424 results about "Production order" patented technology

A system and method for conveying information about a personalized product are disclosed. A web server processes product personalization information for a vendor. The web server accepts the personalization that a customer has provided and performed on a product. The web server further accepts a submission from the customer for an order for the production of that personalized product. The web server determines the vendors capable of producing the personalized product and may accept either customer selection of a vendor or automatic selection of a vendor to produce the personalized item. The web server can describe the personalized product in a manner consistent with a data specification or a production request format as defined by the vendor.

The invention discloses a workshop production management method and system based on Internet of Things. The management method includes the steps of establishment of an enterprise production and operation management system, on-site acquisition, real time monitoring, productive task tracking, product quality analyzing and production order feeding back. The workshop production management system based on Internet of Things comprises a terminal management server, a receiving computer, a mobile phone with bluetooth or wireless fidelity (WiFi), a ZigBee coordinator, a ZigBee router, a station controller, a radio frequency identification (RFID) reader-writer, an electronic tag and a process displayer. According to the workshop production management method and system based on Internet of Things, workshop site is connected with an upper decision system by the aid of the RFID reader-writer and electronic tag manufacturing execution system (MES), integration and sharing of various data information of workshops can be achieved, thereby, the 'fault' phenomenon caused by incomplete sharing and exchange of enterprise data information in enterprises can be avoided, the management process is simplified, and the management efficiency is increased.

The invention discloses an intelligent manufacturing MES system which comprises a basic modeling module, a plan scheduling module, a comprehensive production module, a logistics management module, a quality management module, an energy management module, an equipment management module, a central control center management module and an abnormal Andon module. The basic modeling module is used for completing establishment of factory layout, establishment of product information and establishment of external resources. The plan scheduling module is used for establishing a production order, carryingout material preparation and distribution for a warehouse, work order scheduling, production execution, inspection, packaging and production warehousing. The comprehensive production module is used for managing a generated full-service process. The logistics management module is used for managing a production material taking management process and a production warehouse-in management process; andthe quality management module is used for carrying out inspection object maintenance on a purchasing department, a workshop department and a sales department. The invention provides a perfect intelligent manufacturing MES system, thereby realizing intelligent manufacturing full-process monitoring.

A system and process includes: a relational database that has a core database of global rules and project data, an item tracking database, a scanning and image management database, and a scoring database; an enterprise integrated application software program and computer network; and a web interface linking host operations and users; all of which is used for generating a production order and packing schedule of test documents from the rules and project data, for tracking production, packing, shipping, return shipping, and processing of actual test documents by using unique identifiers assigned to every document and monitoring and recording every movement of every document and appending all records of movement and other changes of condition to the original project data in the relational database, for scanning all documents into image form and storing and scoring the images, and for generating reports based on the scores and demographics of the testees.

The invention discloses a production management system adopting order lists as a core, comprising a WEB server, a database and series clients, wherein the WEB server comprises a production management module for receiving an inquiry condition of production management information, which is input by a user, retrieving the production management information according to the input inquiry condition of the production management information, processing the production management information and giving commands; the database is connected with the WEB server and used for storing and collecting the production management information; the series clients are connected with the WEB server through a network; each client logs on the WEB server in a browser manner to obtain an interactive interface of the production management module; and the interactive interface is used for inputting and displaying the production management information. The production management system disclosed by the invention can be used for clearly and conveniently tracking and managing each order list through the production management module, and calculating the cost of each production order list through a statement analysis module, thereby enabling the management to have more pertinence and scientificity, and improving operation efficiency of enterprises.

A technique to optimize both the production schedule and the maintenance of plant assets based on predetermined criteria which may be economic or otherwise. In one embodiment the technique receives at least one maintenance trigger (MT) and one production order and evaluates those inputs to propose one or more solutions for the joint scheduling of the asset maintenance and required plant production. In another embodiment a computerized maintenance management system (CMMS) acquires a new MT and proposes a new maintenance schedule. The technique transmits a blocking order to a production scheduling (PS) system for converting the maintenance request into a production schedule. In another embodiment, a CMMS acquires a new MT and asks for confirmation of a time slot to perform the maintenance action. The technique evaluates the priorities and finds based on the predetermined criteria the right time slot and communicates a request for that slot to the PS.

The invention discloses a production data processing method, a device thereof and a system thereof. The method comprises a step of receiving order data comprising production data and material data, a step of generating a production schedule according to the obtained production data and generating a product design material list according to the obtained material data at the same time, a step of calling a pre-stored balance amount, carrying out calculation according to a first preset rule with the combination of the production schedule and the product design material list, obtaining purchase material data and generating a purchase schedule corresponding to the purchase material data, a step of carrying out calculation with the combination of balance amount and the purchase schedule and according to a second preset rule, obtaining product order data, and generating a product order corresponding to the product order data. According to the above production data processing method, the product design material list and the production schedule are determined at the same time according to the concretely received order data, the flexibility is high, and the method, the device and the system are suitable for most small and medium enterprises.

The invention discloses a material distribution method and a material distribution system of an air conditioning workshop based on a MES system. The method comprises the following steps: the materialdistribution method and the material distribution system of an air conditioning workshop based on the MES system are monitored and generated by downloading a production order and a batching list in real time through the MES system; the batching list is audited and the batching list information is issued; The material storer receives the batching list information, checks the material staging information, and arranges the distribution according to the capacity of the line side warehouse. The material stationer completes the material preparation and sends the distribution request; The distributorreceives the distribution request, starts to distribute the materials to the station line side warehouse, and sends the received information after the station line side warehouse receives the materials; When the remaining material quantity of the workstation line side warehouse is reduced to the warning value and the total material distribution quantity is less than the demand quantity of the order, the workstation line side warehouse alarms, sends the material urging information, and the MES system pushes the material urging information to the material warehouse, and re-executes the step A03until the order is completed; The distribution method effectively tracks the flow direction of the material, timely replenishes the material, reduces the phenomena of wrong delivery, missed deliveryand multiple delivery, and effectively improves the distribution efficiency of the material.

A consumer places an order for liquid coating product directly with a supplier via the internet or telecommunications. Customer order information is entered into a customer order subsystem on a computer, is compiled, processed and then utilized by a production subsystem governing a production line for containerized liquid coating product inclusive of all colorants required to obtain particular, non-standard, colors. Batching with regard to liquid coating base, delivery date and geographic delivery address is suggested. Shipping assemblies and packages specific customer orders for commercial transport service directly to the delivery address given by the consumer. Customer order information including verified content is indicated by a container identifier in assurance of quality. Attachment of a label upon each container after filling with blended liquid coating base and colorant with information printed and/or a bar or other digital code is suggested. Superior precision in colorant addition than that obtainable by a local retailer ensures consistent color, tone, and shade for particular, non-standard, colors in diverse containers and orders. Standard containers may be partially filled and non-standard volume plastic containers may also be utilized in fulfillment of precise order quantities. Production to order minimizes inventory. Product information including digital assistance in selection of base, color, and volume for a given-application and placing an order is readily provided on an internet web site or a dedicated terminal in a kiosk.

The invention relates to a management and control optimizing method of discrete manufacture production, which comprises the following steps of: 1, classifying received production orders into following three classes: class A: items must manufactured per se; class B: items manufactured per se or in cooperation with others; and class C: items must manufactured in cooperation with others; 2, further classifying the class B including items manufactured per se or in cooperation with others into items manufactured in cooperation with others and items manufactured per se; 3, respectively issuing production tasks to corresponding cooperation or self manufactured production executing departments; and 4, carrying out optimal scheduling production on the self manufactured production tasks according to production conditions of current equipment, workers, raw materials, date of delivery, and the like. Compared with the prior art, the invention has the advantages and the technical characteristics of simple operation, easy implementation, wide application, convenient use and the like.

The invention discloses a workshop production scheduling method based on a genetic algorithm, and the method comprises the steps: constructing and training a decision tree model based on labeled orderdata, and inputting to-be-produced order data into the trained decision tree model to obtain the priority of a to-be-produced order; based on comprehensive consideration of a genetic algorithm, constraint conditions, encoding and decoding, fitness calculation and the like, finding an optimal production scheduling plan and finally, presenting a specified number of encoding schemes to production scheduling personnel in a graphical interface form for selection. Furthermore, the invention also discloses a workshop production scheduling system based on the genetic algorithm corresponding to the workshop production scheduling method. In the process of using the genetic algorithm to participate in decision making, the factors such as production efficiency, overall balance of the production line,multi-objective optimization and possible emergencies are comprehensively considered, the production efficiency is improved, the balance of the production line is realized, and the maximization of enterprise benefits is facilitated.

The invention provides a collaborative design method and system for a parent plate and a plate blank of a medium plate oriented to production order combined optimization. The method comprises the following steps: specific to a sub-plate one-dimensional combined optimization design in a medium plate production order, building an optimized control model under the consideration of the constraints of complicated production processes, equipment and the like specific to the aim of minimizing residual materials and material loss, deciding a sub-plate combination way, the length of the parent plate and the length of the plate blank, selectively coding the plate blank section of each order after orders are received, designing a decoding method based on column generation, and generating plate blank and parent plate design schemes; then, searching for a better code string in neighborhood through repeated iterations based on tabu search; and when an end condition is satisfied, selecting a current optimal code string for evaluation and adjustment, and outputting corresponding plate blank and parent plate design results lastly. A system controller controls the design processes of the parent plate and the plate blank of the medium plate according to the method. Through adoption of the collaborative design method and system, residual parent plates and material loss are reduced, and the production demand can be met better.

The invention relates to an intelligent production decision support system, which is used for making production decision according to real-time production data acquired by a data acquisition system. The intelligent production decision support system comprises a data exchange platform, a decision support database and a staff efficiency forecasting subsystem, wherein the data exchange platform is used for receiving real-time production data from the data acquisition system, separating necessary data needed by the production decision and storing the necessary data to the decision support database, and the staff efficiency forecasting subsystem is used for reading the necessary data in the decision support database and outputting staff efficiency forecasting data according to internal factors and external factors affecting staff efficiency. The intelligent production decision support system further comprises a staff efficiency forecasting subsystem, an intelligent production line balancing subsystem and a schedule forecasting subsystem, wherein the staff efficiency forecasting subsystem is used for generating an optimal production procedure distribution scheme, the intelligent production line balancing subsystem is used for adjusting procedure distribution according to real-time production conditions and then ensuring balance of a production line, and the schedule forecasting subsystem is used for accurately forecasting the production schedule and the completion time of each production order.

The invention discloses a commodity storage allocation method and device and a storage medium. The method comprises the steps that the first correlation between the commodities is acquired according to the historical purchasing data of the commodities; the second correlation between the commodities and a target warehouse is acquired according to the historical purchasing data of the commodities and commodity inventory information; the fusion commodities of which the number is the commodity fusion number are selected out of the commodities through screening according to the preset commodity fusion rules and based on the first correlation and the second correlation; and the selected fusion commodities are stored in the target warehouse. According to the method, the device and the storage medium, the order separating rate can be greatly reduced, the separating number of times after order placing of the customer can be reduced by multi-storage inventory of a small quantity of commodities,the workload of the production order can be reduced, the packaging efficiency can be enhanced, the logistics operation cost can be reduced, increasing of packaging caused by order separating can alsobe reduced, the foundation can be laid for green and environmental protection and the customer experience can be enhanced.

The invention provides an order producing method and an order producing device as well as a warehouse management system. According to the technical scheme, use of a paper set order and paper orders is avoided, so that the order producing efficiency is improved and errors are reduced. In the order producing method, a digital identifier is set to be related to order picking information in an order producing process and paper set order information in a rechecking process, and another digital identifier is set to be related to paper customer order information in rechecking and packaging processes, so that the use of the paper set order and the paper orders is avoided, the printing time and a printing material are saved, and the efficiency is improved; the errors, possibly appearing in the transfer process, of the paper orders are avoided, so that the order producing reliability is improved.

The invention discloses an adaptive material requirement plan (MRP) calculation method. The method comprises steps: a material list is acquired; lowlevel codes of all materials in the material list are calculated; sales orders in need of calculation are selected; according to conditions that the lowlevel codes and the material codes are ranked from low to high and the MRP type is equal to a requirement type, traverse calculation is carried out on MRP table records, and a production or procurement plan on the materials is generated; and automatic delivery date adjustment is carried out on all orders which participate in MRP calculation and need to automatically adjust the delivery dates. Delivery date adjustment can be automatically carried out on orders, whose delivery dates can not be met, and the generated plans, the process comprises steps in which the delivery dates of the sales orders are properly adjusted automatically, and the plan starting dates and the plan ending dates for a production order and a procurement order related to the sales order can be automatically adjusted, system flexibility is improved, and management by a manager is facilitated.

Information stored in a corporate database is monitored and used to determine when certain business-related events have occurred. Event information is transmitted over the Internet to a print production facility, where it is used to fire one or more event rules, which in turn automatically generate print requisitions or print production orders. In one variation, print requisitions are routed through an existing and commercially available procurement system before a print production order is generated. The system can monitor and handle events from multiple corporations, each having its own business-related event rules, and each potentially having its own procurement approval system.

The embodiment of the invention discloses a production order production scheduling management method and production scheduling optimizer system. The method comprises the steps that unfinished orders are inquired; rearrangement plan settings are submitted; and order scheduling is performed. The optimal configuration of the production orders and production lines can be realized through production order production scheduling management so that scientific management of garment production can be realized, and the management efficiency and the production efficiency can be enhanced.

The invention discloses a food ordering method based on an android system. The android system includes a food-ordering WEB server, a merchant server and a plurality of android clients. The android clients are connected with the food-ordering WEB server through a wireless network. The food-ordering WEB server is connected with the merchant server through a network. The method includes methods for entering and logging in, food ordering, order production and subscription cancellation and also a method for evaluation of dishes by users at the same time. The food ordering method based on the android system abandons traditional manual ordering methods and prevents mistakes, omissions and loss of the orders and feed backs the orders to a chef in time at the same time so that order-omission and time-delay phenomena when traditionally the orders are transferred to the chef only through waiters are prevented and a user evaluation item is set and thus information feedbacks among users can be increased so that deficient points of the dishes are improved.

The invention provides an intelligent factory management method and system. The system comprises a discrete IO device used for collecting production information, a factory-level server communicating with the discrete IO device and used for receiving the production information sent by the discrete IO device, and a manufacturing execution system (MES) communicating with the factory-level server andused for receiving the production information sent by the factory-level server and issuing production order information according to the production information and order demand information, wherein the factory-level server is further used for receiving the production order information issued by the MES, and sending the received production order information to production equipment through the discrete IO device; and the production equipment is used for carrying out production according to the received production order information. According to the intelligent factory management method and system, the technical effect of carrying out comprehensive digital information management on a production process of a discrete manufacturing enterprise is achieved.

A parts production scheduling method is provided for preparing, after receipt of a production order schedule of finished vehicles, a production order schedule of parts necessary for the production of the finished vehicles, wherein the production order schedule of the parts, which is divided into plural zones each equivalent to production of a predetermined number of consecutive products in the product order schedule of the higher products, is shifted so that it is ahead of the production order schedule of the higher products by one zone, thereafter, for each zone, parts to be produced on a parts production line are converted into corresponding pieces of parts identification information registered in advance, and the converted pieces of parts identification information are sorted by pre-registered inter-parts similarity information and collated with pre-registered part-by-part production order pattern information.

The invention discloses a JIT (Just In Time) production supply system and a control method thereof. The control method of the JIT production supply system comprises the steps of: when materials are taken or a production plan is changed, detecting a demanded quantity of of a next order for materials; detecting a remaining inventory level of the materials; detecting a logistics quantity of the materials; and comparing the demanded quantity of the next order for the materials with the remaining inventory level and the logistics quantity of the materials, and according to a comparison result, regulating material production. According to the control method of the JIT production supply system, which is disclosed by the invention, links of material production, material transportation and the like can be regulated in real time according to information of the demanded quantity of the next order for the materials, the remaining inventory level of the materials, the logistics quantity of the materials and the like so as to ensure the minimum inventory, ensure real-time follow-up of a production order and material transportation, ensure integral coordination of the production supply system, improve maximum efficiency operation of the JIT production supply system on the basis of reducing the inventory, reduce production cost and improve production efficiency.

The invention discloses a discrete manufacturing industry-oriented dynamic production plan scheduling method, which comprises the following steps of: firstly, a customer order is received, and a process management module splits the customer order to generate a production task according to product information; a plan management module generates a production order according to the production task, and an advanced plan scheduling module automatically schedules the production order according to scheduling parameters set by a planner and dispatches the production order for production according to ascheduling result; a production management module receives the production list and arranges production; a warehouse management module receives the material plan and prepares raw materials for the production line; and a scheduling tracing module feeds back the actual production information to the plan management module, dynamically adjusts a scheduling result, and forms closed-loop feedback from plan scheduling to actual production. According to the method, the scheduling result is dynamically adjusted according to unstable factors in actual production, the reasonable resource utilization rateis ensured, and the visual material plan and production plan are generated from multiple angles under the condition of considering enterprise resources, a production field and a dispatching method.

The invention provides a method and system for realizing production process tracing, a storage medium and electronic equipment. The method comprises the following steps: acquiring production order information and bill of material information; generating a production command list of the production task according to the obtained information, and adding task identification information to the production command list; delivering the required materials according to the material list information, and binding the order identification information and the material identification information of the required materials after the materials are delivered; when product production is completed, generating product identification information, obtaining production personnel job number information and production machine identification information, and binding the order identification information with the product identification information, the production personnel job number information and the productionmachine identification information; and taking the bound information as a product label of the product, and performing warehouse-in and warehouse-out control according to the product label. Accordingto the method, all links related to production are associated in an identification information binding mode, so that the product has traceability, and the control ability of the enterprise productioncapacity is improved.