KR20070075501A - Production information managing system and the method for managing production information for mechanical working product - Google Patents

Abstract

A system and a method for managing production information of mechanical products are provided to manage delivery of an ordered product and improve productivity of workers by enabling a central server to generally manage production processes includes a machining process based on the production information received from each processing step. The central server(10) is equipped with a database storing the production information including order information, controls all processes for managing the production information, and generates a barcode of the ordered product. An Internet homepage is linked with the central server through the wired/wireless network. A manager terminal(30) transceives the order information with the central server, and receives and outputs the barcode. Each worker terminal(50) transmits worker and working information to the central server, and is connected to a barcode scanner(80). A quality management terminal(40) transmits warehousing of the completed ordered product and a quality inspection result to the central server.

Description

Production Information Managing System and The Method for Managing Production Information for Mechanical Working Product}

1 is a block diagram of a production information management system of a machined product according to an embodiment of the present invention.

Figure 2 shows the configuration of the order management screen posted on the manager terminal of the production information management system according to an embodiment of the present invention.

3 is a block diagram of a real-time field progress monitoring screen posted on the manager terminal of the production information management system according to an embodiment of the present invention.

4 is a block diagram of a drawing tracking screen posted on a manager terminal of a production information management system according to an exemplary embodiment of the present invention.

5 is a block diagram of a drawing management screen posted on the manager terminal of the production information management system according to an embodiment of the present invention.

6 is a block diagram of a management screen for each order posted on the manager terminal of the production information management system according to an embodiment of the present invention.

Figure 7 shows the configuration of a login screen posted on the worker terminal of the production information management system according to an embodiment of the present invention.

8 is a block diagram of a processing drawing registration screen posted on a worker terminal of a production information management system according to an embodiment of the present invention.

9 is a block diagram of a work screen posted on a worker terminal of a production information management system according to an embodiment of the present invention.

10 is a block diagram of a job end screen posted on the worker terminal of the production information management system according to an embodiment of the present invention.

11 is a block diagram of a goods receipt management screen posted on the quality control terminal of the production information management system according to an embodiment of the present invention.

12 is a block diagram of a quality control screen posted on a quality control terminal of a production information management system according to an embodiment of the present invention.

13 is a block diagram of the outsourcing management screen posted on the outsourcing management terminal of the production information management system according to an embodiment of the present invention.

Figure 14 shows a process diagram for an embodiment of a production information management method of a machined article according to an embodiment of the present invention.

<Description of Symbols for Major Parts of Drawings>

10-Central Server 20-Internet Homepage

30-Administrator's terminal 40-Quality control terminal

50-worker terminal 60-outsourcing management terminal

70-Account Terminal 80-Barcode Scanner

The present invention relates to a production information management system and a production information management method of a machined product, and in particular, in the machining process of an ordered product that requires the production of small quantities of multiple products, using various production information directly inputted to each step and transmitted to a central server. Production information management system and production information management method of machined goods to manage overall production process including machining process for each ordered product to improve delivery time of ordered product and worker's productivity It is about.

In general, a process of producing an article through machining can be divided into a small mass production process for producing a small quantity of small items and a small mass production process for producing a large amount of the same article or a small number of articles. In the case of small-scale mass production process, since the production of the goods proceeds according to a substantially constant processing step, the workers involved in the processing and the time required for processing are constant, which makes production management easier. In addition, in the case of mass production of small items, the quantity of goods to be produced is relatively small, so that it is possible to proceed with production management by writing production information about each item in a certain form.

On the other hand, in the case of a multi-product small-scale production process, the processing step is different according to each item, so that the time involved in the processing and the workers participating in the processing for each item is difficult to manage the production. In addition, in the case of small quantity batch production of different types of goods, the delivery date for each customer and the goods of each customer are different. In addition, in the case of the multi-product small quantity production process, the quantity of the article is relatively high, so it is difficult to proceed with the production management by writing the production information for each article in the form.

In addition, even when a computer system is used in the mass production process of small props, it is difficult to build a system for inputting order information for a large number of items and storing and managing information according to processing steps in real time. In particular, since the companies performing the multi-product small quantity production process is a small company in reality, it is difficult to build and manage such a system. Therefore, the computerized system used in the mass production process of props is difficult to grasp the processing progress and completion time of the goods received in real time since most of the production information including the worker and working time for each item is input later. There is a problem. In addition, it takes a lot of time to directly enter the information for production management in the mass production process of props, and various errors may occur in the process of entering them directly, so that the work productivity evaluation of the operator is not accurate. have.

The present invention for solving the above problems is a machining process for each ordered goods using the overall production information that is directly input to each step in the machining process of the ordered products required to produce a small quantity of multi-types and transmitted to the central server The aim is to provide a production information management system and a production information management method for machined products that can control the delivery process of the ordered products and improve the productivity of the workers by managing the overall production process.

The production information management system of the machined article of the present invention devised to solve the above problems is to the production information management system of the machined article to manage the production information of the ordered product produced through at least one step machining process A central server having a database storing production information including information of the ordered goods, controlling the overall process of production information management and generating a barcode for the ordered goods, and the central server through a wired / wireless network. An Internet homepage, an interlocking Internet homepage, an administrator terminal for receiving and outputting order information with the central server, receiving and outputting the barcode, and receiving and transmitting worker information and work information of a worker performing a processing process of the ordered product to the central server. And a plurality of worker terminals and a bar code scanner respectively connected This completes characterized in that it comprises a quality control device that transmits a receipt and quality inspection results for the ordered goods to the central server. In this case, the central server may be configured to generate a bar code for a processing drawing of each processing step of the ordered article when the ordered article is completed through several steps of the processing step. In addition, the manager terminal posts the order management screen, and transmits the order information including the item name, customer, order quantity, order unit price, order date, delivery date of the order received through the order management screen to the central server It can be formed to. In addition, the manager terminal transmits the management information including the estimated processing cost, the expected material cost, the expected processing total input through the order management screen to the central server, the actual processing cost, the actual material cost calculated by the central server from the production information It may be configured to receive management information including actual processing totals and operating profits. In addition, the manager terminal is a real-time on-site progress monitoring screen to post the status of the drawings held by all workers, a drawing tracking screen to post the processing process status of the predetermined drawing number, drawing to post the status of processing completion by the assigned drawing number by the department in charge Post at least one of the management screen, the management screen for each order to post the delivery completion status and the incomplete delivery status of the ordered goods by order period, and may be formed to receive the requested information from the central server to post on the screen. In addition, the worker terminal includes a worker information input through a barcode scanner and the worker information including the bar code information of the processing drawings of the ordered goods, and the worker information and the work time required for the processing process of the ordered goods; It may be configured to transmit the job information to the central server. In this case, the worker terminal displays a log-in screen for inputting worker information, a process drawing registration screen for registering a process drawing assigned to the worker, a work screen for inputting a work time of a process drawing in progress, and a work result for an ordered product. By posting the job end screen to be posted may be configured to be entered or posted. In addition, the quality control terminal may be configured to post a quality management screen to post the status of the receipt of the quality inspection for the order goods, the receipt management screen to post the status of the receipt of the ordered goods. In addition, the production information management system is linked to the central server, the bar code scanner is connected, and transmits the outsourcing information including the customer, processing work contents, delivery date and receipt date for the ordered goods to be commissioned outsourcing to the central server It may be formed to further include an outsourced management terminal. In this case, the outsourcing management terminal may be configured to post the outsourcing management screen for inputting the outsourcing information and displaying a status of outsourcing processing by customer or drawing number for outsourcing. In addition, the worker information further includes the worker's wage rate, the central server is the work information and work information including the work time and the worker's wage rate of the ordered goods and the outsourcing information including the worker information or outsourcing cost of the ordered goods The operating profit calculated from the order information including the order quantity and the unit price of the order is transmitted to the manager terminal, and the manager terminal posts management information including the actual processing cost and the operating profit of the ordered item on the order management screen of the manager terminal. It can be formed to.

In addition, the production information management method of the machined article of the present invention is a central server, at least one manager terminal and quality control terminal interlocked with the central server, a plurality of worker terminals interlocked with the central server, at least one Production information management method of the machined goods for managing the production information of the ordered goods produced through the machining process using a production information management system including a barcode scanner connected to the operator terminal and the database linked to the central server In the above, the manager terminal transmits the order information including the item name, customer, order quantity, order price, order date, delivery date of the ordered product to the central server, the central server stores the order information in the database The order information transmitting step, and the central server receives the order from the order information. The barcode generation step of generating a bar code for the processing drawing according to the processing process of the article is transmitted to the manager terminal, and the manager terminal receives the barcode and outputs it, and the worker terminal is assigned a processing process for the ordered product. Worker information transmission step of receiving the worker information including the ID of the operator and the bar code for the processing drawings and transmits to the central server, and the worker's work for the processing process for the processing drawings of the ordered goods by the worker terminal A job information transfer step including a start time and a job end time, and a work information transmission step of transmitting the worker information to the central server; and a test result of the processed ordered product transmitted from the central server by the quality control terminal. Quality inspection to transmit the quality inspection result to the central server It characterized in that it comprises a result transmission step. In addition, the central server according to the inquiry request from the manager terminal to the manager terminal information on the drawing status for each worker, the processing status of a predetermined drawing number, the processing completion by drawing number assigned to each department in charge It may further include a production information inquiry and transmission step of transmitting at least one of the production information, including information on the current status, the delivery completion status of the ordered goods by order period, and the information on the incomplete delivery status. In addition, the production information management system further includes an outsourcing management terminal, wherein the production information management method of the machined goods to the outsourcing goods of the ordered goods in the ordered goods input through the barcode scanner when the outsourcing management terminal is shipped out The outsourcing information transmission step of transmitting the outsourcing information including the customer, the processing work contents and the delivery date for the central server may be further included. In addition, the outsourcing management terminal may further include an outgoing goods receipt information transmitting step of transmitting outsourcing information including the receipt date of the outgoing processed goods input through the barcode scanner when the outgoing goods handling is received. In addition, the order information input step may be made so that the manager terminal further receives management information including an expected processing cost, an expected material cost, an expected purchase cost, and an expected processing total for the ordered product, to be transmitted to the central server. In addition, the worker information further includes the worker's wage rate, and after the job information transmission step, the central server provides the job information including the actual work time of the ordered product and the worker information or the outsourcing cost including the worker's wage rate. It may further include a management information transmission step of transmitting to the manager terminal management information including operating information calculated from the external information, including order information including the order price and the order quantity of the ordered goods.

Hereinafter, the production information management system and production information management method of the machined article of the present invention will be described in detail with reference to the accompanying drawings and embodiments.

First, the configuration and operation of a production information management system of a machined article according to an embodiment of the present invention will be described.

1 is a block diagram of a production information management system of a machined product according to an embodiment of the present invention.

In the production information management system of a machined product according to an embodiment of the present invention, referring to FIG. 1, the central server 10, the database 14, the homepage 20, the manager terminal 30, and the quality control terminal 40 are described. And a plurality of worker terminals 50 are formed. In addition, the production information management system may be formed by further comprising an outsourced management terminal 60 and the customer terminal 70. In addition, the production information management system further includes a barcode scanner 80 mounted on a plurality of worker terminals 50, the barcode scanner 80 is in addition to the quality control terminal 40 and the outsourced management terminal 60. Can be mounted. On the other hand, the manager terminal 30, the quality control terminal 40 and the outsourced management terminal 60 may be configured as a single terminal, of course. In addition, each terminal may be configured as a general computer such as a desktop computer or a notebook computer. In addition, the production information management system of the machined article may be formed by further comprising a drawing printer 16 and a bar code printer 32 linked to the central server 10 or the manager terminal 30.

The central server 10 is linked with the manager terminal 30, the quality control terminal 40 and a plurality of worker terminals 50 to transmit and receive information, the overall process of the production information management method of the machined goods according to the present invention To control. In addition, the central server 10 is linked with the outsourced management terminal 60 and the customer terminal 70 to transmit and receive information. In addition, the central server 10 is linked with the database 14 for storing the production information including the order information required for production management to transmit and receive information. The central server 10 may be connected to each terminal 30, 40, 50, 60 through a wired or wireless communication network such as the Internet, or may be connected through a local area network such as a LAN. In addition, the central server 10 is linked with the customer terminal 70 through the Internet. The central server 10 transmits a program for implementing the production information management method of the machined goods to each terminal to drive the necessary program.

In addition, the central server 10 generates a bar code for each processing drawing required for processing the ordered product. In more detail, the central server 10 generates an order number for the ordered item based on the order information of the ordered item, sets it as a drawing number, and in the case of a large number of processing drawings of the ordered item, the serial number after the ordered number. Add a number to set the drawing number. Therefore, the ordered article may be given one or more reference numbers according to the processing of the article. The barcode is formed by converting a reference number assigned to each processing drawing, and includes basic information of the processing drawing. For example, the bar code reflects information such as the order date or order date of the ordered product, the item number of the ordered product, the unique number of the ordered customer, the employee number of the sales representative, and the serial number of the ordered product drawing on the day. To generate the central server (10). On the other hand, the order number and barcode may be generated by a program installed in the manager terminal 30 to receive the order information.

The central server 10 may directly print a barcode generated by the barcode printer 32 is directly connected. Meanwhile, the bar code printer 32 may be connected to the manager terminal 30. In this case, the central server 10 transmits the generated barcode information to the manager terminal 30, and the manager terminal 30 transmits the barcode information to the barcode printer 32 to print. In addition, the central server 10 may be provided with a drawing printer on its own to directly print the processing drawings of the ordered goods.

The database 14 transmits and receives various production-related information in association with the central server 10 and stores production information necessary for production management of machined products including order information, worker information, and work information. The production information stored in the database 14 may further include outsourcing information such as management information, outsourcing request information, and outsourcing receipt information. The database 14 transmits the information requested from the manager terminal 30 or the worker terminal 50 to the central server 10 to the central server 10, the central server 10 is the manager terminal 30 or Transmission to the worker terminal 50. On the other hand, the database 14 may be configured such that production information such as order information, worker information, work information, outsourcing information is stored in a separate database for each information. On the other hand, the database 14 can store the information about the account number and account name for the existing account, and search for the account number when entering the order information so that you can easily and easily enter the account name and the corresponding information Give it. In addition, the database 14 may store the item number and information on the item name and item specification according to the item number, and when the order information is entered, the item number is searched and the item name and the information thereof can be consistently and easily entered. To make sure.

The order information includes information such as the item name, customer, order quantity, unit price (or order price), order date, and delivery date of the ordered product. In addition, the order information may further include information such as order number, order number, item number, item specification, department in charge, sales representative, sales representative employee number. The central server 10 receives the order information from the manager terminal 30 and transmits the received order information to store it in the database 14. The order information is input from the manager terminal 30 and transmitted to the central server 10 and stored in the database 14.

The worker information includes the barcode information corresponding to the ID or ID of the worker, the barcode information on the processing drawing of the allocated order item, the worker's processing field, and the worker's wage. In addition, the worker information may further include the name of the worker in charge of the equipment. In addition, the worker information may further include information on the order number or drawing number of the ordered article assigned to the worker. The order number or drawing number of the ordered item assigned to the worker is transmitted to the central server 10 by the operator terminal 50 through the barcode scanner 80 and stored in the database 14. .

The work information includes worker information of a worker who has processed the ordered product, barcode information about each processed drawing of the ordered product, and work time according to the start time and the end time of the work. In addition, the operation information may further include order information for the ordered goods, the name of the equipment, processing information. In addition, the work information may further include information on the operating time, work results, quantity of goods, quantity of defects, progress rate for each drawing number. The job information is input through the worker terminal 50, is transmitted to the central server 10 and stored in the database 14.

The outsourcing information includes a customer for an item to be outsourced based on the drawings, contents of outsourcing processing, outsourcing information including outgoing date for outsourcing processing, and receipt date of outsourcing processed product. Outsourced receipt information will be included. In addition, the outsourcing information includes the amount of outsourcing and outsourcing processing costs for outsourcing. In addition, the outsourcing information may include the outsourcing ratio, outsourcing processing operating status. The outsourcing information is input through the outsourcing management terminal 60, is transmitted to the central server 10 and stored in the database (14).

The management information may include information such as expected processing costs, actual processing costs, estimated materials costs, actual materials costs, expected purchase costs, actual purchase costs, expected processing total, actual processing total, operating profit, actual operating profit, operating margin . Of the management information, the expected processing cost, the expected material cost, the expected purchase cost is input through the administrator terminal 30, is transmitted to the central server 10 and stored in the database (14). In addition, the expected processing total, actual processing total, operating profit, actual operating profit, and operating profit rate among the management information may include order information and work information transmitted from the central server 10 from the manager terminal 30 or the worker terminal 50. It is calculated from the worker information is transmitted to the manager terminal 30, that is, the central server 10 receives the order information on the order price and the order quantity for the ordered goods, the actual material costs for the ordered goods, actual purchase cost, actual processing The operating profit, operating profit rate, etc. are calculated from information such as total hours and worker's wage rate.

The Internet homepage 20 is linked to the central server 10 through a wired or wireless communication network, and terminals such as the quality control terminal 40 and the outsourcing management terminal 60 are connected to the central server 10 without passing through the internal communication network. It makes it possible to connect. In addition, the Internet homepage 20 allows a terminal, such as the quality customer terminal 70, which is located outside, to access the central server 10. In addition, the Internet homepage 20 allows a manager or worker who needs information of the production information management system to access the central server 10 from an external general terminal (not shown). The Internet homepage 20 receives information such as an ID and a password of a person to be accessed and approves it and accesses the central server 10.

Figure 2 shows the configuration of the order management screen posted on the manager terminal of the production information management system according to an embodiment of the present invention. 3 is a block diagram of a real-time field progress monitoring screen posted on the manager terminal of the production information management system according to an embodiment of the present invention. 4 is a block diagram of a drawing tracking screen posted on a manager terminal of a production information management system according to an exemplary embodiment of the present invention. 5 is a block diagram of a drawing management screen posted on the manager terminal of the production information management system according to an embodiment of the present invention. 6 is a block diagram of a management screen for each order posted on the manager terminal of the production information management system according to an embodiment of the present invention.

The manager terminal 30 is interlocked with the central server 10, receives the order information for the ordered goods, transmits the received information to the central server 10, and requests and receives necessary information from the central server 10. The manager terminal 30 may be directly connected to the barcode printer 32, and receives barcode information of the ordered product from the central server 10 and transmits the barcode information to the barcode printer 32 for printing. In addition, the manager terminal 30 may be directly connected to the drawing printer 16, and can be printed by transmitting the processing drawings of the ordered goods separately generated and input to the drawing printer 16. The processing drawing is a drawing for processing designed according to a processing step of an ordered product, which is generated in a separate design section and formed as a CAD file or a manual drawing. Therefore, the manager terminal 30 receives the corresponding file when the processing drawing is formed as the CAD file, and receives the scan file of the manual drawing when the processing drawing is formed as the manual drawing. The manager terminal 30 may be formed of a computer such as a general personal computer, a notebook computer, a server computer, or may be integrally formed with the central server 10.

Referring to FIG. 2, the manager terminal 30 posts an order management screen for inputting order information on the ordered goods and transmits the received order information to the central server 10. Therefore, the order management screen includes an input window for inputting order information including the order number, item name, customer, order quantity, order price, order date (or order date), and delivery date of the ordered product. In addition, the order management screen may include an input window for inputting additional order information for the ordered goods such as order number, order number, account manager, item number, item specification, department in charge, and person in charge. In addition, the order management screen may include a display window for inputting or displaying management information. Accordingly, the production information management system can grasp information such as operating profit and operating margin for each ordered product through order information and management information. In addition, the manager terminal 30 may include a display window for displaying the drawing number of the processing drawing generated according to the ordered product and the expected processing cost of the processing process and processing process. The manager terminal 30 is provided with a search button for searching for information such as an account number or an item number in the case of a previously entered order article for inputting accurate information when the order information is input. Therefore, when the search button for the account number is selected, the manager terminal 30 requests and posts data to the central server 10 for information such as the account number and the name of the account, and inputs the selected account number and related information. do.

Referring to FIG. 3, the manager terminal 30 posts a real-time field progress monitoring screen indicating a drawing status of all workers, and receives and posts information on the real-time field progress monitoring screen from the central server 10. The processing operation status screen includes a drawing status of each worker, and can be posted including a status of work results and a non-operation status. The current state of the drawings is to post information such as processing process, drawing number, material code, name of article name. In addition, the operation result status is posted the processing process progress status by the drawing number, the non-operational status is to post the time that does not work for each worker. Therefore, the processing operation status screen makes it possible to easily grasp the current state of the drawings for each worker and determine whether to allocate the ordered goods for each worker. In addition, the processing operation status screen is to determine the progress and non-operation time of the machining operation assigned to each worker to be reflected in the evaluation of the operator.

Referring to FIG. 4, the manager terminal 30 posts a drawing tracking screen to a processing status of a specific reference number, and receives and posts information on the drawing tracking screen from the central server 10. The drawing tracking screen will display the progress of the processing process for the processing drawings of the ordered goods, work date, work start time, work end time, worker ID (employee number), worker name, processing process name, work result, progress Information such as rate, quantity of goods and quantity of defects will be posted. In particular, when the order tracking screen is completed through several processing processes, the processing status and results of the processing process will be posted for each processing process. Therefore, the drawing tracking screen can be used to analyze the cause of the processing process and the time required for processing if the problem occurs after the ordered goods can be helpful in analyzing the cause of failure.

Referring to FIG. 5, the manager terminal 30 posts a drawing management screen indicating a status of processing completion for each drawing number assigned to a department in charge, and receives and posts information on this from the central server 10. Done. The drawing management screen includes a button for selecting information to be posted on the management screen for each order, such as "incomplete drawing" or "complete drawing" for each department in charge. Accordingly, the drawing management screen posts a list of drawing numbers for "incomplete drawings" or "complete drawings" for each department in accordance with the selected button, and material code, product name, product specification, quantity, sales representative, and delivery date for each drawing number. Post information like:

Referring to FIG. 6, the manager terminal 30 posts a management screen for each order by order status, delivery completion status, and incomplete delivery status. Accordingly, the management screen for each order case includes an input window for inputting an order inquiry period and a button for selecting information posted on the management screen for each order such as "total inquiry", "delivery incomplete", and "delivery completed". The management screen for each order case is a list of all ordered items received in the designated period, order number, order number, order date (order date), item number, product name, item specification Order information including unit price, order price, and delivery date (consensus delivery date, required delivery date) will be posted. In addition, the management screen for each order case, if the "incomplete delivery" or "delivery complete" is selected, the order information for the completed delivery of the order received in the order received in the specified order and the order for incomplete delivery is posted. Therefore, since the manager terminal 30 provides information on whether the delivery of the entire ordered product is completed for each order period, the manager can establish countermeasures and measures for the failure of the delivery.

Figure 7 shows the configuration of a login screen posted on the worker terminal of the production information management system according to an embodiment of the present invention. 8 is a block diagram of a processing drawing registration screen posted on a worker terminal of a production information management system according to an embodiment of the present invention. 9 is a block diagram of a work screen posted on a worker terminal of a production information management system according to an embodiment of the present invention. 10 is a block diagram of a job end screen posted on the worker terminal of the production information management system according to an embodiment of the present invention.

The worker terminal 50 is interlocked with the central server 10, preferably composed of a plurality of terminals assigned to each worker. The worker terminal 50 is used by the worker is approved by his ID, and receives the worker information or the work information is transmitted to the central server (10). The worker terminal 50 is preferably connected to the barcode scanner 80, respectively, and inputs the ID and drawing number of the worker through the barcode scanner (80). In addition, the operator terminal 50 includes a touch screen function on the screen, and is configured to perform the necessary work by the touch screen method.

Referring to FIG. 7, the worker terminal 50 posts a login screen of the worker so as to input or post a worker's ID (employee number), a worker's name, an affiliated factory (or a department), and a processing field. do. The worker may input a worker ID or directly input his own ID using a barcode corresponding to the worker ID given to each user on the login screen. Therefore, the worker terminal 50 receives the worker ID input by the worker, transmits it to the central server 10, and receives the worker's name and information about the factory belonging to the corresponding window. On the other hand, the worker can directly enter the worker name and belonging factory. The worker selects a machining process in charge of the worker. The worker is in charge of at least one machining process and can of course be in charge of a plurality of machining processes.

In addition, referring to FIG. 8, the worker terminal 50 posts a processing drawing registration screen including a barcode input window and a registration button of the processing drawing. The worker terminal 50 transmits the barcode information and the ID of the worker to the central server 10. The operator scans a barcode with a barcode scanner 80 to input barcode information, and presses a registration button. The processing drawing registration screen is to post information including the worker name, belonging factory, worker ID (employee number), processing process. In addition, the processing drawing registration screen is a status list for the processing drawings assigned to the operator and the registration date, delivery date, process name, drawing number, order quantity, material code, product name, product specification and work status for each processing drawing. Of the information including the necessary order information or work information may be posted together. In this case, the worker terminal 50 receives and posts the order information or the work information stored with the drawing number from the central server 10. In addition, the processing drawing registration screen includes a work button and a completion button. Therefore, the operator selects the drawing number and the work button of the processing drawing when starting the processing process for the newly registered drawing number or the previously registered drawing number, and when the processing is completed, select the complete button do.

In addition, the operator terminal 50, with reference to Figure 9, includes a work start button and the work end button, the work screen for posting the drawing number and the working time for the processing process, the order number of the current processing drawings Will be published. Therefore, the operator selects a job start button when starting a machining operation of the published drawing number, and presses a job termination button when pausing or terminating the machining operation. In this case, the worker terminal 50 records the time at which the button is selected as a work start time or a job end time to transmit to the central server 10. In addition, the work screen posts information such as work start time, work end time, work time (operation time), work result, good product, and defective progress rate for the processing drawing. In addition, the work screen will post the necessary information among the information including the worker name, belonging factory, worker ID (employee number), processing process work screen.

In addition, referring to FIG. 10, the worker terminal 50 posts a work completion screen including a work result, a progress rate, and a reason for failure, and receives information about the work result and transmits the information to the central server 10. The operator inputs the work result such as the quality of the processed product and whether or not the defective product, the quantity of the defective product, the progress rate, and the reason for the defective product on the work completion screen. The progress rate is the ratio of the quantity of the good to the quantity of the order received, and the reason for the failure is the reason for the failure during the drawings, materials, purchase, processing, quality, external defects and processing.

The worker terminal 50 transmits the work time, the quantity of goods and the quantity of defects to the central server 10 when the machining operation for the drawing number is completed, the central server 10 of the work time and the worker The actual processing cost is calculated and stored from the wage rate. In addition, the central server 10 transmits the actual processing cost to the administrator terminal 30 when the manager terminal 30 requests, and posts it on the management information of the order information input screen.

11 is a block diagram of a goods receipt management screen posted on the quality control terminal of the production information management system according to an embodiment of the present invention. 12 is a block diagram of a quality control screen posted on a quality control terminal of a production information management system according to an embodiment of the present invention.

The quality control terminal 40 is interlocked with the central server 10, and receives the result of the receipt of the finished order and the quality inspection result for the received ordered goods are transmitted to the central server (10). In addition, the quality control terminal 40 receives the quality inspection result for the received order processed by the outside and transmits to the central server (10). In addition, the quality control terminal 40 is connected to the barcode scanner 80, receives the bar code information on the processing drawings of the received orders to receive the receipt and quality inspection results for the ordered goods to the central server 10 Done.

11, the quality control terminal 40 inputs a receipt result of the ordered goods, and posts a receipt management screen for inquiring the status of the received ordered goods and the unreceived ordered goods by the order date. The receipt management screen includes a "receipt processing" button, the quality control terminal 40 when the bar code information and the "receipt processing" button selection signal of the incoming order received goods is input to the central server (10) Will be sent). In addition, the receipt management screen includes an input window for inputting the order date and a button for selecting information posted on the receipt management screen, such as "not completed", "complete". Therefore, the receipt management screen is the order number, drawing number, item number, item name, item specification, order number of the completed order received from the order received in the specified order period when a certain period of the order date and the "complete" button is selected Order information such as order quantity, unit price, and delivery date (consensus delivery date, required delivery date) will be posted. Accordingly, the quality control terminal 40 provides the quality manager or the manager with information on whether the receipt of the entire ordered goods is completed for each order period.

12, the quality control terminal 40 posts a quality control screen for the status of the ordered goods and the unfinished ordered goods for which quality inspection by order date is completed. The quality control screen includes a "quality processing" button, the quality control terminal 40 when the bar code information and the "quality processing" button selection signal of the incoming order received items are inputted to the fact that the quality inspection of the ordered goods completed To the server 10. In addition, the receipt management screen includes an input window for inputting the order date and a button for selecting information posted on the quality inspection screen, such as "not completed", "complete". The quality inspection screen is the order number, drawing number, item number, item name, item specification, order of the completed or incomplete ordered goods in the ordered goods received in the designated period when the "incomplete" button or "complete" button is selected Order information such as quantity, unit price, and delivery date (consensus delivery date, required delivery date) will be posted. Therefore, the quality control terminal 40 provides the quality manager or the manager with information on whether or not the completion of the incoming quality inspection on the entire ordered goods for each order period.

13 is a block diagram of the outsourcing management screen posted on the outsourcing management terminal of the production information management system according to an embodiment of the present invention.

The outsourced management terminal 60 is interlocked with the central server 10, and receives the delivery result and the receipt result of the ordered product to be commissioned by the outsourcing process to be transmitted to the central server 10. In addition, the outsourcing management terminal 60 receives and posts the information about the ordered goods shipped for outsourcing and the ordered goods received in the outsourcing process from the central server 10. The outsourced management terminal 60 is directly connected to the barcode scanner 80, and inputs information on the ordered goods to be processed to the outside through the barcode scanner 80. The outsourcing unit price for the outsourcing process is input from the order information of the manager terminal 30 or the outsourcing information of the outsourcing management terminal 60.

Referring to FIG. 13, the outsourcing management terminal 60 publishes an outsourcing management screen for posting the results and status of the outsourcing process. The outsourcing management screen is provided with a release registration button for registering the release result for the outsourcing processing of the ordered goods and a "receipt registration" button for registering the receipt result received in the outsourcing processing. In addition, the outsourced management screen is provided with a window for inputting a drawing number to be shipped or received and a drawing registration button. In addition, the outsourcing management screen has a window for inputting or selecting a customer for outsourcing. The outsourcing management terminal 60 transmits the drawing number and the customer of the ordered product input together with the factory registration button signal to the central server 10, and the central server 10 transmits it to the database 14 for storage. . In addition, the outsourced management terminal 60 transmits the drawing number and the customer of the ordered product input together with the goods receipt registration button signal to the central server 10, and the central server 10 transmits it to the database 14 for storage. Done. On the other hand, the drawing number and the customer of the order can be entered directly, of course.

The outsourcing management screen selectively posts the current status of the received ordered goods and received ordered goods by customer or drawing number for outsourcing. The outsourcing management screen is provided with a "inquiry release" button and a "inquiry receipt" button, and is provided with an input window for inputting the customer and drawing number to check. Therefore, when the customer information is entered and the "inquiry inquiry" or "inquiry receipt" button is selected, the outsourcing management terminal 60, the drawing number and the item name, quantity, unit price requested by the subcontractor to the corresponding customer from the central server 10 It receives the outsourcing information such as the amount, shipping time, goods receipt time, and work result, and posts it on the outsourcing management screen. In addition, when the drawing number is input, the outsourcing management terminal 60 receives the outsourcing information from the central server 10 together with the drawing number, item name, quantity, unit price, amount, shipping time, receipt time, work result, etc. It will post to the screen.

The customer terminal 70 is interlocked with the central server 10 through a wired or wireless network, and is installed in a trading company such as an outsourcing company or a material supply company. The client terminal 70 requests the issuance of the tax invoice by inputting request information for issuing the tax invoice for the transaction amount by accessing the central server 10 through the Internet homepage 20, and the central server 10. Will approve the issuance of a tax invoice for the transaction amount. Therefore, the customer terminal 70 can receive and output the information on the approved tax invoice. In addition, the customer terminal 70 receives the information on the inquiry of the transaction history and transmits it to the central server 10, and receives the inquiry information is posted on the screen.

The following describes a production information management method of a machined article according to an embodiment of the present invention. Figure 14 shows a process diagram for an embodiment of a production information management method of a machined article according to an embodiment of the present invention.

Production information management method of the machined article according to an embodiment of the present invention, referring to Figure 14, the order information transmission step (S10) and bar code output step (S20), worker information transmission step (S30) and job information transmission step (S40) and the quality inspection result transmission step (S50) is configured. In addition, the production information management method of the machined article may be formed by further comprising an outsourcing information transmission step (S60) and outgoing goods receipt information transmission step (S65). In addition, the production information management method of the machined article may be formed further comprising a management information transmission step (S70). In addition, the production information management method of the machined article may be formed further comprising the production information inquiry and transmission step (S80).

The production information management method of the machined product includes a central server 10, at least one manager terminal and a quality control terminal interworking with the central server 10, and a plurality of worker terminals interlocked with the central server 10. And a bar code scanner connected to at least one of the worker terminals and a production information management system including a database interlocked with the central server 10 to manage production information of the goods produced through a machining process. Manage production information of machined products.

In the order information transmission step (S10), the manager terminal transmits the order information including the order number, item name, customer, order quantity, unit price, order date, and delivery date to the central server. (10) storing the order information in the database. The order information transmission step (S10) is the first step in the order receiving process of the machined goods, and stores and registers the order information for the ordered goods in the database 14. The manager terminal 30 posts an order management screen for input of order information, and transmits the corresponding information input through the order management screen to the central server 10. The order information may further include information such as an order number, a client in charge, an item number, an item specification, a department in charge, and a person in charge according to the type of the ordered product. In the process of inputting the order information, the manager terminal 30 requests and inputs data on information such as a customer number and a customer name to the central server 10 in the case of the existing ordered product.

In the bar code output step (S20), the central server 10 generates a bar code corresponding to the drawing number of the processing drawing according to the processing process of the ordered product from the order information and transmits the barcode to the manager terminal. The step of receiving and outputting the barcode. When the barcode is transmitted, the manager terminal 30 outputs the barcode through the barcode printer 32, and the printed barcode is attached to the processing drawing of the corresponding ordered product. On the other hand, the manager terminal is to print the processing drawings through the drawing printer (16).

The worker information transmission step (S30) is a step of transmitting the worker information for the worker to the central server by receiving the barcode of the worker ID and the drawing number is input to the worker terminal. The worker terminal 50 posts a worker login screen and a process drawing registration screen, and a worker registers the assigned drawing number through a barcode after logging in. The worker terminal 50 transmits the input information to the central server 10 and is stored in the database 14.

The work information transmitting step (S40) is a step in which the worker terminal sequentially transmits the work information including the work start time or the work end time of the worker to the central server in the processing process according to the processing drawing of the ordered product. . The operator terminal 50 posts a work screen for inputting a machining start time at which machining operation starts and a machining termination time at which machining operation ends in the machining process of the machining drawing. At the end of the work, the corresponding button of the worker terminal 50 is selected to input the corresponding time. The worker terminal 50 transmits the input time to the central server 10, the central server 10 transmits it to the database 14 and stores it.

The quality inspection result transmitting step (S50) is a step in which the quality control terminal transmits a quality inspection result including the inspection result of the processed ordered product transmitted from the central server to the central server. The quality control terminal 40 inputs the receipt result of the ordered goods, the receipt management screen for inquiring the status of the received ordered goods and the non-received goods received by the order date and the ordered goods with the quality inspection completed by the ordered date and the incomplete The quality control screen on the status of ordered goods will be posted. Therefore, the manager of the quality inspection enters a bar code for the goods received on the receipt management screen and selects the "stock processing" button, the quality control terminal 40 is the central server 10 Will be sent). In addition, when the quality inspection of the received order is completed, the manager of the quality inspection enters the barcode of the order received and selects the "quality processing" button, the quality control terminal 40 of the quality inspection ordered goods The quality inspection result is transmitted to the central server 10.

The outsourcing information transmission step (S60), the outsourcing management terminal transmits outsourcing information including the customer, the processing work contents and the delivery date for the outsourcing processed goods input through the barcode scanner when the outsourcing processing is shipped out to the central server. It's a step. The outsourcing management terminal 60 posts the outsourcing management screen for posting the results and status of the outsourcing process, the administrator enters the drawing number and the customer to be shipped from the outsourcing management screen and select the factory registration button. The outsourcing management terminal 60 transmits the drawing number and the customer of the ordered product input together with the factory registration button signal to the central server 10, and the central server 10 transmits it to the database 14 for storage. .

The outsourcing information transmission step (S65) is a step of transmitting outsourcing information including the receipt date of the outsourcing processed article input through the barcode scanner when the outsourcing processing is received. The outsourcing management terminal 60 transmits the drawing number and the customer of the ordered product input together with the goods receipt registration button signal to the central server 10, and the central server 10 transmits it to the database 14 for storage. .

The management information transmitting step (S70) is the central server, the work information including the actual working time of the ordered goods and the worker information including the wage rate of the worker or the external information including the outsourcing cost, the order price of the ordered goods and And transmitting the management information including the operating profit calculated from the order information including the order quantity to the manager terminal. The central server 10 receives the order information including the order price and the order quantity of the ordered product input to the manager terminal 30, and the worker who has processed the ordered product input to the worker terminal 50. Considering the worker information including the worker's wage rate and the working time when the worker processed the ordered product, the operating profit for the ordered product is calculated. In addition, the central server 10 calculates the operating profit and operating profit rate for the ordered goods in consideration of the unit price for the outsourcing and the ordered quantity of the ordered goods when the ordered goods are processed by outsourcing.

The production information inquiry and transmission step (S80) is the central server according to the inquiry request of the manager terminal to the manager terminal information on the drawing status for each worker, the information on the processing status of the predetermined drawing number, by department in charge Transmitting at least one of the production information, including the information on the status of the completion of processing by the drawing number assigned to the number, the information on the completion status and the incomplete delivery status of the ordered goods by order period. Screen for the status of various information provided by the manager terminal 30 when the processing progress of the ordered product is to be checked, such as a manager who manages the production information, a manager of a department in charge of allocating drawings to workers, a sales representative, etc. You will be asked to enter the information and to retrieve the necessary information. Accordingly, the manager terminal 30 requests the central server 10 for information on an item input from the selected inquiry screen, and the central server 10 transmits the requested information to the manager terminal 30. Accordingly, the manager terminal 30 displays the processing work status screen for posting the drawing status of each worker to retrieve the necessary information, the drawing tracking screen for posting the processing status of a predetermined drawing number, the drawing number assigned for each department in charge. The bottom of any one of the drawing management screen to post the status of processing completion by each, the order completion status of the ordered goods by order period, and the management screen by order to post the incomplete delivery status will be posted. The production information inquiry and transmission step (S80) is shown as the last step in the process diagram, but can be carried out at any stage that can inquire the information in the processing process of the ordered goods.

As described above, the present invention is not limited to the specific preferred embodiments described above, and any person having ordinary skill in the art to which the present invention pertains without departing from the gist of the present invention claimed in the claims. Various modifications are possible, of course, and such changes are within the scope of the claims.

According to the production information management system and the production information management method of the machined goods of the present invention, each order using the overall production information that is directly input to each step in the machining process of the ordered products required for the production of small quantities of multiple products and transmitted to the central server Overall management of the production process, including the machining process for the goods, can be managed efficiently to manage the delivery date of the ordered goods.

In addition, according to the present invention it is possible to allocate the appropriate processing drawings to the operator by grasping the current status of the processing drawings assigned to the worker and the progress of the processing process of the worker has the effect that the overall processing process for the ordered goods can proceed efficiently. .

In addition, according to the present invention, it is possible to efficiently grasp the processing time and non-operation time for the order of the worker's ordered goods to facilitate the management of the worker, there is an effect that can improve the productivity of the worker.

Claims (17)

In the production information management system of the machined goods to manage the production information of the ordered goods produced through at least one step machining process, A central server for storing production information including information of the ordered goods, controlling a whole process of production information management, and generating a barcode for the ordered goods; Internet homepage linked to the central server through a wired or wireless network An administrator terminal for transmitting and receiving order information with the central server and receiving and outputting the barcode; A plurality of worker terminals receiving the worker information and the job information of the worker who performs the processing of the ordered product and transmitting them to the central server, each of which is connected to a barcode scanner; And a quality control terminal for transmitting the received goods and the quality inspection result of the completed ordered product to the central server. The method of claim 1, The central server is configured to generate a bar code for the processing drawings of each processing process of the ordered product when the ordered product is completed through a multi-step processing process, characterized in that the production information management system of a machined product. The method of claim 1, The manager terminal posts the order management screen, and transmits the order information including the item name, customer, order quantity, order unit price, order date, and delivery date of the ordered product input through the order management screen to the central server. Production information management system of the machined product, characterized in that the. The method of claim 3, wherein The manager terminal transmits management information including an estimated processing cost, an expected material cost, and an estimated processing total inputted through the order management screen to the central server, and the actual processing cost, actual material cost, and actual value calculated by the central server from production information. Production information management system for a machined product, characterized in that it is configured to receive management information including the total processing and operating profit. The method of claim 1, The manager terminal is a real-time on-site progress monitoring screen to post the current state of the drawings by all workers, a drawing tracking screen to post the processing process status of the predetermined drawing number, a drawing management screen to publish the status of processing completion by the assigned drawing number by department At least one screen of the management screen for each order that posts the completion status of the ordered goods and the status of the incomplete delivery of the ordered goods by order period, and receives the requested information from the central server and posts it on the screen. Production information management system for processed goods. The method of claim 1, The worker terminal includes work information including a worker ID input through a barcode scanner and barcode information of a processing drawing of an assigned order item, and work information including a work time required for processing the worker information and the order item. Production information management system for a machined product, characterized in that it is configured to transmit to the central server. The method of claim 6, The worker terminal may display a login screen for inputting worker information, a process drawing registration screen for registering a process drawing assigned to the worker, a work screen for inputting a working time of a process drawing in progress, and a work result for an ordered product. Production information management system for a machined product, characterized in that the post is completed to form the information is entered or posted. The method of claim 1, The quality control terminal is configured to post the goods receipt management screen for posting the status of the receipt of the ordered goods, the quality control screen for posting the quality inspection status of the ordered goods production information management of the machined goods system. The method of claim 1, The production information management system is linked to the central server, the bar code scanner is connected, the outsourcing for sending outsourced information to the central server, including the customer, the processing work contents, the delivery date and the date of receipt of the ordered goods requested for outsourcing processing Production information management system for a machined product, characterized in that it further comprises a management terminal. The method of claim 9, The outsourcing management terminal inputs the outsourcing information, and is configured to post an outsourcing management screen displaying the status of outsourcing by customer or drawing number for outsourcing. . The method of claim 1, The worker information further includes the wage rate of the worker, The central server may include operating information calculated from work information including work time of the ordered product and the wage rate of the worker, outsourcing information including worker information or outsourcing cost, and order information including the order quantity and order price of the ordered product. Transmits to the manager terminal, The manager terminal is a production information management system for a machined product, characterized in that it is configured to post the management information including the actual processing cost and operating profit of the order on the order management screen of the manager terminal. A central server, at least one manager terminal and a quality control terminal interworking with the central server, a plurality of worker terminals interworking with the central server, a barcode scanner connected to at least one of the worker terminals, and the central server In the production information management method of the machined goods to manage the production information of the ordered goods produced through the machining process using a production information management system including a linked database, The manager terminal transmits order information including the item name, customer, order quantity, order price, order date and delivery date of the ordered product to the central server, and the central server stores the order information in the database. Transmitting step; A bar code output step of generating, by the central server, a bar code for a processing drawing according to a processing process of the ordered product from the order information, and transmitting the bar code to the manager terminal, wherein the manager terminal receives and outputs the bar code; A worker information transmission step of receiving, by the worker terminal, worker information including an ID of a worker assigned a processing process for the ordered product and a barcode for a processing drawing and transmitting the worker information to the central server; A work information transmission step of transmitting, by the worker terminal, the work information including the work start time and the work end time of the worker for the processing process for the processing drawing of the ordered article and the worker information to the central server; And a quality inspection result transmitting step of transmitting, by the quality control terminal, a quality inspection result including the inspection result of the processed ordered product transmitted from the central server to the central server. Information management method. The method of claim 12, In response to the inquiry request from the manager terminal, the central server informs the manager terminal of the drawing status of each worker, information on the processing status of a predetermined drawing number, and whether or not processing status is completed by drawing number assigned to each department in charge. Machine processed goods, characterized in that further comprising the production information inquiry and transmission step of transmitting at least one of the production information, including the information on the information, the delivery completion status of the ordered goods by order period and the information on the incomplete delivery status To manage production information. The method of claim 12, The production information management system further includes an outsourced management terminal, The production information management method of the machined article is Sending outsourcing information to the central server, the outsourcing management terminal transmits outsourcing information including the customer, the processing work contents, and the delivery date of the outsourcing goods in the ordered goods that are input through the barcode scanner at the time of outsourcing processing. Production information management method of a machined article, characterized in that it further comprises a step. The method of claim 14, The outsourcing management terminal further comprises a step of sending outgoing goods receipt information for transmitting outgoing information including the date of receipt of the outgoing processed goods inputted through the barcode scanner when the outgoing goods handling goods are received through the barcode scanner. How to manage the production information of the goods. The method of claim 12, In the order information input step, the manager terminal is further configured to receive management information including an expected processing cost, an expected material cost, an expected purchase cost, and an expected processing total for the ordered product and transmit the received management information to the central server. How to manage the production information of the goods. The method of claim 16, The worker information further includes the wage rate of the worker, After the job information transmission step The central server calculates from the work information including the actual work time of the ordered goods and the worker information including the wage rate of the worker or the external information including the outsourcing cost, and the order information including the order price and the ordered quantity of the ordered goods. Production information management method for a machined product, characterized in that it further comprises a management information transmission step of transmitting the management information including the operating profit to the manager terminal.

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