WO2023092541A1

WO2023092541A1 - Information management method and apparatus

Info

Publication number: WO2023092541A1
Application number: PCT/CN2021/133912
Authority: WO
Inventors: 翟军华; 李莲; 何德材; 吴建民; 王洪
Original assignee: 京东方科技集团股份有限公司; 北京中祥英科技有限公司
Priority date: 2021-11-29
Filing date: 2021-11-29
Publication date: 2023-06-01
Also published as: CN116569118A

Abstract

Provided in the present application are an information management method and apparatus. The method comprises: acquiring a work order to be processed, and sending said work order to a production device, such that the production device processes, on the basis of said work order, an object to be processed, so as to obtain a target object, wherein the target object represents a semi-finished product and/or a finished product obtained by processing the object to be processed; acquiring, from a detection device which corresponds to the target object, quality detection information which corresponds to the target object, wherein the quality detection information is obtained after the detection device performs quality detection on the target object; and when quality detection information corresponding to the finished product is acquired, determining, according to the quality detection information which corresponds to the finished product, warehousing information which corresponds to the finished product, and sending, to a warehousing device, the warehousing information which corresponds to the finished product, such that the warehousing device performs a warehousing operation on the finished product on the basis of the warehousing information corresponding to the finished product. By means of the present application, automatic management of finished product manufacturing and related service links is realized, such that each service link is transparent and efficient.

Description

Information management method and device

technical field

The present application relates to the technical field of automation, in particular to an information management method and device.

Background technique

With the development of technology, the demand for automation, informatization and intelligence of manufacturing enterprises is increasing day by day. Correspondingly, the demand for building smart factories is becoming more and more urgent.

In the process of promoting the construction of smart factories, it is necessary to automate the management of business processes such as product manufacturing and management. Therefore, it is urgent to provide an information management method to realize the automated management of business processes and meet the needs of manufacturing companies. Construction of smart factory.

Contents of the invention

In view of this, one of the objectives of the present application is to provide an information management method and device.

According to the first aspect of the embodiments of the present application, an information management method is provided, the method comprising:

Obtaining a work order to be processed, and sending the work order to be processed to the production equipment, so that the production equipment processes the object to be processed based on the work order to be processed, and obtains a target object; wherein, the target object represents the object to be processed Semi-finished and/or finished products obtained through processing;

Acquiring quality detection information corresponding to the target object from a detection device corresponding to the target object; wherein the quality detection information is obtained after the detection device performs quality detection on the target object;

When the quality inspection information corresponding to the finished product is obtained, the storage information corresponding to the finished product is determined according to the quality inspection information corresponding to the finished product, and the storage information corresponding to the finished product is sent to the storage equipment for The warehousing device is made to perform a warehousing operation on the finished product based on the warehousing information corresponding to the finished product.

Optionally, the method also includes:

Obtain a data management request, determine the data to be displayed according to the data management request, and display the data to be displayed; wherein, the data to be displayed includes production data, equipment data, object data to be processed, production personnel data, One or more of inventory data and quality inspection information; the data to be displayed is determined according to the work order to be processed.

Optionally, the work order to be processed includes finished product information; wherein, the finished product information includes finished product identification and finished product quantity;

The method also includes:

Determine the information of the object to be processed according to the finished product information; wherein, the information of the object to be processed includes the usage amount of the object to be processed;

According to the information of the object to be processed, the conveying equipment is controlled to convey the object to be processed to the production equipment.

Optionally, the controlling the conveying equipment to transport the object to be processed to the production equipment according to the information of the object to be processed includes:

Acquiring warehouse information of each warehouse corresponding to the object to be processed, wherein the warehouse corresponding to the object to be processed represents a warehouse storing the object to be processed;

The target warehouse is determined according to the warehouse information of each warehouse corresponding to the object to be processed and the usage amount of the object to be processed, and the transport equipment is controlled to transport the object to be processed from the target warehouse to the production equipment.

Optionally, the warehouse information includes the inventory quantity and storage time of the objects to be processed;

The determining the target warehouse according to the warehouse information of each warehouse corresponding to the object to be processed and the usage of the object to be processed includes:

Sort the warehouses corresponding to the objects to be processed in descending order of storage time;

The target warehouse is determined from the sorted warehouses according to the inventory quantity of the objects to be processed corresponding to the sorted warehouses and the usage amount of the objects to be processed.

Optionally, the warehouse information includes the inventory quantity and warehouse location of the object to be processed;

For each warehouse corresponding to the object to be processed, determine the distance between the warehouse and the production equipment according to the warehouse location of the warehouse;

Sort the warehouses corresponding to the objects to be processed in ascending order of distance;

The target warehouse is determined from the sorted warehouses according to the inventory quantity of the objects to be processed corresponding to the sorted warehouses and the usage of the objects to be processed.

Optionally, the method also includes:

Receiving the production status information sent by the production equipment; wherein, the production status information includes one or more of the operating status of the production equipment, the operating parameters of the production equipment and the production quantity of the target object;

Obtaining the production status information sent by all the production equipment corresponding to the work order to be processed, and merging the production status information sent by all the production equipment to obtain the production status information of the equipment corresponding to the work order to be processed; wherein, the The equipment production status information corresponding to the work order to be processed includes the total production quantity and/or process information of the target object;

Sending the equipment production status information corresponding to the work order to be processed to the resource planning system.

Optionally, the method also includes:

Obtain a shipment request; wherein, the shipment request includes the identification and the quantity of the finished product to be shipped;

Obtain the inventory information corresponding to the identification of the finished product to be delivered;

According to the inventory information corresponding to the identification of the finished product to be delivered and the delivery quantity, the delivery device is controlled to perform a delivery operation of the finished product to be delivered.

Optionally, the inventory information corresponding to the identification of the finished product to be shipped includes the storage location, storage age and inventory quantity of the finished product to be shipped;

According to the inventory information corresponding to the identification of the finished product to be delivered and the delivery quantity, controlling the delivery device to perform a delivery operation of the finished product to be delivered includes:

In response to the inventory quantity of the finished products to be shipped is greater than or equal to the stock-out quantity, sort the storage locations of the finished products to be shipped according to the order of the inventory age of the finished products to be shipped from large to small;

According to the warehouse location of the sorted finished products to be shipped out, the warehouse-out equipment is controlled to perform the warehouse-out operation on the finished products to be shipped out.

Optionally, the quality inspection information corresponding to the finished product includes the quality grade of the finished product; the storage information includes the storage location of the finished product;

The determining the warehousing information corresponding to the finished product according to the quality inspection information corresponding to the finished product includes:

Obtain the storage location corresponding to the finished product quality level corresponding to the finished product, and use the storage location as the storage location of the finished product.

Optionally, the method also includes:

sending the detection rule corresponding to the target object to the detection device, so that the detection device performs quality detection on the target object based on the detection rule corresponding to the target object; wherein, the detection rule includes a full inspection rule and/or a random inspection rule.

Optionally, the acquiring the quality detection information corresponding to the target object from the detection device corresponding to the target object includes:

Based on the file transfer protocol, the quality detection information corresponding to the target object sent by the detection device is received.

According to a second aspect of the embodiments of the present application, an information management device is provided, including:

A production control module, configured to obtain a work order to be processed, and send the work order to be processed to a production device, so that the production device processes the object to be processed based on the work order to be processed to obtain a target object; wherein, The target object represents a semi-finished product and/or a finished product obtained by processing the object to be processed;

A quality inspection module, configured to acquire quality inspection information corresponding to the target object from a detection device corresponding to the target object; wherein, the quality inspection information is obtained after the detection device performs quality inspection on the target object;

The inventory management module is configured to determine the warehousing information corresponding to the finished product according to the quality testing information corresponding to the finished product when the quality inspection information corresponding to the finished product is obtained, and send the warehousing information corresponding to the finished product to the storage device, so that the storage device performs storage operation on the finished product based on the storage information corresponding to the finished product.

Optionally, the device also includes;

A display module, configured to obtain a data management request, determine data to be displayed according to the data management request, and display the data to be displayed; wherein, the data to be displayed includes production data, equipment data, and object data to be processed , one or more of production personnel data, inventory data, and quality inspection information; the data to be displayed is determined according to the work order to be processed.

The production control module is also used for:

Optionally, the production control module is also used for:

The production control module is also used for:

Optionally, the production control module is also used for:

Receive production status information sent by the production equipment; wherein, the production status information includes one or more of the operating status of the production equipment, the operating parameters of the production equipment, and the production quantity of the target object;

Optionally, the inventory management module is also used for:

The inventory management module is also used to:

Optionally, the quality inspection information corresponding to the finished product includes the quality level of the finished product; the storage information includes the storage location of the finished product;

The inventory management module is also used to:

Optionally, the quality inspection module is also used for:

According to a third aspect of the embodiments of the present application, a computer device is provided, including:

processor;

memory for storing processor-executable instructions;

Wherein, the processor is configured as:

According to the fourth aspect of the embodiments of the present application, there is provided a computer-readable storage medium, the computer-readable storage medium stores computer-executable instructions, and when the processor executes the computer-executable instructions, the above first aspect and Various possible designs of the information management method in the first aspect.

According to a fifth aspect of the embodiments of the present application, there is provided a computer program product, including a computer program. When the computer program is executed by a processor, the information management described in the above first aspect and various possible designs of the first aspect can be realized. method.

The technical solution provided by the embodiments of the present application may include the following beneficial effects: after obtaining the work order to be processed, send the work order to be processed to the production equipment, so that the production equipment can process the object to be processed and obtain the required target object , realize the intelligent control of the process of processing the object to be processed into the target object, that is, realize the automatic management of the product manufacturing process. Obtain the quality inspection information corresponding to the target object from the inspection equipment that detects the quality of the target object. The target object includes semi-finished products or finished products, so as to realize the determination of the quality inspection status of the target object and realize the control of the quality of the finished product, so as to realize the quality control. Automated management of the testing process. After obtaining the quality inspection information corresponding to the finished product, that is, the quality of the finished product, the warehousing equipment is controlled according to the quality of the finished product to store the finished product, so as to realize the orderly and efficient warehousing of the finished product, thereby realizing the automatic management of the warehousing of the finished product , and then realize the finished product, that is, the automatic management of product manufacturing and related business links, making each business link transparent and efficient, realizing the automated manufacturing of finished products, meeting the needs of enterprise users, and effectively promoting the construction of smart factories.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present application, the drawings that need to be used in the description of the embodiments will be briefly introduced below. Obviously, the drawings in the following description are only some embodiments of the present application. For those skilled in the art, other drawings can also be obtained based on these drawings without any creative effort.

Fig. 1 is a flowchart of an information management method according to an exemplary embodiment of the present application.

Fig. 2 is a flowchart of another information management method according to an exemplary embodiment of the present application.

Fig. 3 is a hardware structural diagram of the computer equipment where the information management device according to the embodiment of the present application is located.

Fig. 4 is a structural block diagram of an information management device according to an exemplary embodiment of the present application.

Fig. 5 is a schematic diagram of communication according to an exemplary embodiment of the present application.

Fig. 6 is a schematic diagram of a technical architecture of an information management system according to an exemplary embodiment of the present application.

Fig. 7 is a schematic structural diagram of an information management device according to an exemplary embodiment of the present application.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the application with reference to the drawings in the embodiments of the application. Apparently, the described embodiments are only some of the embodiments of the application, not all of them. Based on the embodiments in this application, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the scope of protection of this application.

As shown in Fig. 1, Fig. 1 is a flow chart of an information management method according to an exemplary embodiment of the present application. The execution subject of the method is a computer device, and the method includes the following steps:

S101. Obtain a work order to be processed, and send the work order to be processed to the production equipment, so that the production equipment processes the object to be processed based on the work order to be processed to obtain a target object. Wherein, the target object represents a semi-finished product and/or a finished product obtained by processing the object to be processed.

In this embodiment, when the work order to be processed is obtained, it indicates that the corresponding product needs to be manufactured, that is, the object to be processed needs to be processed into a finished product, and the work order to be processed is assigned to at least one production device, so that the production The equipment processes the object to be processed based on the received work order to obtain the target object, so as to obtain the required finished product and realize the control of the product manufacturing process.

Among them, the objects to be processed include materials or semi-finished products. The process of processing the object to be processed can be the process of directly processing materials or semi-finished products into finished products, or processing materials into semi-finished products. After obtaining semi-finished products, conduct quality inspections on them, and process semi-finished products that meet the quality requirements into finished products. the process of. Of course, when the object to be processed is a semi-finished product, it can also be inspected first, and the semi-finished product that meets the quality requirements can be processed into a finished product.

Optionally, the work order to be processed includes finished product information. Wherein, the finished product information includes finished product identification and finished product quantity.

Among them, the finished product identification includes the name of the finished product, the model of the finished product, the serial number of the finished product, etc. The quantity of finished products indicates the products to be produced, that is, the quantity of finished products, that is, the planned quantity.

Wherein, when the production equipment processes the object to be processed based on the received work order to be processed, it obtains the required quantity of finished products, and produces finished products whose quantity is the quantity of finished products.

Wherein, in the case of assigning work orders to be processed to production equipment, the quantity to be processed corresponding to each production equipment may be determined according to the quantity of production equipment, and the quantity to be processed represents the quantity of finished products to be produced by the production equipment. For each production equipment, the finished product identification and the quantity to be processed corresponding to the production equipment are sent to the production equipment, so that the production quantity of the production equipment is the finished product of the quantity to be processed, that is, the product.

Optionally, in the process of determining the quantity to be processed corresponding to each production equipment according to the quantity of production equipment, the average distribution rule can be used, that is, the ratio of the quantity of finished products to the quantity of production equipment can be used as the quantity to be processed corresponding to each production equipment , it can also be based on the weight ratio corresponding to each production equipment, and the product of the weight ratio and the finished product quantity can be used as the quantity to be processed corresponding to each production equipment. Of course, it can also be determined in other ways, for example, according to the production equipment capacity or It is assigned by relevant personnel, and is not limited here.

Optionally, a corresponding control signal can also be sent to the production equipment to control the production equipment to process. When the quantity of finished products produced by the production equipment is equal to the finished product quantity, a corresponding stop signal can be sent to the production equipment to control the production equipment to stop production.

Optionally, work orders to be processed can be obtained from the resource planning system (Enterprise Resource Planning, ERP), that is, relevant personnel place orders in the ERP system after receiving customer orders, and ERP produces corresponding production work orders, that is, pending Process tickets.

Optionally, after obtaining the work order to be processed, the production process corresponding to the finished product mark can be determined from the pre-registered reference information based on the finished product mark in the work order to be processed, so as to determine the required production equipment based on the production process.

S102. Acquire quality detection information corresponding to the target object from the detection device corresponding to the target object. Wherein, the quality detection information is obtained after the detection equipment performs quality detection on the target object.

In this embodiment, after obtaining the target object, the detection device performs quality inspection on the target object to determine the quality inspection information corresponding to the target object, and after obtaining the quality inspection information corresponding to the target object, the quality inspection information is sent to the computer equipment.

Optionally, when the testing device sends the quality testing information to the computer device, the testing device encapsulates the quality testing information according to a preset file format to obtain a quality testing file satisfying the file format, and according to the preset name format, A file name corresponding to the quality inspection file is determined to standardize the file name. The quality inspection file is sent to the computing device, so that the computer device obtains the file name conforming to the standard name, thereby obtaining the quality inspection file corresponding to the file name, and realizing the successful acquisition of the quality inspection file.

Wherein, the quality inspection information, that is, the quality inspection file includes the quality level of the target object. Correspondingly, the quality inspection information corresponding to the finished product includes the quality level of the finished product, and the quality information corresponding to the semi-finished product includes the quality level of the semi-finished product.

Optionally, the quality level can be set according to actual needs. For example, the quality level includes high level, medium level and low level. When the quality level of the target object is low level, it indicates the quality of the target object, that is, the quality is poor; When the quality level of the target object is medium, it indicates that the quality of the target object is average; when the quality level of the target object is high, it indicates that the quality of the target object is relatively high.

Optionally, the quality inspection information may also include information such as production model (for example, target object identification), process name, and processing time.

S103. When the quality inspection information corresponding to the finished product is obtained, according to the quality inspection information corresponding to the finished product, determine the warehousing information corresponding to the finished product, and send the warehousing information corresponding to the finished product to the warehousing device, so that the warehousing device Finished products are put into storage based on the warehousing information corresponding to the finished product.

In this embodiment, when the quality inspection information corresponding to the finished product is obtained, indicating that the finished product has been processed and the finished product needs to be put into storage, then the warehousing information corresponding to the finished product can be determined according to the quality inspection information corresponding to the finished product, and According to the warehousing information corresponding to the finished product, the warehousing equipment is controlled to carry out the warehousing operation of the finished product, and the targeted warehousing is realized, that is, the orderly warehousing of the finished product is realized, which facilitates the management of the finished product.

It can be seen from the above description that after obtaining the work order to be processed, the production equipment is controlled to process the object to be processed according to the order to be processed, to obtain the required target object, and to realize the intelligent control of the process of processing the object to be processed into the target object, That is to realize the automatic management of the product manufacturing process. Obtain the quality inspection information corresponding to the target object from the detection equipment of the target object, the target object includes semi-finished products or finished products, realize the determination of the quality inspection status of the target object, and realize the control of the quality of the finished product, so as to realize the quality inspection process automated management. After obtaining the quality inspection information corresponding to the finished product, that is, the quality of the finished product, the warehousing equipment is controlled according to the quality of the finished product to store the finished product, so as to realize the orderly and efficient warehousing of the finished product, thereby realizing the automatic management of the warehousing of the finished product , and then realized the finished product, that is, the automatic management of product manufacturing and related business links, making each business link transparent and efficient, realizing the intelligent manufacturing of finished products, meeting the needs of enterprise users, and effectively promoting the construction of smart factories.

As shown in Figure 2, Figure 2 is a flowchart of another information management method according to an exemplary embodiment of the present application. In the process of controlling product production, testing and product storage, corresponding information needs to be collected . In order to meet operational requirements, the information can be customized and displayed. The following will describe this process in conjunction with a specific embodiment. The method includes the following steps:

S201. Obtain a work order to be processed, and send the work order to be processed to a production device, so that the production device processes the object to be processed based on the work order to obtain a target object. Wherein, the target object represents a semi-finished product and/or a finished product obtained by processing the object to be processed.

In this embodiment, the information of the object to be processed is determined according to the finished product information. According to the information of the object to be processed, the conveying equipment is controlled to convey the object to be processed to the production equipment.

Among them, the information of the object to be processed includes the identification of the object to be processed and the usage amount of the object to be processed. The usage amount represents the demand of the object to be processed, that is, the number of objects to be processed required to process a product whose quantity is the finished product quantity .

Specifically, finished product information is extracted from the work order to be processed, and the finished product information includes a finished product identifier and a finished product quantity. Determine the object to be processed based on the finished product identification, that is, the identification of the object to be processed, and determine the usage amount of the object to be processed according to the quantity of the finished product, so that based on the usage amount of the object to be processed, control the conveying equipment to transfer the object to be processed to On the production equipment, enough objects to be processed can be placed on the production equipment to ensure production demand.

Wherein, in the case of determining the identification of the object to be processed based on the identification of the finished product, the object to be processed can be determined from the production process corresponding to the identification of the finished product, that is, the identification of the object to be processed, or can be determined by looking up the table, that is, from the first preset Look up the identifier of the object to be processed corresponding to the finished product identifier in the table. The first preset table indicates the identification mapping relationship between the finished product and the object to be processed.

Wherein, when determining the usage amount of the object to be processed based on the quantity of finished products, it can be determined by looking up a table, that is, looking up the usage amount of the object to be processed corresponding to the quantity of finished products from the second preset table, and the second preset table indicates that the finished product Quantity mapping relationship with the quantity of objects to be processed. It can also be determined by a relevant preset function, which is not limited here.

Optionally, controlling the transport equipment to transport the object to be processed to the production equipment is actually the transport equipment to put the object to be processed from the relevant warehouse to the production equipment. The specific process of this transport is: to obtain the warehouse of each warehouse corresponding to the object to be processed information, wherein the warehouse corresponding to the object to be processed indicates the warehouse storing the object to be processed. Determine the target warehouse according to the warehouse information of each warehouse corresponding to the object to be processed and the usage of the object to be processed, and control the transport equipment to transport the object to be processed from the target warehouse to the production equipment.

Specifically, the warehouse information of each warehouse corresponding to the object to be processed is obtained, that is, the warehouse information of each warehouse storing the object to be processed is obtained, so as to determine the target warehouse according to the warehouse information of each warehouse, that is, to select from the warehouse corresponding to the object to be processed The warehouse of the object to be processed needs to be moved, and the selected warehouse is used as the target warehouse. Control the conveying equipment to transport the objects to be processed from the target warehouse to the production equipment, so as to realize the automatic transportation and delivery of the objects to be processed.

Optionally, the warehouse information includes one or more of the inventory quantity of the object to be processed, the storage time of the object to be processed, and the warehouse location.

Wherein, the inventory quantity of the objects to be processed in the warehouse indicates the quantity of the objects to be processed stored in the warehouse.

Wherein, the storage time of the object to be processed in the warehouse indicates the storage time of the object to be processed in the warehouse in the warehouse.

Wherein, the warehouse location of the warehouse indicates the specific location of the warehouse.

Optionally, in the case of determining the target warehouse from all warehouses corresponding to the object to be processed, the target warehouse may be determined based on the storage time of the object to be processed, the location of the warehouse, that is, the transport route.

Wherein, the process of determining the target warehouse based on the storage time of the objects to be processed is specifically: sorting the warehouses corresponding to the objects to be processed in order of storage time from longest to shortest. The target warehouse is determined from the sorted warehouses according to the inventory quantity of the objects to be processed corresponding to the sorted warehouses and the usage of the objects to be processed.

Specifically, the warehouses corresponding to the objects to be processed are sorted according to the storage time of the objects to be processed in the warehouse corresponding to the objects to be processed in descending order, that is, the longer the storage time of the objects to be processed in the warehouse, the warehouse , that is, the warehouse ranking corresponding to the object to be processed is higher. According to the sorting of the warehouses corresponding to the objects to be processed, the warehouses corresponding to the objects to be processed are selected in turn. If the sum of the inventory quantities of the selected warehouses is greater than the usage of the objects to be processed, it indicates that When the total amount of objects to be processed meets the production demand, the selection of warehouses will be stopped, and the selected warehouses will be used as target warehouses to control the handling equipment to transport the objects to be processed from the target warehouse, so that the objects to be processed that have been stored for a long time can be preferentially used , so that the object to be processed can be effectively utilized, and the object to be processed cannot be used due to too long storage time, thereby avoiding the waste of resources.

For example, the warehouses corresponding to the objects to be processed include warehouse 1, warehouse 2 and warehouse 3. The storage time of the objects to be processed in warehouse 1 is 200 days, and the inventory quantity is 500 pieces. The storage time of the objects to be processed in warehouse 2 is 50 days, and the inventory quantity is 500 pieces. The storage time of the objects to be processed in warehouse 3 is 100 days, and the inventory quantity is 200 pieces. The usage amount of objects to be processed is 600. According to the order of storage time from long to short, sort the warehouses corresponding to the objects to be processed. The sorted warehouses are warehouse 1, warehouse 3 and warehouse 2. First select warehouse 1 as the target warehouse. Since the inventory quantity of the objects to be processed in warehouse 1 is less than the usage of the objects to be processed, continue to select warehouse 3 as the target warehouse. Since the inventory quantities of objects to be processed in warehouse 1 and warehouse 3 is greater than the usage of the objects to be processed, so you can stop selecting the warehouse corresponding to the objects to be processed, and control the transport equipment to transport 500 objects to be processed from warehouse 1 to the production equipment, and control the transport equipment to transport 100 objects to be processed from warehouse 3 Processing objects to production equipment.

Optionally, in the process of transporting the objects to be processed to the production equipment, when the number of production equipment is one, all the objects to be processed may be directly transported to the production equipment. When the number of production equipment is multiple, the usage amount of the object to be processed corresponding to each production equipment may be determined according to the quantity to be processed corresponding to each production equipment.

The process of determining the usage amount of the object to be processed corresponding to the production device based on the quantity to be processed corresponding to the production device is similar to the above-mentioned process of determining the usage amount of the object to be processed based on the quantity of finished products, and will not be repeated here.

Wherein, the process of determining the target warehouse based on the warehouse location specifically includes: for each warehouse corresponding to the object to be processed, the distance between the warehouse and the production equipment is determined according to the warehouse location of the warehouse. According to the order of distance from small to large, sort the warehouses corresponding to the objects to be processed. The target warehouse is determined from the sorted warehouses according to the inventory quantity of the objects to be processed corresponding to the sorted warehouses and the usage of the objects to be processed.

Specifically, the location corresponding to the production equipment is obtained, and for each warehouse corresponding to the object to be processed, based on the warehouse location of the warehouse and the location corresponding to the production equipment, the distance between the warehouse and the production equipment is determined to obtain the warehouse corresponding distance. According to the order of the distance corresponding to the warehouse from small to large, sort the warehouse corresponding to the object to be processed, that is, when the distance between the warehouse corresponding to the object to be processed and the production equipment is smaller, the warehouse, that is, the warehouse corresponding to the object to be processed The higher the ranking. According to the sorting of the warehouses corresponding to the objects to be processed, the warehouses corresponding to the objects to be processed are selected in turn. If the sum of the inventory quantities of the selected warehouses is greater than the usage of the objects to be processed, it indicates that When the total amount of objects to be processed meets the production demand, stop selecting warehouses and use the selected warehouses as target warehouses to control the handling equipment to transport objects to be processed from the target warehouses, so that the shorter distance can be used first, that is, the path is shorter The objects to be processed in the warehouse can realize the rapid transportation of the objects to be processed, improve the handling efficiency of the objects to be processed, and thus improve the production efficiency.

For example, the warehouses corresponding to the objects to be processed include warehouse 1, warehouse 2 and warehouse 3. The distance between warehouse 1 and production equipment is 100 meters, and the inventory quantity is 500. The distance between warehouse 2 and the production equipment is 200 meters, and the inventory quantity is 500. The distance between warehouse 3 and production equipment is 250 meters, and the inventory quantity is 200. The usage amount of objects to be processed is 600. According to the order of distance from small to large, sort the warehouses corresponding to the objects to be processed. The sorted warehouses are warehouse 1, warehouse 2 and warehouse 3. First select warehouse 1 as the target warehouse. Since the inventory quantity of the objects to be processed in warehouse 1 is less than the usage of the objects to be processed, continue to select warehouse 2 as the target warehouse. Since the inventory quantities of objects to be processed in warehouse 1 and warehouse 2 is greater than the usage of the objects to be processed, so you can stop selecting the warehouse corresponding to the objects to be processed, and control the transport equipment to transport 500 objects to be processed from warehouse 1 to the production equipment, and control the transport equipment to transport 100 objects to be processed from warehouse 2 Processing objects to production equipment.

Optionally, the location corresponding to the production equipment may be the specific location of the production equipment, or the location of the workshop where the production equipment is located.

Optionally, when the number of production equipment is one, the distance between the production equipment and the warehouse corresponding to each object to be processed may be directly determined based on the location corresponding to the production equipment. When the number of production equipment is multiple, for each production equipment, determine the distance between the production equipment and the warehouse corresponding to each object to be processed, and according to the distance between the production equipment and the warehouse corresponding to each object to be processed And the usage amount of the object to be processed corresponding to the production equipment determines the target warehouse corresponding to the production equipment.

Optionally, when the number of production equipment is multiple, since the production equipment is generally in the same workshop, the positions corresponding to all production equipment can be set as the location of the workshop where the production equipment is located, and the corresponding The target warehouse to realize the rapid determination of the target warehouse.

Optionally, in the case of determining the target warehouse from all warehouses corresponding to the object to be processed, the target warehouse can also be comprehensively determined based on the storage time of the object to be processed and the location of the warehouse, that is, the optimal warehouse can be determined to avoid resource loss. In the case of waste, the handling efficiency of the object to be processed can be improved.

Among them, there are many ways to comprehensively determine the target warehouse based on the storage time of the object to be processed and the location of the warehouse. For example, for each warehouse corresponding to the object to be processed, the storage time and the first weight of the object to be processed in the warehouse are calculated. The first numerical value is obtained by multiplying the ratio, and the product of the distance corresponding to the warehouse and the second weight ratio is calculated to obtain the second numerical value, and the sum of the first numerical value and the second numerical value is used as the fraction of the warehouse, and the fraction is determined by In the order of high to low, the warehouses corresponding to the objects to be processed are sorted. The target warehouse is determined from the sorted warehouses according to the inventory quantity of the objects to be processed corresponding to the sorted warehouses and the usage of the objects to be processed. Of course, other methods may also be used to determine the target warehouse, which is not limited here.

Optionally, during the production process, that is, during the processing of the object to be processed, the production equipment sends the production status information to the computer equipment in real time. The computer equipment can save it to the database for subsequent data analysis or data query. Of course, the computer equipment can also judge whether the production status of the production equipment is abnormal after receiving the production information, so that the production equipment can be maintained in time to ensure the normal operation of the production equipment.

Optionally, the computer device can also report the production status to the resource planning system in units of production work orders, that is, pending work orders. The specific process is: receiving production status information sent by the production equipment. Wherein, the production state information includes one or more of the operating state of the production equipment, the operating parameters of the production equipment, and the production quantity of the target object. Obtain the production status information sent by all the production equipment corresponding to the work order to be processed, and merge the production status information sent by all the production equipment to obtain the production status information of the equipment corresponding to the work order to be processed. Wherein, the equipment production state information corresponding to the work order to be processed includes the total production quantity and/or process information of the target object. Send the equipment production status information corresponding to the work order to be processed to the resource planning system.

In this embodiment, after receiving the production equipment corresponding to the object to be processed, that is, the real-time production status of the production equipment processing the object to be processed, that is, the production status information, according to the work order to be processed, all production equipment sent The state information is merged, that is, the production state information of all production equipment corresponding to the object to be processed is merged to obtain the equipment production state information corresponding to the pending work order including the production state information of all production equipment, and the pending work order The corresponding equipment production status information is sent to the ERP system, so that relevant personnel can know the equipment operation status and production status of the production equipment corresponding to the pending work order.

Optionally, the actual production quantity of the production equipment, production personnel data, and fixture data in the process of manufacturing the finished product can also be obtained.

Wherein, the production personnel data includes personnel information corresponding to each production equipment, personnel scheduling information, personnel performance information, and the like. The personnel information includes information such as numbers of personnel related to the production equipment (for example, personnel maintaining the production equipment, personnel operating the production equipment, etc.).

Wherein, jig data represents information of jig tools used in the process of manufacturing finished products (for example, jig tool serial numbers, use time, etc.).

S202. Acquire quality detection information corresponding to the target object from the detection device corresponding to the target object. Wherein, the quality detection information is obtained after the detection equipment performs quality detection on the target object.

In this embodiment, in the process of production and processing or before the finished product is put into storage, it is necessary to perform quality inspection on the semi-finished product or finished product, that is, the target object in time, that is, the quality inspection, that is, to send the detection rules corresponding to the target object to the detection equipment, The detection rules include full inspection rules and/or random inspection rules, so that the detection device performs quality inspection on the target object based on the detection rule corresponding to the target object, that is, performs random inspection or full inspection on the target object.

Optionally, the full inspection rule means to detect each of the obtained target objects, and the random inspection rule means to detect some of the obtained target objects.

Optionally, the all-inspection rule includes an all-inspection identifier and an inspection process and/or inspection type of the all-inspection. Sampling inspection rules include sampling identification, sampling ratio, inspection process and/or inspection type of random inspection.

Optionally, in the case of random inspection of target objects, when it is necessary to determine the quality inspection information corresponding to each target object, it can be determined based on the quality inspection information corresponding to the target objects detected by sampling. For example, the sampling ratio is, for example, five points One of them is to sample one target object out of the five target objects, and the quality detection information corresponding to the sampled target object may be used as the quality detection information corresponding to the other four target objects.

Optionally, after obtaining the quality inspection information corresponding to the semi-finished product, carry out corresponding recycling operations on the semi-finished product according to the quality level of the semi-finished product in the quality inspection information, that is, the quality level of the semi-finished product corresponding to the semi-finished product is the preset semi-finished product level (for example, low grade ), the semi-finished product is recycled, that is, the semi-finished product is no longer used to manufacture the corresponding finished product, so as to ensure the quality of the finished product.

Wherein, the process of the testing equipment performing quality testing on the target object based on the testing rules is similar to the existing process of quality testing on products. For example, when performing quality testing on the target object, it is necessary to determine whether the target object has defects (for example, whether scratches), the relevant camera in the detection equipment collects an image including the target object, so as to input the image into the pre-trained network model, so that the network model performs corresponding processing on the image to obtain the target object Corresponding quality inspection information. Of course, other methods may also be used to determine the quality detection information corresponding to the target object based on the image, for example, manually determine, and this method is not limited here.

Optionally, after obtaining the quality inspection information corresponding to the finished product, the finished product can also be recycled according to the quality level of the finished product in the quality inspection information, that is, the quality level of the semi-finished product corresponding to the finished product is the preset semi-finished product level (for example, In the case of low grades), the finished product is recycled.

In this embodiment, detection rules can be set according to requirements. For example, when the quality requirements for finished products are high, the detection rules can be set as full inspection rules, so that the detection equipment can perform full inspection on the target object; When the detection time is low or the detection time requirement is high, the detection rule can be set as a sampling rule, so that the detection equipment can perform random inspection on the target object, so as to meet the different detection needs of users.

Optionally, based on a file transfer protocol (File Transfer Protocol, FTP), the quality inspection information corresponding to the target object sent by the receiving inspection device is received.

Specifically, after obtaining the quality inspection information corresponding to the target object, the detection device sends the quality inspection information corresponding to the target object to the computer device based on the FTP technology, so as to realize stable and rapid data transmission.

Optionally, the detection device can first upload the quality detection information corresponding to the target object to a fixed path on the FTP server, so that related devices (eg, computer equipment) can obtain it from the FTP server.

S203. When the quality inspection information corresponding to the finished product is obtained, determine the storage information corresponding to the finished product according to the quality inspection information corresponding to the finished product, and send the storage information corresponding to the finished product to the storage equipment, so that the storage equipment Finished products are put into storage based on the warehousing information corresponding to the finished product.

In this embodiment, the storage location corresponding to the finished product quality grade corresponding to the finished product is obtained, and the storage location is used as the storage location of the finished product.

Specifically, for each finished product, find the storage location corresponding to the finished product quality level corresponding to the finished product, and use the storage location as the storage location of the finished product, so as to control the storage equipment to enter the finished product based on the storage location of the finished product. Warehouse operation, that is, to control the storage equipment to move the finished product to the storage location of the finished product, to realize the orderly placement of the finished product, and to facilitate the subsequent selection of the finished product according to the demand.

Optionally, the warehousing information may also include finished product identification, warehousing time, finished product quality grade and other information.

Optionally, when the finished product is loaded into the warehouse, corresponding operations can also be performed according to the specified warehouse-in process, such as packaging, unpacking, and labeling of the finished product.

Wherein, the warehousing equipment may be the same equipment as the conveying equipment, or may be different equipment, which is not limited here.

In this embodiment, after obtaining the quality inspection information corresponding to each finished product, the registration information of the finished product, that is, the storage information, is determined according to the quality inspection information corresponding to the finished product, so as to control the storage equipment to transport the finished product to the finished product warehouse. In the corresponding storage location, the automatic warehousing of finished products is realized, and the orderly placement of finished products is realized, which is convenient for subsequent selection of finished products according to needs.

Optionally, after the finished product is put into the warehouse, the inventory information of the finished product (for example, storage location, inventory age, related information of the finished product (for example, finished product identification), inventory quantity, etc.) can also be managed,

Optionally, it is also possible to manage the delivery of finished products, that is, to obtain a delivery request. Wherein, the shipping request includes the identification and the delivery quantity of the finished product to be delivered. Obtain the inventory information corresponding to the identifier of the finished product to be shipped. According to the inventory information and delivery quantity corresponding to the identification of the finished product to be delivered, the delivery equipment is controlled to perform the delivery operation of the finished product to be delivered.

Specifically, when the shipping request is obtained, indicating that the finished product in the finished product warehouse needs to be shipped out, the identifier of the finished product to be shipped out and the number of the finished product to be processed in the shipping request are extracted, and the Inventory information corresponding to the ID of the finished product to be processed in the finished product warehouse. Based on the inventory information and the outbound quantity of finished products to be outbound, the outbound equipment is controlled to perform outbound operations on finished products to be processed.

Optionally, the inventory information corresponding to the identifier of the finished product to be shipped includes the storage location, storage age, and inventory quantity of the finished product to be shipped.

Among them, the inventory quantity represents the total quantity of finished products to be shipped stored in all finished product warehouses, and the inventory age represents the storage time of the finished products to be shipped in the finished product warehouse.

Wherein, there is at least one finished product warehouse, and when there are multiple finished product warehouses, the inventory quantity corresponding to the identifier of the finished product to be delivered is the sum of the inventory quantities of the finished product to be delivered in each finished product warehouse.

Optionally, according to the inventory information and delivery quantity corresponding to the identification of the finished product to be delivered, control the delivery equipment to perform the delivery operation of the finished product to be delivered, including:

In response to the inventory quantity of the finished products to be shipped being greater than or equal to the stock-out quantity, the storage locations of the finished products to be shipped are sorted according to the descending order of the inventory age of the finished products to be shipped. According to the warehouse location of the finished products to be shipped after sorting, the warehouse-out equipment is controlled to carry out the warehouse-out operation of the finished products to be shipped out.

Specifically, judge whether the inventory quantity of finished products to be shipped is greater than or equal to the outgoing quantity to determine whether the existing finished goods to be shipped meet the demand. Some finished products to be shipped meet the demand, and the finished products to be shipped are sorted according to the storage time of the finished products to be shipped in the finished product warehouse, that is, the order of the storage age of the finished products to be shipped from large to small, that is, each finished product to be shipped is sorted The storage locations of the finished products are sorted, and according to the sorted finished products to be shipped, that is, the storage positions of the finished products to be shipped, the outgoing equipment is sequentially controlled to perform the outgoing operations of the finished products to be shipped, and the automatic management of the outgoing information is realized. And it can give priority to the finished products that have been stored for a long time, so that the finished products can be effectively used, and the finished products cannot be used due to the long storage time, thereby avoiding the waste of resources.

Optionally, in response to the fact that the inventory quantity of finished products to be shipped is less than the stock-out quantity, indicating that the existing finished products to be shipped meet the demand, a prompt message of insufficient inventory is output so that relevant personnel can take corresponding measures in time, for example, to transfer goods .

Optionally, when the finished product is to be shipped out of the warehouse, corresponding operations can also be performed according to the specified delivery process, for example, the finished product to be shipped out is transported to a designated location, and the designated location can be a preset location, or Can be the destination location included in the shipment request.

Optionally, when the inventory quantity of the finished product in the finished product warehouse changes, indicating that the finished product is in or out of the warehouse, the inventory information of the finished product needs to be reported to the ERP system so that relevant personnel can know the status of the finished product in a timely manner. Inventory changes.

Among them, when the inventory information of finished products is reported to the ERP system, it can be reported in units of work orders.

S204. Obtain a data management request, determine data to be displayed according to the data management request, and display the data to be displayed. Wherein, the data to be displayed includes one or more of production data, equipment data, object data to be processed, production personnel data, inventory data, and quality inspection information. The data to be displayed is determined according to the pending work order.

In this embodiment, after the data management request is obtained, indicating that the relevant data of the work order to be processed needs to be displayed, the data information in the data management request can be obtained, so as to determine the corresponding data to be displayed based on the data information, so that Realize customized display of data.

Wherein, the data management request may be sent by a terminal corresponding to a relevant person, or may be automatically generated.

Wherein, the data information includes the type to be displayed and/or the dimension to be displayed. Wherein, the dimensions to be displayed include production line dimensions, factory dimensions, and equipment dimensions. The type to be displayed indicates the type of data to be displayed, which includes one or more of production type, equipment type, object type to be processed, production personnel type, inventory type and detection type.

Correspondingly, when the type to be displayed includes the production type, the data to be displayed includes the production data. In the case where the type to be displayed includes a device type, the data to be displayed includes device data. In the case where the type to be displayed includes the type of object to be processed, the data to be displayed includes object data to be processed. When the type to be displayed includes the type of production personnel, the data to be displayed includes data of production personnel. In a case where the type to be displayed includes an inventory type, the data to be displayed includes inventory data. In the case where the type to be displayed includes the inspection type, the data to be displayed includes quality inspection information.

Wherein, the production data includes the quantity of finished products actually processed, that is, actual production performance and/or the planned quantity of finished products, that is, the production plan. For example, in the case of determining the production data corresponding to the dimension of the production line, that is, when the dimension to be displayed is the dimension of the production line, for each production line, obtain each production equipment corresponding to the production line, and obtain the finished products actually processed by each production equipment Quantity, the sum of the finished product quantities obtained by the actual processing of each production equipment is taken as the actual production performance corresponding to the production line. The sum of the quantities to be processed corresponding to each production equipment is used as the production plan corresponding to the production line. Similarly, the process of determining the production data corresponding to the factory dimension is similar to the process of determining the production data corresponding to the production line dimension, and will not be repeated here.

Among them, the equipment data represents the condition of the equipment in the process of manufacturing the finished product, that is, the product, which includes the utilization rate of the production equipment, the production status information of the production equipment (for example, the number of alarms of the production equipment, the type of alarm, the operating status, the operating parameters wait).

Wherein, the data of the object to be processed represents the situation of the object to be processed, for example, the usage amount corresponding to the object to be processed, that is, the consumption amount, damage data, and inventory quantity. The relevant quantities in the data of the objects to be processed can be collected automatically, or registered and entered by relevant personnel.

Among them, the inventory data represents the storage situation, storage situation and delivery situation of finished products. The warehousing situation includes the identification of the finished product and the location of the finished product. In-stock conditions include the quantity and location of finished products in the finished product warehouse. The outbound status includes the identification and quantity of finished products out of the warehouse.

It can be understood that the data to be displayed is determined based on the data collected during the process of manufacturing the finished product corresponding to the work order to be processed.

In this embodiment, when the data management request is obtained, the data to be displayed is determined according to the data management request and displayed to realize the customized display of the data, that is, multi-dimensional and multi-granular The data report display is convenient for production transparency, and it is convenient for relevant personnel to know the manufacturing situation of the enterprise and improve the efficiency of decision-making.

The embodiments of the information management apparatus of the present application can be applied to computer equipment, such as servers, computers, and the like. The device embodiments can be implemented by software, or by hardware or a combination of software and hardware. Taking software implementation as an example, as a device in a logical sense, it is formed by reading the corresponding computer program instructions in the non-volatile memory into the memory for execution by the processor where it is located. From the perspective of hardware, as shown in Figure 3, it is a hardware structure diagram of the computer equipment where the information management device of the embodiment of the present application is located, except for the processor 310, memory 330, network interface 320, and non-volatile memory shown in Figure 3 In addition to the volatile memory 340, the computer equipment in which the information management device 331 is located in the embodiment usually may also include other hardware according to the actual functions of the computer equipment, which will not be repeated here.

As shown in FIG. 4, FIG. 4 is a block diagram of an information management device according to an exemplary embodiment of the present application. The information management device includes:

The production control module 410 is configured to obtain a work order to be processed, and send the work order to be processed to the production equipment, so that the production equipment processes the object to be processed based on the work order to be processed to obtain a target object. Wherein, the target object represents a semi-finished product and/or a finished product obtained by processing the object to be processed.

The quality inspection module 420 is configured to acquire quality detection information corresponding to the target object from the detection device corresponding to the target object. Wherein, the quality detection information is obtained after the detection equipment performs quality detection on the target object.

The inventory management module 430 is configured to determine the warehousing information corresponding to the finished product according to the quality testing information corresponding to the finished product when the quality inspection information corresponding to the finished product is obtained, and send the warehousing information corresponding to the finished product to the warehousing device, So that the warehousing equipment performs the warehousing operation on the finished product based on the warehousing information corresponding to the finished product.

In this embodiment, the production control module, quality inspection module, and inventory management module can be integrated on one device, that is, computer equipment, or can be distributed on different devices, that is, the information management device includes multiple devices, and the information management The device is actually an information management system, namely Manufacturing Execution System (MES).

Optionally, the production control module may be integrated on a computer integrated manufacturing (Computer Integrated Manufacturing, CIM) device, that is, a CIM PC (Personal Computer, personal computer). Each production line can be equipped with a CIM PC.

Optionally, the quality inspection module can be integrated in the server, that is, the server. The inventory management module can be integrated on the warehouse management terminal.

Optionally, when the inventory management module and the production control module need to communicate with the server, the data can be saved in the message middleware first, so that the server can obtain the data from the message middleware; for example, the inventory management module needs When uploading the storage information of finished products to the server, it can be saved in the message middleware so that the server can consume the storage information; for another example, when the production control module needs to upload the production status information to the server, It can be saved in the middle of the message so that the server can consume the production status information.

Optionally, in the case where the production control module interacts with the production equipment (for example, obtaining production status information corresponding to the production equipment), the production control module is actually a control terminal corresponding to the production equipment (for example, equipment PLC, equipment PC, etc. ) to interact.

Optionally, relevant personnel such as operators and engineers in the production line can edit pending work orders, supplementary recording of process data, and monitor production status through the OIC (system operation client) computer. The OIC terminal, that is, the client, can also communicate with the server through MQ, that is, the message middleware, that is, the MES Server (as shown in Figure 5).

Optionally, as shown in FIG. 5 , the server and the database may communicate in a direct connection manner.

Fig. 6 is a schematic diagram of a technical architecture of an information management system according to an exemplary embodiment of the present application. As shown in Figure 6, the message middleware can use the RabbitMQ message queue. The RabbitMQ message queue is a set of open source (Mozilla Public License, MPL) message queue service software, which can support a variety of current mainstream operating systems and development languages, saving Development costs, and the RabbitMQ message queue can realize the open source excellent message queue solution, realize the load balancing of each system, realize the communication between the client and the server, and realize the communication between different systems.

Among them, the server side, that is, the Server side is based on the SpringBoot architecture. The server side is customized and developed on the basis of the SpringBoot architecture; combined with the business, the flow chart is made, and the business development model based on the WorkFlow workflow is convenient for relevant personnel to develop, and the business-related development is packaged to facilitate business calls; and The perfect system log collection system can track down system problems and loopholes, and quickly locate them clearly and quickly; the server side realizes parallel business processes and improves system throughput.

Among them, when communicating, that is, when transmitting data, the data format can be XML (Extensible Markup Language, Extensible Markup Language) format, XML format is a relatively simple data storage language, using a series of simple tags Describe the data, the format structure is clear and easy to read; compared with the JSON format, its content is orderly, and it meets the specific sequence requirements of business scenarios.

Wherein, the client can adopt the WinForm architecture. When using C# language and WinForm architecture to develop the client, it can achieve rapid development and reduce operating costs. In order to more efficiently interface with on-site data collection terminals (such as control terminals corresponding to production equipment, printers, etc.), the client is compatible with various system hardware resources (such as serial ports, printing commands, etc.), and the system resource occupancy rate is extremely low , the required system configuration is relatively low (for example, dual-core processor, memory no less than 4G, hard disk no less than 50GB).

Optionally, the information management device also includes:

The display module is configured to obtain a data management request, determine the data to be displayed according to the data management request, and display the data to be displayed. Wherein, the data to be displayed includes one or more of production data, equipment data, object data to be processed, production personnel data, inventory data, and quality inspection information. The data to be displayed is determined according to the pending work order.

Specifically, as shown in Figure 7, the information management device can also include a display module, which can display production data, equipment data, material data (ie, object data to be processed), personnel data (ie, production personnel data), inventory data, quality One or more of the data (that is, quality inspection information) are displayed.

Optionally, as shown in FIG. 7 , the quality inspection module, the production control module, and the inventory management module respectively send the obtained data to the display module, so that the display data can determine the data to be displayed.

Optionally, as shown in Figure 7, the production control module includes functional sub-modules such as plan management, formula management, inspection management, material management, work order management, fixture management, repair management, and production modeling.

Among them, the plan management sub-module is mainly used to manage the production plan data. The recipe management sub-module is mainly used to manage the recipes of manufactured products. The detection management sub-module is mainly used to manage the detection rules of the target object. The material management (that is, the management of objects to be processed) sub-module is mainly used to manage the inventory of objects to be processed. The work order management sub-module is mainly used to manage the work orders of processed products (for example, work orders to be processed). Fixture management is mainly used for manufacturing products, that is, the management of the fixtures needed for the finished product. The repair management sub-module is mainly used to manage the target objects of repair. The production modeling submodule is mainly used to model relevant aspects of manufactured goods.

Among them, the shipping management module can also perform picking management, that is, to determine the finished products to be shipped according to certain picking rules (for example, first in, first out, that is, to determine the finished products to be shipped out for a long storage time).

Among them, the quality inspection module can also perform log alarms.

Optionally, the display module can be integrated with the production control module, quality inspection module, and inventory management module in the same device, or can be distributed on different devices. For example, the display module is distributed on the server, and there is no limitation here.

The production control module 410 is also used to:

Determine the information of the object to be processed according to the finished product information. Wherein, the information of the object to be processed includes the usage amount of the object to be processed.

Optionally, the production control module 410 is also used for:

The warehouse information of each warehouse corresponding to the object to be processed is acquired, wherein the warehouse corresponding to the object to be processed indicates a warehouse storing the object to be processed.

Determine the target warehouse according to the warehouse information of each warehouse corresponding to the object to be processed and the usage of the object to be processed, and control the transport equipment to transport the object to be processed from the target warehouse to the production equipment.

Optionally, the warehouse information includes the inventory quantity and storage time of the objects to be processed.

The production control module 410 is also used to:

Sort the warehouses corresponding to the objects to be processed in descending order of storage time.

Optionally, the warehouse information includes the inventory quantity of the object to be processed and the warehouse location.

The production control module 410 is also used to:

For each warehouse corresponding to the object to be processed, the distance between the warehouse and the production equipment is determined according to the warehouse location of the warehouse.

According to the order of distance from small to large, sort the warehouses corresponding to the objects to be processed.

Optionally, the production control module 410 is also used for:

Receive production status information sent by production equipment. Wherein, the production state information includes one or more of the operating state of the production equipment, the operating parameters of the production equipment, and the production quantity of the target object.

Obtain the production status information sent by all the production equipment corresponding to the work order to be processed, and merge the production status information sent by all the production equipment to obtain the production status information of the equipment corresponding to the work order to be processed. Wherein, the equipment production state information corresponding to the work order to be processed includes the total production quantity and/or process information of the target object.

Send the equipment production status information corresponding to the work order to be processed to the resource planning system.

Optionally, the inventory management module 430 is also used for:

Get a shipping request. Wherein, the shipping request includes the identification and the delivery quantity of the finished product to be delivered.

Obtain the inventory information corresponding to the identifier of the finished product to be shipped.

According to the inventory information and delivery quantity corresponding to the identification of the finished product to be delivered, the delivery equipment is controlled to perform the delivery operation of the finished product to be delivered.

The inventory management module 430 is also used to:

In response to the inventory quantity of the finished products to be shipped being greater than or equal to the stock-out quantity, the storage locations of the finished products to be shipped are sorted according to the descending order of the inventory age of the finished products to be shipped.

According to the warehouse location of the finished products to be shipped after sorting, the warehouse-out equipment is controlled to carry out the warehouse-out operation of the finished products to be shipped out.

Optionally, the quality inspection information corresponding to the finished product includes the quality grade of the finished product. Inbound information includes the location of the finished product.

The inventory management module 430 is also used to:

Optionally, the quality inspection module 420 is also used for:

The detection rule corresponding to the target object is sent to the detection device, so that the detection device performs quality detection on the target object based on the detection rule corresponding to the target object. Wherein, the detection rules include full inspection rules and/or random inspection rules.

Optionally, the quality inspection module 420 is also used for:

In this embodiment, the information management device, that is, the information management system is a lightweight manufacturing execution system. The hardware structure of the system is simple and the cost is low. The database server and application server can be deployed using X86 servers or HP DL 380 , the operating system adopts Linux or Unix, and the applications of major modules (for example, the quality inspection module) can be deployed on two servers to implement a dual-active mechanism to ensure application load balancing and application online. In order to ensure the security of enterprise data, data storage can use production data and file data to be stored separately, and regularly backed up on tape.

In this embodiment, the business process of the manufacturing enterprise includes four major business links, namely, production and processing, quality inspection, inventory management (ie finished product storage), and report display. Production and processing is the core foundation of the business, which is the process of processing raw materials or semi-finished products into finished products; quality inspection, that is, quality monitoring is the real-time monitoring of the product processing process or after the completion of the inspection process, to avoid waste of materials and equipment. ;Inventory management includes the link of packing the finished product to the finished product warehouse and warehouse shipment; the report display is the key indicator and customized display of the three links of production processing, quality control and finished product shipment, so as to realize the transparency of the factory. Speed up production decisions. Based on the four business links, the information management device, that is, the manufacturing execution system, is divided into four modules, which are: production control module, quality inspection module, and inventory management module. The production control module mainly controls the process of materials and semi-finished products being processed into finished products In order to realize the automatic management of information in the production process; the inventory management module mainly controls the packaging and warehousing of finished products, in-warehouse management, picking out of the warehouse and customer returns, so as to realize the automatic management of the inventory of finished products; the quality inspection module mainly controls the finished products The collection and display of quality inspection during the manufacturing process and the inspection data after the finished product is completed, so as to realize the automatic management of quality inspection related information; the report display is the five aspects of people, machine, material, method and environment in the whole finished product manufacturing process Customized display of data, realizing intelligent display of data, facilitating transparent production and rapid decision-making.

An embodiment of the present application provides a computer-readable storage medium, in which computer program code is stored, and the above method steps are implemented when the computer program code is executed by a processor.

An embodiment of the present application further provides a computer program product, including a computer program, and when the computer program is executed by a processor, the above method steps are implemented.

As for the device embodiment, since it basically corresponds to the method embodiment, for the related parts, please refer to the part of the description of the method embodiment. The device embodiments described above are only illustrative, and the units described as separate components may or may not be physically separated, and the components shown as units may or may not be physical units, that is, they may be located in One place, or it can be distributed to multiple network elements. Part or all of the modules can be selected according to actual needs to achieve the purpose of the solution of this embodiment. It can be understood and implemented by those skilled in the art without creative effort.

It should be noted that in this article, relational terms such as first and second are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply that there is a relationship between these entities or operations. There is no such actual relationship or order between them. The term "comprises", "comprises" or any other variation thereof is intended to cover a non-exclusive inclusion such that a process, method, article or apparatus comprising a set of elements includes not only those elements but also other elements not expressly listed elements, or also elements inherent in such a process, method, article, or apparatus. Without further limitations, an element defined by the phrase "comprising a ..." does not exclude the presence of additional identical elements in the process, method, article or apparatus comprising said element.

The methods and devices provided by the embodiments of the present application have been described in detail above. The principles and implementation methods of the present application have been explained by using specific examples in this paper. The descriptions of the above embodiments are only used to help understand the methods and methods of the present application. core idea; at the same time, for those of ordinary skill in the art, according to the idea of this application, there will be changes in the specific implementation and application scope. In summary, the content of this specification should not be construed as limiting the application .

Claims

An information management method, characterized by comprising:

Obtaining a work order to be processed, and sending the work order to be processed to the production equipment, so that the production equipment processes the object to be processed based on the work order to be processed, and obtains a target object; wherein, the target object represents Semi-finished products and/or finished products obtained from processing objects;

Acquiring quality detection information corresponding to the target object from a detection device corresponding to the target object; wherein the quality detection information is obtained after the detection device performs quality detection on the target object;

When the quality inspection information corresponding to the finished product is obtained, the storage information corresponding to the finished product is determined according to the quality inspection information corresponding to the finished product, and the storage information corresponding to the finished product is sent to the storage equipment for The warehousing device is made to perform a warehousing operation on the finished product based on the warehousing information corresponding to the finished product.
The method according to claim 1, further comprising:

Obtain a data management request, determine the data to be displayed according to the data management request, and display the data to be displayed; wherein, the data to be displayed includes production data, equipment data, object data to be processed, production personnel data, One or more of inventory data and quality inspection information; the data to be displayed is determined according to the work order to be processed.
The method according to claim 1, wherein the work order to be processed includes finished product information; wherein the finished product information includes finished product identification and finished product quantity;

The method also includes:

Determine the information of the object to be processed according to the finished product information; wherein, the information of the object to be processed includes the usage amount of the object to be processed;

According to the information of the object to be processed, the conveying equipment is controlled to convey the object to be processed to the production equipment.
The method according to claim 3, wherein, according to the information of the object to be processed, controlling the conveying equipment to convey the object to be processed to the production equipment includes:

Acquiring warehouse information of each warehouse corresponding to the object to be processed, wherein the warehouse corresponding to the object to be processed represents a warehouse storing the object to be processed;

The target warehouse is determined according to the warehouse information of each warehouse corresponding to the object to be processed and the usage amount of the object to be processed, and the transport equipment is controlled to transport the object to be processed from the target warehouse to the production equipment.
The method according to claim 4, wherein the warehouse information includes the inventory quantity and storage time of the object to be processed;

The determining the target warehouse according to the warehouse information of each warehouse corresponding to the object to be processed and the usage of the object to be processed includes:

Sort the warehouses corresponding to the objects to be processed in descending order of storage time;

The target warehouse is determined from the sorted warehouses according to the inventory quantity of the objects to be processed corresponding to the sorted warehouses and the usage amount of the objects to be processed.
The method according to claim 4, wherein the warehouse information includes inventory quantities and warehouse locations of objects to be processed;

The determining the target warehouse according to the warehouse information of each warehouse corresponding to the object to be processed and the usage of the object to be processed includes:

For each warehouse corresponding to the object to be processed, determine the distance between the warehouse and the production equipment according to the warehouse location of the warehouse;

Sort the warehouses corresponding to the objects to be processed in ascending order of distance;

The target warehouse is determined from the sorted warehouses according to the inventory quantity of the objects to be processed corresponding to the sorted warehouses and the usage of the objects to be processed.
The method according to claim 1, further comprising:

Receive production status information sent by the production equipment; wherein, the production status information includes one or more of the operating status of the production equipment, the operating parameters of the production equipment, and the production quantity of the target object;

Obtaining the production status information sent by all the production equipment corresponding to the work order to be processed, and merging the production status information sent by all the production equipment to obtain the production status information of the equipment corresponding to the work order to be processed; wherein, the The equipment production status information corresponding to the work order to be processed includes the total production quantity and/or process information of the target object;

Sending the equipment production status information corresponding to the work order to be processed to the resource planning system.
The method according to any one of claims 1 to 7, further comprising:

Obtain a shipment request; wherein, the shipment request includes the identification and the quantity of the finished product to be shipped;

Obtain the inventory information corresponding to the identification of the finished product to be delivered;

According to the inventory information corresponding to the identification of the finished product to be delivered and the delivery quantity, the delivery device is controlled to perform a delivery operation of the finished product to be delivered.
The method according to claim 8, characterized in that the inventory information corresponding to the identification of the finished product to be shipped includes the location, age and inventory quantity of the finished product to be shipped;

According to the inventory information corresponding to the identification of the finished product to be delivered and the delivery quantity, controlling the delivery device to perform a delivery operation of the finished product to be delivered includes:

In response to the inventory quantity of the finished products to be shipped is greater than or equal to the stock-out quantity, sort the storage locations of the finished products to be shipped according to the order of the inventory age of the finished products to be shipped from large to small;

According to the warehouse location of the sorted finished products to be shipped out, the warehouse-out equipment is controlled to perform the warehouse-out operation on the finished products to be shipped out.
The method according to any one of claims 1 to 7, wherein the quality detection information corresponding to the finished product includes the quality level of the finished product; the storage information includes the storage location of the finished product;

The determining the warehousing information corresponding to the finished product according to the quality inspection information corresponding to the finished product includes:

Obtain the storage location corresponding to the finished product quality level corresponding to the finished product, and use the storage location as the storage location of the finished product.
The method according to any one of claims 1 to 7, wherein the method further comprises:

sending the detection rule corresponding to the target object to the detection device, so that the detection device performs quality detection on the target object based on the detection rule corresponding to the target object; wherein, the detection rule includes a full inspection rule and/or a random inspection rule.
The method according to any one of claims 1 to 7, wherein the acquiring the quality detection information corresponding to the target object from the detection device corresponding to the target object comprises:

Based on the file transfer protocol, the quality detection information corresponding to the target object sent by the detection device is received.
An information management device, characterized by comprising:

A production control module, configured to obtain a work order to be processed, and send the work order to be processed to a production device, so that the production device processes the object to be processed based on the work order to be processed to obtain a target object; wherein, The target object represents a semi-finished product and/or a finished product obtained by processing the object to be processed;

A quality inspection module, configured to acquire quality inspection information corresponding to the target object from a detection device corresponding to the target object; wherein, the quality inspection information is obtained after the detection device performs quality inspection on the target object;

The inventory management module is configured to determine the warehousing information corresponding to the finished product according to the quality testing information corresponding to the finished product when the quality inspection information corresponding to the finished product is obtained, and send the warehousing information corresponding to the finished product to the storage device, so that the storage device performs storage operation on the finished product based on the storage information corresponding to the finished product.
The device according to claim 13, further comprising:

A display module, configured to obtain a data management request, determine data to be displayed according to the data management request, and display the data to be displayed; wherein, the data to be displayed includes production data, equipment data, and object data to be processed , one or more of production personnel data, inventory data, and quality inspection information; the data to be displayed is determined according to the work order to be processed.
A computer device, characterized by comprising a memory, a processor, and a computer program stored in the memory and operable on the processor, wherein the processor implements the following method when executing the program:

Obtaining a work order to be processed, and sending the work order to be processed to the production equipment, so that the production equipment processes the object to be processed based on the work order to be processed, and obtains a target object; wherein, the target object represents Semi-finished products and/or finished products obtained from processing objects;

Acquiring quality detection information corresponding to the target object from a detection device corresponding to the target object; wherein the quality detection information is obtained after the detection device performs quality detection on the target object;

When the quality inspection information corresponding to the finished product is obtained, the storage information corresponding to the finished product is determined according to the quality inspection information corresponding to the finished product, and the storage information corresponding to the finished product is sent to the storage equipment for The warehousing device is made to perform a warehousing operation on the finished product based on the warehousing information corresponding to the finished product.
A computer-readable storage medium, characterized in that the computer-readable storage medium stores computer-executable instructions, and when the processor executes the computer-executable instructions, the method according to any one of claims 1 to 12 is realized. information management methods.