CN112561445A - Large goods storage management system and method - Google Patents

Abstract

Translated fromChinese

本发明公开了一种大型货物存放管理系统，包括存放货物的库位，所述系统包括负责货物管理和流转的web服务器、用于获取货物基本信息和需求清单的PLM服务器以及用于获取采购单信息和货物基础信息的SAP服务器，所述web服务器在内网连接用于管理出入库房的移动PDA端、WCS云服务器以及用于查看数据和控制操作的客户端，所述web服务器在外网与CA认证中心和TSA时间戳服务中心连接，所述库位包括虚拟库位与实际库位，每个库位都利用web服务器生成唯一的条码。本发明的上层系统和移动终端实现交互对接，使得线上与线下相结合；“一位一码”，保持数据的统一性，管理规范化、便捷化；多码绑定，并对数据进行加密，安全性高。The invention discloses a large-scale goods storage management system, including a warehouse for storing goods. The system includes a web server responsible for goods management and circulation, a PLM server for acquiring basic information of goods and a demand list, and a purchase order for acquiring purchase orders. The SAP server for information and basic cargo information, the web server is connected to the mobile PDA terminal for managing access to the warehouse, the WCS cloud server and the client for viewing data and controlling operations on the intranet, and the web server is connected to the external network. The CA certification center is connected with the TSA time stamp service center, the storage location includes virtual storage location and actual storage location, and each storage location uses a web server to generate a unique barcode. The upper-layer system and the mobile terminal of the present invention realize interactive docking, so that the online and offline are combined; "one digit, one code" maintains the unity of the data, and the management is standardized and convenient; multiple codes are bound and the data is encrypted , high security.

Description

Large goods storage management system and method

Technical Field

The invention relates to a management system and a management method, in particular to a large cargo storage management system and a large cargo storage management method.

Background

The large-scale goods storehouse management among the prior art mostly still keeps the mode of paperization, can only supply for producing the line through the mode of artifical reconciliation, has following several shortcomings: 1. due to manual document filling, the problem of copying errors of goods and quantity can be caused; 2. the paper document takes effect and needs to be subjected to leader signing, so that the overall operation flow is slow in progress; 3. different goods are managed by different people, so that warehouse data are opaque; 4. the placement of the articles is not standardized, so that the efficiency is low when the materials are supplied for production; 5. due to the strong mobility of personnel, the goods storage position cannot be fed back in time; 6. the confidentiality of a general management system for data security is low, and the risk of network theft exists.

Disclosure of Invention

The purpose of the invention is as follows: the first purpose of the invention is to provide a large goods storage management system which is combined on line and under line; the second purpose of the invention is to provide a large cargo storage management method.

The technical scheme is as follows: the large cargo storage management system is characterized by comprising a web server responsible for cargo management and circulation, a PLM server used for acquiring basic information and a demand list of cargos and an SAP server used for acquiring purchase order information and basic information of cargos, wherein the web server is connected with a mobile PDA terminal used for managing in and out of a warehouse, a WCS cloud server and a client terminal used for viewing data and controlling operation in an internal network, the web server is connected with a CA authentication center and a TSA timestamp service center in an external network, the warehouse comprises a virtual warehouse and an actual warehouse, and each warehouse generates a unique bar code by using the web server.

The information on the bar code comprises a goods code, a goods name, the number of goods entering or leaving the warehouse and virtual warehouse location information; the mobile PDA terminal scans and inputs the bar code by using infrared rays; data in the system is protected by means of MD5 and time stamp encryption; the web server is connected with the SAP server through a web service interface and is connected with the PLM server through an intermediate database.

The invention discloses a large cargo storage management method, which comprises the following steps:

s1: research personnel log in the PLM server, establish material basic information and project demand information and provide source data for system circulation;

s2: establishing a warehouse management system through a web server;

s3: the buyer uses SAP server to create purchase order, and then creates the warehousing bill and prints the paper bill with bar code through the warehousing management system, and delivers to the warehouse manager;

s4: the method comprises the steps that a librarian scans a warehousing document with a bar code by using a mobile PDA terminal, data information of a web server is obtained through an interface, and the librarian binds goods with a virtual library position or an entity library position according to an actual goods storage rule to form a background incidence relation of one code with one library position;

s5: after logging in the warehousing system, a producer creates a material receiving bill according to the basic information of the goods, prints a paper document with a bar code and delivers the paper document to a warehouse manager;

s6: the method comprises the steps that a storage manager scans an ex-warehouse document with a bar code by using a mobile PDA terminal, obtains data information of a web server and a virtual storage position or an entity storage position related to materials in a current document through an interface, and sends the materials off-line and unbinds the association relation on-line according to the information of the actual goods storage position.

Has the advantages that: compared with the prior art, the invention has the following remarkable advantages: the upper layer system and the mobile terminal realize interactive butt joint, so that the upper layer system is combined with the lower layer system; one bit and one code, the data uniformity is kept, and the management is standardized and convenient; and multi-code binding is performed, and data is encrypted, so that the safety is high.

Drawings

FIG. 1 is a general block diagram of the present invention;

FIG. 2 is an on-line flow chart of the library of the present invention;

FIG. 3 is a flow chart of the warehousing of goods according to the present invention;

fig. 4 is a flow chart of goods delivery according to the present invention.

Detailed Description

The technical solution of the present invention is further explained with reference to fig. 1-4.

The large-scale cargo storage management system comprises a storage position for storing cargos, and is characterized by comprising a web server responsible for cargo management and circulation, a PLM (product planning management) server for acquiring basic information and a demand list of cargos and an SAP (service access point) server for acquiring purchase order information and basic information of cargos, wherein the three servers are related in pairs, so that the uniformity of the architecture data of the whole system is ensured. The web server is connected with a mobile PDA end used for managing warehouse access, a WCS cloud server and a client used for viewing data and controlling operation in an internal network, the web server is connected with a CA authentication center and a TSA timestamp service center in an external network, the storage positions comprise virtual storage positions and actual storage positions, and each storage position generates a unique bar code by using the web server.

The information on the bar code comprises goods codes, goods names, the number of the goods entering or leaving the warehouse and virtual warehouse location information. The bar code generation rule configured by the Web server is transferred to the whole logistics and production chain, so that all goods are ensured to be traceable.

The Web server realizes fine management through a first-in first-out operation strategy and the application of intelligent equipment, and supports multi-industry, multi-linkage and multi-mode inventory monitoring management.

And the mobile PDA terminal scans and inputs the bar code by utilizing infrared rays.

Data in the system is protected by means of MD5 and time stamp encryption.

The web server is connected with the SAP server through a web service interface and is connected with the PLM server through an intermediate database.

Meanwhile, the web server feeds back the operation data of the bottom layer to an upper-layer system, so that the accuracy of financial data is ensured, and the operation information comprises information of goods which are finished to be warehoused currently, information of goods which are finished to be warehoused currently and are taken out of the warehouse currently and information of goods which are finished to be returned currently;

the Web server provides warehouse configuration, material management, material bar code printing, material list management, acquisition order synchronization and management, warehouse entry printing and scrapping, list synchronization and management, material receiving order printing and scrapping, warehouse return order management and printing, production work order synchronization and management, work order distribution and receipt, task tracking, production process material receiving, finished product warehousing, production data management, quality inspection data management and system data analysis for a management layer and operation workers to check and follow in time.

The actual operation personnel of the storehouse communicates with the Web server through the mobile PDA terminal, stores goods entering and exiting the storehouse in real time in combination with materials off line, uploads operation information to the Web server, provides the functions of code scanning and warehousing, position selection, code scanning and ex-warehouse, material selection, code scanning and ex-warehouse, position selection and code scanning identification, collects operation data in real time, and reduces paper waste and operation delay caused by paper operation. The user acquires the bill information created by the user on the web server after scanning the codes through the mobile PDA terminal, and corresponding exit, entrance and exit process operations are carried out according to the material information in the bill; and identifying the material information related to the inventory position and the tray by scanning the code.

After the mobile PDA terminal scans codes, corresponding materials or library positions are selected, information is transmitted back to the web, the web is reported to the SAP server through the server, and the three systems realize real-time communication through interfaces, so that the uniqueness of data is guaranteed while efficient operation is realized.

The large cargo storage management method comprises the following steps:

s1: research personnel log in the PLM server, establish material basic information and project demand information and provide source data for system circulation;

s2: establishing a warehouse management system through a web server;

s3: the buyer uses SAP server to create purchase order, and then creates the warehousing bill and prints the paper bill with bar code through the warehousing management system, and delivers to the warehouse manager;

s4: the method comprises the steps that a librarian scans a warehousing document with a bar code by using a mobile PDA terminal, data information of a web server is obtained through an interface, and the librarian binds goods with a virtual library position or an entity library position according to an actual goods storage rule to form a background incidence relation of one code with one library position;

s5: after logging in the warehousing system, a producer creates a material receiving bill according to the basic information of the goods, prints a paper document with a bar code and delivers the paper document to a warehouse manager;

s6: the method comprises the steps that a storage manager scans an ex-warehouse document with a bar code by using a mobile PDA terminal, obtains data information of a web server and a virtual storage position or an entity storage position related to materials in a current document through an interface, and sends the materials off-line and unbinds the association relation on-line according to the information of the actual goods storage position.

Claims (6)

Translated fromChinese

1.一种大型货物存放管理系统，包括存放货物的库位，其特征在于，所述系统包括负责货物管理和流转的web服务器、用于获取货物基本信息和需求清单的PLM服务器以及用于获取采购单信息和货物基础信息的SAP服务器，所述web服务器在内网连接用于管理出入库房的移动PDA端、WCS云服务器以及用于查看数据和控制操作的客户端，所述web服务器在外网与CA认证中心和TSA时间戳服务中心连接，所述库位包括虚拟库位与实际库位，每个库位都利用web服务器生成唯一的条码。1. a large-scale cargo storage management system, comprising a warehouse for storing goods, is characterized in that, the system comprises a web server responsible for cargo management and circulation, a PLM server for obtaining basic cargo information and a demand list, and a PLM server for obtaining SAP server for purchase order information and basic cargo information, the web server is connected to the mobile PDA terminal for managing in and out of the warehouse, the WCS cloud server and the client for viewing data and controlling operations, the web server is external The network is connected with the CA certification center and the TSA time stamp service center. The storage locations include virtual storage locations and actual storage locations, and each storage location uses a web server to generate a unique barcode.2.根据权利要求1所述的一种大型货物存放管理系统，其特征在于，所述条码上的信息包括货物编码、货物名称、出入库数量以及虚拟库位信息。2 . The large-scale goods storage management system according to claim 1 , wherein the information on the barcode includes the goods code, the goods name, the quantity of inbound and outbound warehouses, and the virtual warehouse location information. 3 .3.根据权利要求1所述的一种大型货物存放管理系统，其特征在于，所述移动PDA端利用红外线对条码进行扫描输入。3 . The large-scale cargo storage management system according to claim 1 , wherein the mobile PDA terminal utilizes infrared rays to scan and input the barcode. 4 .4.根据权利要求1所述的大型货物存放管理系统，其特征在于，所述系统内的数据通过MD5与时间戳加密的方式进行数据的保护。4 . The large cargo storage management system according to claim 1 , wherein the data in the system is protected by means of MD5 and timestamp encryption. 5 .5.根据权利要求1所述的一种大型货物存放管理系统，其特征在于，所述web服务器与SAP服务器通过web service接口对接，并通过中间数据库与PLM服务器连接。5 . The large-scale cargo storage management system according to claim 1 , wherein the web server is connected to the SAP server through a web service interface, and is connected to the PLM server through an intermediate database. 6 .6.一种权利要求1所述的大型货物存放管理的方法，其特征在于，包括以下步骤：6. The method for storing and managing large-scale goods according to claim 1, characterized in that, comprising the steps of:S1：研发人员登录PLM服务器，创建物料基础信息和项目需求信息，为系统流转提供源头数据；S1: R&D personnel log in to the PLM server, create basic material information and project demand information, and provide source data for system circulation;S2：通过web服务器创建仓储管理系统；S2: Create a warehouse management system through a web server;S3：采购人员使用SAP服务器创建采购单，再通过仓储管理系统创建入库单据并打印带条码的纸质单据，交由库管员；S3: The purchaser uses the SAP server to create the purchase order, and then creates the storage document through the warehouse management system, prints the paper document with the barcode, and sends it to the warehouse manager;S4：库管员使用移动PDA端扫描带条码的入库单据，通过接口获取web服务器的数据信息，库管员根据实际货物存放规则，将货物与虚拟库位或者实体库位进行绑定，形成一码一库位的后台关联关系；S4: The warehouse clerk uses the mobile PDA terminal to scan the warehouse receipt with barcode, and obtains the data information of the web server through the interface. The background relationship of one code and one location;S5：生产人员登录仓储系统后，根据货物基本信息创建领料单并打印带条码的纸质单据，交由库管员；S5: After logging in to the warehouse system, the production staff creates a picking list based on the basic information of the goods and prints a paper document with a barcode, and submits it to the warehouse manager;S6：库管员使用移动PDA端扫描带条码的出库单据，通过接口获取web服务器的数据信息和当前单据中物料关联的虚拟库位或者实体库位，库管员根据实际货物存放位置信息，线下派送物料，线上解绑关联关系。S6: The warehouse clerk uses the mobile PDA to scan the outbound document with barcode, and obtains the data information of the web server and the virtual or physical warehouse location associated with the material in the current document through the interface. Offline delivery of materials, online unbundling of associations.

Images