led many to rethink Japan's famed ‘just-in-time’ system of inventory.
其它企业在其后数周乃至数月内都难以部分恢复其制造业务，这种困境，让许多人开始反思日本著名的“及时反应”(just-in-time)库存体系。
Kanban's aim is to minimize WIP (Work-In-Process), or inventory, between processes by making sure that the upstream process produces parts only if its downstream process needs it.
看板的目的是通过确保只有当下游工序需要时上游工序才生产零部件，进而最大限度地减少工序(process)之间的在制品(Work - In - process,WIP)或者库存。
Interconnectivity means bringing together real time location information for parts, tools, and personnel along with equipment health status and inventory stock levels.
相互连接性意味着将部件、工具和人员的实时位置信息与设备健康状况和库存程度整合在一起。
Data is a list of temperatures, a litany of recent sales, or an inventory of parts on hand.
温度列表、近期销售状况说明或者库存零部件清单，这些都是数据。
Real-time inventory tracking made this a valuable matchmaking service in the mining parts industry.
它的货单实时查找业务成为采矿设备工业中的一项宝贵服务。
Companies running on just-in-time inventory management were most vulnerable since they have no inventory of parts and components to continue production.
一些企业之所以能继续下去是因为采取了即时库存管理，即使这样，这些企业还是会不堪一击，因为他们没有零部件的库存来维持继续生产。
For instance, the inventory response for the parts from an automotive dealership includes a Time-To-Live (TTL) element.
比方说，汽车零售商的零件目录响应中包含一个Time - To - Live (ttl)元素。
In addition, the common parts specifications allow a repair shop to maintain a smaller inventory because they can use the same parts in many different desktop computer makes and models.
此外，一般的配件说明书中都允许维修车间维持较少的库存量，这是因为在不同的品牌和模型的台式计算机上可以使用相同的配件。
Control un-normal Parts in plant storages, manage and control activities of inside inventory , ensure the exactitude of inventory.
对公司内各库存点的异常库存进行控制，对物料的内部运作进行管理和控制，保证库存的准确性。
Factory has proper documentation and updated inventory of machines, tools, spare parts, and equipments.
工厂有适当的机器、工具、零部件和设备的库存文件，并保持更新。
When the inventory is reduced to a specific level, purchase for new parts and material will start. It is called the Order Point System.
当库存减少到一个特定水平，新零部件和原材料采购将启动。这就是所谓的订货点制度。 。
Manage the inventory of after sales parts including the inventory status in Shanghai, Germany, Customer, dealers and etc.
管理售后相关零件的库存情况，包括上海、德国、客户、代理商等等。
In the classified management of spare parts, inventory management mode, supply chain, management process and their integration with computer aided design form a mode of optimization management.
在备件分类管理、库存管理模式及备件供应环节和管理流程上，结合计算机辅助技术，形成优化管理模式。
Spare parts inventory decision-making is an important issue in Spare parts management of manufacture industries.
备件库存控制是制造企业备件管理中的重要问题。
This paper presents a control strategy of demand pulled spare parts inventory. It establishes a spare part demand prognosticating model based on reliability analysis.
提出了“需求拉动式”航空器材库存控制模式，建立了基于可靠性分析的航空器材需求预测模型。
With the globalization of production and increased competition, how to manage the service parts inventory effectively has become a concern of many manufacturers.
随着生产的全球化和竞争的加剧，如何有效地管理服务备件的库存已成为众多制造商所关心的问题。
Equipments random inventory management strategy and relevant factors include ordering cost, storage cost, average cost per unit time, probability of no shortage of spare parts, and decision models.
器材随机库存管理控制策略及其有关因素包括：订货费用、存贮费用、单位时间内备件的平均费用、不缺备件概率及决策模型。
Provide planning information to ensure spare parts are ordered in at correct timeframe to meet project deadlines whilst maintaining appropriate inventory levels within Service Centre.
提供计划内相关信息以确保零部件采购时间段的准确性，既要保证项目到期前完成，同时在服务中心维持适当的存货量。
One of the important ways to solute this issue is rational and effective inventory management of spare parts and spare parts with accurate and timely demand forecast.
而解决这一课题的重要途径之一就是合理有效的备件库存管理与准确及时地备件需求预测。
Establish mechanical spare parts strategy, inquire and evaluate supplier, input PR in SAP system for spare parts inventory re-order.
建立机械设备备件策略，调查和评估供应商，在SAP系统中输入采购申请补充备件库存。
Establish mechanical spare parts strategy, inquire and evaluate supplier, input PR in SAP system for spare parts inventory re-order.
建立机械设备备件策略，调查和评估供应商，在SAP系统中输入采购申请补充备件库存。
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