CN111091334A

CN111091334A - Production management system

Info

Publication number: CN111091334A
Application number: CN201811234630.XA
Authority: CN
Inventors: 胡义立
Original assignee: Macheng Lixin Accounting Consulting Service Co Ltd
Current assignee: Macheng Lixin Accounting Consulting Service Co Ltd
Priority date: 2018-10-23
Filing date: 2018-10-23
Publication date: 2020-05-01

Abstract

A production management system is characterized by comprising a client, a database end and an application server end, wherein the client is connected with the application server end, and the application server end is connected with the database end; the system comprises a client, a printing module, a production management module, a report module and a system management module, wherein the client consists of a basic information module, a purchasing module, an inventory management module, a production management module, a report module and a system management module, the printing module and the data of all the modules are correlated, and all links in the production process are accurately arranged, so that the production flow is more reasonable, the production efficiency is improved, the waste in the production is reduced, and the benefit is improved.

Description

Production management system

Technical Field

The invention relates to the field of industrial production, in particular to a production management system.

Background

Industrial production is basically divided into two major modes: discrete and flow. Discrete refers to the way in which the final product is made up of individual parts. Because the final form of the finished product takes the assembly of parts as a main process, the assembly naturally becomes a key point; the process type refers to a production mode for finally forming a new shape or a new material by processing some raw materials and changing the shape or chemical properties of the raw materials, and smelting is a typical process type industry. Some discrete production will have the characteristics of flow-type production, but most industrial production enterprises are developed in the form of discrete enterprises, which have the following characteristics: the processing process basically comprises the steps of dividing raw materials, then performing processing technologies such as turning, milling, planing and grinding one by one, assembling parts, and finally assembling finished products for delivery; the production mode is mainly based on order production, and is assisted by order design and inventory production; the variety of products is various; the manufacturing process is complex; the production period is limited; since discrete machining is the main, the quality and productivity of the product depend to a large extent on the skill level of the workers and the efficiency of the lathe, while the degree of automation is mainly at the unit level, such as numerically controlled machine tools, flexible manufacturing systems, etc. Therefore, the method is also a person-intensive industry, and the automation level is relatively low; the work of planning production and workshop is heavy. Because of various types of products, various parts and materials, complex processing technology and a plurality of uncertain factors influencing the production process, the production making, the planning work hour and the control of the production progress at any time are very difficult.

The industrial production has complex production process and difficult process and product management. The requirement of scientific management of modern enterprises is difficult to meet by simple manual and oral treatment.

Disclosure of Invention

The invention aims to provide a production management system which can easily make production and plan working hours in the production process and control the production progress at any time.

The technical scheme adopted by the invention for solving the technical problems is as follows: the system comprises a client, a database end and an application server end, wherein the client is connected with the application server end, and the application server end is connected with the database end; the client consists of a basic information module, a purchasing module, an inventory management module, a production management module, a report module and a system management module, and the data of all the modules are correlated with one another.

The basic information module is used for carrying out early-stage setting on initialization data of the system and carrying out maintenance operations of adding, modifying and deleting system information in the process of using software.

The purchasing module is mainly used for processing the materials to be purchased after the production plan is produced, performing the work of ordering, modifying, deleting and maintaining the purchased documents, and storing the modified data into the database end through the application server.

The inventory management module is used for managing warehouse articles, managing warehouse entry and exit, checking inventory, automatically calling data in the database module, filling in forms, and printing out warehouse entry forms and inventory forms through the printing module.

The production management module manages the whole production flow of the industrial enterprise, and performs order, material demand calculation, material demand plan maintenance, production plan issuing, work order management and production progress feedback.

The report module can formulate various reports according to the requirements of customers, and then call the printing module to print the forms.

The system management module is used for maintaining and setting safety and users of the whole system, and mainly has the functions of backing up and recovering a database, adding, deleting, changing and checking users and setting the authority of the users; the authority can be divided according to the function point authority and the data authority; the department where the user is located can be set, and the data authority in the department can be correspondingly set and shared.

The invention has the advantages that the production process is more reasonable by accurately arranging each link in the production process, the production efficiency is improved, the waste in the production is reduced, and the benefit is improved.

Drawings

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

FIG. 2 is a block diagram of a client;

FIG. 3 is a flow chart of the operation of the present invention.

Detailed Description

The invention is further described with reference to the accompanying drawings in which: the system comprises a client, a database end and an application server end, wherein the client is connected with the application server end, and the application server end is connected with the database end; the client consists of a basic information module, a purchasing module, an inventory management module, a production management module, a report module and a system management module, and the data of all the modules are correlated with one another.

Example one

After receiving a customer order, an enterprise inputs the order into an application server side through a client side, the application server side compares the product data stored in a database side, and when the existing product in a warehouse can meet the customer order, a sales delivery order is printed; when the existing products in the finished product warehouse can not meet the customer orders, the server side is applied to feed back information to a production management module of the client side and make a production plan, the production management module is used for calculating the material requirements, making a production purchase order, purchasing and warehousing, registering and warehousing after the commodities arrive, and modifying data stored by the database side. And then printing out a production material receiving bill and modifying the stored data, producing after the accessory work is finished, generating finished products for warehousing, and printing out a sales delivery bill. And when the accessory work is not finished, returning to the accessory starting operation.

Claims

1. A production management system is characterized by comprising a client, a database end and an application server end, wherein the client is connected with the application server end, and the application server end is connected with the database end; the client consists of a basic information module, a purchasing module, an inventory management module, a production management module, a report module and a system management module, and the data of all the modules are correlated with one another.

2. The production management system of claim 1, wherein the basic information module is used for performing maintenance operations of adding, modifying and deleting system information during the software using process and performing initialization data of the system.

3. The production management system according to claim 1, wherein the purchasing module is mainly used for processing the material to be purchased after the production plan comes, performing the tasks of ordering, modifying, deleting and maintaining the purchasing document, and storing the modified data into the database end through the application server.

4. The production management system of claim 1, wherein the inventory management module is used for managing warehouse items, warehousing and warehousing, inventory management, automatically retrieving data from the database module, filling the data into the database module, and printing warehousing and inventory forms through the printing module.

5. The system of claim 1, wherein the production management module manages the entire production process of the industrial enterprise, and comprises the steps of order form, material demand calculation, material demand plan maintenance, production plan issue, work order management, and production progress feedback.

6. The production management system according to claim 1, wherein the system management module performs maintenance, security setting and user setting on the whole system, and the functions mainly include backup, recovery of a database, addition, deletion, modification and check of users, and permission setting for the users; the authority can be divided according to the function point authority and the data authority; the department where the user is located can be set, and the data authority in the department can be correspondingly set and shared.