RU17641U1 - MANAGEMENT SYSTEM - Google Patents

Description

The claimed design solution as a utility model relates to devices for processing data from computers and can be used to build a digital production model to manage production tasks and obtain information about the current and / or past state of production of its main and auxiliary material flows.

There is a known system for managing transactions (PROTOTYPE) according to the utility model certificate No. 0007528 of 04/13/98, KPZh-b: 17/60, published on 08/16/1998.

The prototype system comprises a bank control device, a store control device, a customer control device connected to each other via an intersystem communication unit, each of the alphanumeric devices comprising a control and processing unit, a memory unit, an input-output unit.

(General features of the prototype and the claimed design solution; what are the control devices connected by themselves using the intersystem communication unit in the form of a local computer network.

The prototype system allows you to effectively manage the execution of transactions, however, the design solution of the prototype is inherently difficult to manufacture and operate. In the case of production management, the system should be divided into stages (stages), at each of which specific operations are performed, the presence of interconnected jobs should be an important element of the system.

The purpose of creating the claimed design solution is to create a local computer network that works with a single database, located on the server’s hard drive and connected to users personal computers, with a configuration that allows you to quickly create and analyze a dynamic picture of the production status.

The essence of the claimed design solution is as follows: the system for e-mail production includes control devices integrated into a local computer network, the system being built on the basis of several automated workstations that are minimally necessary for technological preparation and operational management of production, jobs are created on the basis of personal computers, united in a local area network and working with a single database, large, mixed up on the hard disk of a file server. Automated workplaces are a set of workplaces of a technologist, dispatcher, executor, storekeeper, economist and manager. Systfi is presented in the form of event and / or task logs for each of the five consecutive stages - an application for production, a task, completed operations, acceptance of technical control and a warehouse. Each event and / or task recording log is presented in the form of a database table and contains records made in the form of tables.

consisting of lines with identification of the processed object, while the system generates a letter in the journal of the next stage, as well as the document necessary for each stage, manually enter only the data for the stage of the application for production in the journal corresponding to the stage of the application for production. lia production with a complex technological process, with the independent manufacture of component parts, an automated process in a local area network and a single database located on the file server’s hard disk can be cyclic for four stages, except for the stage of an application for production. The system is configured to control production in dynamics, while the rows of the logbook tables of events and / or tasks are made in color with different colors designating the following consecutive lines: not moving to the next stage; partially, not all, moving on to the next stage; completely moving to the next stage of production. The rows of the tables of the logbook for recording events and / or tasks can be made in bold for rows reflecting the fact of bringing the batch of products to the warehouse. Documents on the movement of material resources in the system are not the primary source of information, but appear during the transition between stages as a result of tasks and the corresponding adjustment of the linked database tables hidden from the user, while two tables are displayed on the screen, the first of which is the journal of the previous stage, and the content of the second is a journal of the next stage, and the input of information into the system consists in transferring a line from the first table to BTOpvio with possible correction of quantitative indicators and corresponding etstvuyuschim gshetovym Ofori iesh1em entries in the log table. In the system, all elements are located in a common nomenclature base and are divided into groups and subgroups, with the top one. a link in such a hierarchy is a type, with each group necessarily belonging to a certain type, and each type is described by a constant set of features that have three meanings - yes, no, not defined, and the set of features is predetermined. By a combination of attribute values, the system is able to determine what actions can be performed with each specific element in the system. On the application for production accepted for execution, a temporary availability table is made - a record package - a copy of the technological documentation for components and / or materials with the following quantitative indicators: full necessary

the quantity is available, worked out, and each manufactured product is presented in the form of a tree of nodes and / or components included in it, each node of which consists of subsidiaries according to whose readiness, according to the indicator available, the system generates technological tasks for the production of the node. A fully manufactured unit falls into the indicator - worked out, which in turn can also be a component and fall into the waiting cycle for components of its own level to generate technological tasks: the highest level.

Thus, all technological tasks are sequentially generated until the finished product is obtained ..,

The essence of the claimed design solution is illustrated in the drawings in the video block diagrams of Figures 1 and 2, as well as the algorithm of the user’s actions in Figure 3 and the entries in specific journals are illustrated - figures 4 and 5.

The input of information into the system, in contrast to the usual input of documents, consists in transferring a line from the first table to the second with the possible correction of quantitative indicators and automatic coloring of the status of the line.

The system consists of automated workstations that are minimally necessary for technological preparation and operational management, production, jobs created on the basis of personal computers integrated into a local computer network and working with a single database located on the file server hard disk

Automated jobs are a combination of jobs of technologist 1, dispatcher 2, executor 3, storekeeper 4. economist 5 and manager 6. Technologist 1 is preparing a technological description. Dispatcher 2 conducts surgical intervention in conflict situations, control and distribution of production tasks. Contractor 3 notes the actual execution of tasks. Storekeeper 4 monitors the actual movement of material values. The economist 5 carries out the primary control of the economic parameters of production. The head of the 6th year of the general management. Jobs created on the basis of a personal computer. integrated into a local computing network and working with a single database.

The system works as follows: on accepted for execution, on an application for 1 production, technologist 1 sets up temporary tables} of availability - a record package - a copy of technological documentation for completing materials and materials: it was worked out, in this case each manufactured product is presented in the form of a tree comprising yjjioi H / miH combining elements, each node of which consists of daughter elements for which, according to the indicator, CHCTc.Moii is available to the generator tsya technological tasks on the production site. A fully assembled unit falls into the indicator - worked out, which in turn1 can also be a component and fall into the waiting cycle for components of its level to generate technological tasks of the highest level.

The mapping of production processes in dynamics is illustrated in figures 4 and 5 and consists in the fact that in addition to the static picture of a regular magazine, the proposed method makes it possible to observe the production process in dynamics. Each line of the tabular journal has signs of moving it further along the technological chain.

Based on the foregoing, we can conclude that the proposed design solution meets the criteria of novelty and industrial applicability.

Claims (12)

1. A system for production management, including control devices integrated into a local area network, characterized in that the system is built on the basis of several automated workstations that are minimally necessary for technological preparation and operational management of production, jobs are created on the basis of personal computers integrated in local area network and working with a single database located on the hard disk of the file server.  2. The system according to claim 1, characterized in that the workstations are a set of workplaces of a technologist, dispatcher, executor, storekeeper, economist and manager.  3. The system according to claim 1, characterized in that the system is presented in the form of logs for recording events and / or tasks for each of the five consecutive stages - "application for production", "process task", "completed operations", "acceptance of technical control "and" warehouse ".  4. The system according to claim 3, characterized in that the log of events and / or tasks is presented in the form of a database table.  5. The system according to claim 3 and / or 4, characterized in that the journal for recording events and / or tasks contains records made in the form of tables consisting of rows with identification of the processed object, while the system generates a record in the journal of the next stage, and also a document necessary for each stage, manually enter only the data for the stage of "application for production" in the journal corresponding to the stage of "application for production".  6. The system according to claim 5, characterized in that in factories with a complex technological process, with the independent production of components, an automated process in a local area network and a single database located on the file server’s hard disk is cyclic for four stages, except for the stage of the "application for production".  7. The system according to claim 5, characterized in that the system is configured to control production in dynamics, while the rows of the logbook tables of events and / or tasks are made in color with different colors designating the following consecutive lines: "not transferred to the next stage"; "partially, not in full, transferred to the next stage," "completely transferred to the next stage of production."  8. The system according to claim 7, characterized in that the rows of the tables of the logbook for recording events and / or tasks are made in bold for rows reflecting the fact of bringing the batch of products to the warehouse.  9. The system according to claim 5 and / or 7, characterized in that the documents on the movement of material resources in the system are not the primary source of information, but appear during the transition between stages as a result of tasks and the corresponding adjustment of the associated database tables hidden from the user, when on this screen, two tables are presented, the contents of the first of which is the journal of the previous stage, and the contents of the second is the journal of the subsequent stage, and entering information into the system consists in transferring a row from the first table to the second with th correction of quantitative indicators and the corresponding color scheme of the entries in the journal table.  10. The system according to claim 1 and / or 5, characterized in that in the system all the elements are located in a common nomenclature database and are divided into groups and subgroups, the top link in such a hierarchy being a type, and each group necessarily belongs to some type, while each type is described by a constant set of signs that have three values - yes, no, not defined, and the set of signs is predefined, by a combination of the values of the signs the system can determine what actions can be performed with each specific element in the system.  11. The system according to claim 10, characterized in that a temporary availability table is put up for a production application accepted for execution - a record package - a copy of the technological documentation for components and / or materials with the following quantitative indicators: "total required quantity", "is available in availability "," worked out ", while each manufactured product is presented in the form of a tree of nodes and / or components included in it, each node consists of daughter elements, according to which, according to the indicator" available ", the system gene riruyutsya technological tasks on the production site. 12. The system according to claim 11, characterized in that the fully manufactured unit falls into the indicator - "worked out", which in turn can also be a component and fall into the waiting cycle for components of its level to generate technological tasks of the highest level.