KR101135817B1 - Operating Information System for Workers - Google Patents

Abstract

The present invention relates to a worker support information system. The present invention provides a storage unit for storing and storing the work performance information of the worker, the basic data data for analyzing the work performance information and the work related information, the search unit for searching the work related information requested by the worker from the database stored in the storage unit And a metering unit configured to calculate metered information using work performance information and basic data stored in the storage unit. Input means connected to the information processing means to input a search word or input work performance information of a worker to request work related information required for a work; And information related to the job searched by the search unit when the search word is input to the input means, and the quantified information calculated by the metering unit when the work performance of the operator is input to the input means. Display means for displaying; characterized in that it comprises a. According to the present invention, it is possible to provide work-related information necessary for work to increase work efficiency and productivity, and provide quantitative information to workers and managers to increase work management ability and provide basic data for manpower analysis. There is.

Workers, Support, Information Systems, Performance, Workload, Production Management, Performance Management

Description

Operator Information System for Workers

The present invention relates to a worker support information system, and more particularly, providing work related information to a worker to improve work efficiency, improving productivity and understanding of the work, and providing quantified information to workers and managers. It is about worker support information system that can increase management ability, induce competition in good faith, and provide basic data for manpower analysis.

Conventionally, various production management systems and work management systems have been developed and operated for the purpose of improving the production efficiency of factories. By using the production management system and work management system, workers and managers input the expected customer demand, production capacity, material procurement conditions, etc. to calculate the requirements of parts, equipment machines, and personnel that make up the product to be produced, The production plan could be set and operated. This production management system and work management system functioned effectively in terms of setting and executing production plans and work plans in response to anticipated demands. However, such a conventional technology has been emphasized in the production-oriented aspect, there was a lack in worker management aspects such as evaluating or motivating the performance of workers and providing information necessary for work.

Meanwhile, the Balanced Score Card (BSC) system, developed by Kaplan and Norton in the early 1990s, has been very popular in the United States and elsewhere. In Korea, the performance management system has been introduced by leading domestic large corporations. In addition, the public sector, including the government sector, has rapidly adopted a performance management system. Above all, in the public sector where vision, strategy and goals are ambiguous, a performance management system is an effective tool for clearly defining this and evaluating and managing performance. However, such a performance management system emphasized only work performance on the shop floor, which was insufficient to be immediately introduced into the production site.

These prior arts have to be applied independently, emphasizing or emphasizing only one aspect of production or performance. This not only hinders the creation of a desirable work culture and environment in which the worker is the center of the work site, but also has the problem of eliminating the confusion and double burden of the worker. In other words, two systems, a production management system and a performance management system, are operated independently or only one of them, thereby preventing efficient and productive worker management and support.

Accordingly, the present invention has been made to solve the above problems, and the object of the present invention is to provide a worker support information system that allows the worker to effectively provide the work-related information necessary for the work without the help of other workers by escaping the production-oriented system. have.

In addition, two systems, a conventional production management system and a performance management system, operate independently or provide a system that overcomes the problems caused by only one of them. The goal is to provide a worker support information system that can provide quantified information about work performance.

Other objects, specific advantages and novel features of the invention will become apparent from the following detailed description and the preferred embodiments described in conjunction with the accompanying drawings.

Means for achieving the object of the present invention, the operator from the storage unit 22, the storage unit 22, the storage unit 22 for storing the database of the work performance information, basic data data for analyzing the work performance information and work-related information Processing means including a retrieval unit 24 for retrieving job related information requested by the user and a quantification unit 26 for calculating quantified information using work performance information and basic data stored in the storage unit 22 ( 20); Input means (10) connected to the information processing means (20) for inputting a search word or inputting work performance of a worker to request work-related information required for a work; And connected to the information processing means 20, when a search word is input to the input means 10, and displays the job-related information retrieved by the search unit 24, the work performance information of the worker is input to the input means 10 It is characterized in that the display means 30 for displaying the metered information calculated by the metering unit 26, and optionally provide the work-related information and the metered information.

In addition, the quantified information calculated through the quantification unit 26 is information related to the work profit, the work profit is the total work used to calculate the total work turnover and achieve the total work turnover based on the work performance information. After calculating the cost, it is calculated by subtracting the total work cost from the total work turnover.

In addition, it is connected to the information processing means 20, the work performance reading means 12 for reading the work performance every predetermined time even if the operator does not input the work performance by the input means 10; do.

In addition, the work-related information of the storage unit 22 includes work area information, work instruction information, technical term information, product information, process information, equipment information, material information, work method information, inspection information, abnormality information, safety information, And at least one of fraud information, information management information, or work performance information.

In addition, the input means 10 is characterized in that at least one of a mouse, a keyboard, a remote control and a touch screen.

In addition, the storage unit 22 for storing the work performance information of the worker, the basic data data for analyzing the work performance information and the work-related information to store the database, the job-related information requested by the worker from the database stored in the storage unit 22 Information processing means (20) comprising a retrieval unit (24) for retrieving and a quantification unit (26) for calculating quantified information using work performance information and basic data stored in the storage unit (22); A plurality of input means (10) connected to the information processing means (20), each of which may input a search word or input work performance information of a worker to request work-related information required for a work; And information processing means 20 connected to each other, and when the search word is input to the plurality of input means 10, the job related information searched by the search unit 24 is displayed respectively, and the operator is inputted to the plurality of input means 10. It is possible to selectively provide work-related information and quantified information, including; a plurality of display means for displaying each of the quantified information calculated by the metering unit 26 when the work performance information of the It features.

In addition, the quantified information calculated by the quantification unit 26 is information related to the work profit, the work profit is the total cost used to calculate the total work turnover and achieve the total work turnover based on the work performance information. After calculating the work cost, it is calculated by subtracting the total work cost from the total work turnover.

In addition, as another category for achieving the object of the present invention, the first step (S10) for inputting the search word or the work performance information of the worker for the search of the work-related information required for the job through the input means (10); A second step (S20) in which the information processing means 20 determines whether the inputted information is a search word or a work performance of the worker; If the inputted information is a search word, the searcher 24 searches for job related information requested by a worker from a database stored in the storage 22; A third step (S34) in which the display means 30 displays job related information corresponding to the search word searched by the search unit 24; If the inputted information is the work performance information of the worker, the storage unit 22 having the database of basic data data and work related information for analyzing the work performance information stores step 4-1 (S42); A fourth step (S44) in which the metering unit 26 calculates the metered information using the work performance information and the basic data stored in the storage unit 22; And a fourth step (S46) in which the display means 30 displays the quantified information calculated by the quantification unit 26, and supports the worker who can selectively provide work related information and quantified information. Characterized in that the information providing method.

In addition, a function that can be read and executed by the computer, and inputs a search word or work performance information of the worker through the input means 10 for the retrieval of job-related information required for the job; A function for the information processing means 20 to determine whether the inputted information is a search word or a work performance of the operator; If the inputted information is a search word, the searcher 24 retrieves the job related information requested by the operator from a database stored in the storage 22; A function of causing the display means 30 to display job related information corresponding to the search term searched by the searcher 24; If the inputted information is the work performance information of the worker, a function of causing the storage unit 22 having a database of basic data data and work related information for analyzing the work performance information to store the work performance information; A function of causing the metering unit 26 to calculate the metered information using the work performance information and the basic data stored in the storage unit 22; And a function of causing the display means 30 to display the metered information calculated by the metering unit 26; a recording medium on which a worker assistance information program capable of selectively providing work related information and metered information is recorded. It is characterized by that.

According to the present invention, there is an effect that the efficiency of the work can be achieved by providing various information stored as detailed items in the work related information DB through the display means in the manner of a document, an image or a video at the request of the worker. In addition, it is possible to maximize work productivity by sharing work skills and know-how through video or image information that shows skilled workers working. In addition, by providing a speech bubble in a foreign language on such a video or image for a foreign worker, there is an effect of improving work comprehension. In addition, by classifying work-related information in various ways according to work proficiency, it is possible to enhance the level of field workers.

In addition, according to the present invention, as the worker's work performance information is manifested as quantified information, that is, information related to the work benefit, the worker can manage his own performance pay as well as increase the autonomous work management power for each worker. . In addition, there is an effect that can naturally induce good competition between workers by comparing the work benefits of each worker. On the other hand, the manager can accumulate information related to the work benefits of each worker for a certain period of time, which can be used as a basic data for manpower analysis to determine whether a worker is a simple functional worker, a multifunctional worker or an intelligent worker. The basic data for manpower analysis can adjust the composition ratio of the workforce according to the characteristics of the work area and manage the work profit for each worker, thereby ultimately reducing the labor cost of the field workers.

<Operator Support Information System>

1 is a block diagram illustrating a worker assistance information system according to the present invention. As shown in FIG. 1, the worker assistance information system according to the present invention includes an information processing means 20, an input means 10, including a storage unit 22, a search unit 24, and a quantification unit 26. It consists of the display means 30.

(Example)

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention.

As shown in FIG. 1, the input means 10 according to the embodiment of the present invention performs a function of inputting a search word for requesting job related information required for a job or inputting work performance of a worker. The input information is transmitted to the input means 10 and the information processing means 20 connected by a wired cable. The input means 10 may use at least one of a mouse, a keyboard, a remote controller, and a touch screen. However, the embodiment according to the present invention uses a keyboard and a mouse.

The information processing means 20 classifies the input information according to the content of the input information transmitted from the input means 10, and calculates the measured information based on the work performance information input to the storage 22. The information processing means 20 is configured to include a storage unit 22, a search unit 24 and the metering unit 26 to perform the above-described function. In this case, the connection means 40 between the information processing means 20 and the input means 10 may be a wired wired cable or a wireless Bluetooth, Wi-Fi or ZigBee method. However, embodiments of the present invention use a wired cable.

The information processing means 20 is implemented based on a computer system composed of a storage device such as a hard disk or a flash memory, a CPU, a RAM, a main board, and the like. In addition, an application program for controlling the information processing means 20 under an operating system for operating such a computer system to achieve the object according to the present invention is installed. At this time, in the embodiment according to the present invention, the application is implemented using Visual Basic.

The storage unit 22 functions to make a database of work performance information of the worker received by the information processing means 20, basic data data for analyzing the work performance information, and work related information, and store them in the storage unit DB 200. Do this. In order to perform the functions of the storage unit 22, a hard disk or a flash memory is used. At this time, the storage unit 22 is controlled by the application program to exchange information with the search unit 24 and the metering unit 26.

2 is a block diagram showing the configuration of the storage unit database of the worker support information system according to an embodiment of the present invention. As shown in FIG. 2, the storage unit DB 200 includes a workability and storage DB 210, a quantification DB 220, and a job related information DB 230. However, the work performance storage DB 210, the quantification DB 220, and the work related information DB 230 having such a separate structure are divided for efficient management of data and backup of mutual data, and the storage unit 22. ) Can be constructed as an integrated DB, unlike the embodiment of the present invention. In this case, MS Access is used in an embodiment of the present invention to construct a database.

The work result storage DB 210 stores the work result information input through the input means 10 as a database. At this time, the work performance information corresponds to the information input by the operator as information on the type of work, the number of items produced and the working time.

In addition, the quantification DB 220 stores the basic data data for analyzing the work performance information and the quantified information for each worker calculated by the quantification unit 26 as a database. At this time, the basic data data corresponds to the information input by the manager who manages the worker with information on the work unit price per item, labor costs per hour per worker, equipment costs per hour and material costs per item. Meanwhile, the quantified information is stored as the work record information of <Table 13>, which is a detail item of the work performance information stored in the work related information DB 230 as well as the quantized DB 220, so that the worker 24 may search the search unit 24 when necessary. Search through.

The job related information DB 230 is a place where information necessary for an operator is stored, and is databaseized and stored in the form of various documents, images, or videos. Such work-related information DB 230 is the work area DB 232, work order DB 234, technical term DB 236, product DB 238, process DB as shown in Table 1 to Table 15. (240), facility DB (242), material DB (244), work method DB (246), inspection DB (248), trouble DB (250), safety DB (252), fraud DB (254), work It consists of a database for the performance DB (256), information management DB (258) and other DB (260). The above 15 job-related information stored in the job-related information DB 230 includes a total of 125 pieces of information when all the detailed items are included. However, the number of information stored in the job related information DB 230 can be changed depending on the usage.

Specifically, <Table 1> is a detailed item of information on the work area.

Item number Work station  DB One Workshop layout 2 Three tablets 5S state 3 Tool location 4 Raw material location 5 Activity area 6 Ready for work 7 Facility inspection 8 How to move 9 Space condition

<Table 2> is a detail of information about work order.

Item number Work Order DB One Work Order Contents 2 Work Order Management 3 Adjust work support 4 Work Order Type 5 Change work order 6 Emergency work 7 Work tomorrow 8 Follow up 9 Overtime work

<Table 3> is a detail of information about technical terms.

Item number Technical term DB One Material term 2 Process terminology 3 Formula term 4 Theoretical terms

<Table 4> is the detail of information about products.

Item number product  DB One Classification method 2 Type classification 3 Type Specific Features 4 Cost Information 5 Where to use 6 How to use 7 By customer 8 specification 9 Changes

<Table 5> is a detailed section of information about the process.

Item number Process DB One Physical change 2 Chemical change 3 Process conditions 4 Reaction conditions 5 Design information 6 Related equipment 7 All processes 8 After process

<Table 6> is a detailed item of information about equipment.

Item number Facility DB One Equipment failure type 2 Facility classification 3 Equipment structure 4 Facility specification 5 Facility maintenance 6 Facility 7 manual 8 How it Works 9 Equipment consumables 10 Troubleshooting 11 Tool usage

<Table 7> is a detail of information about restraint.

Item number DB One Material classification 2 Material type 3 Material properties 4 Material grade 5 Terms of use 6 Material inspection 7 Material processing 8 Inventory Management 9 Material failure

<Table 8> is a detail of information on work method.

Item number Work method DB One sequence of the work 2 Working condition 3 Working place 4 Work type 5 Working sense 6 Ready replacement 7 preparation 8 Cleaning up 9 Collaborator

<Table 9> is a detailed item of information about abnormal occurrence.

Item number Error DB One Error occurrence standard 2 Emergency action 3 Contact way 4 Vigilance 5 Records management 6 Relapse prevention

<Table 10> shows the details of the test information.

Item number Inspection DB One Inspection standard 2 method of inspection 3 Instrument 4 Instrument Management 5 Inspection record 6 Bad treatment 7 Bad type 8 Bad cause 9 Bad report

<Table 11> is a detail of safety information.

Item number Safety DB One Dangerous goods standard 2 Hazardous Substances 3 Obstacle management 4 Accident action 5 Emergency response 6 Safety equipment 7 Accident report 8 safety education

Table 12 shows the details of the fraud.

Item number scam DB One Dress 2 Fulfill instructions 3 Commute to work 4 rest time 5 Education implementation 6 Line 5 practice 7 Proposal Performance 8 Overtime obedience 9 Mastery 10 Multifunction

<Table 13> is a detail of information on work performance.

Item number Work performance DB One Work history 2 productivity 3 Defective rate 4 Yield 5 Standard time 6 Wage rate 7 Delivery date rate 8 A moving rate 9 Facility utilization rate 10 Tack time

<Table 14> is a detail of information on information management.

Item number Information Management DB One User information 2 Usage history 3 Reversion 4 manager 5 Error management 6 Information analysis 7 Security management

<Table 15> is a detail of other information.

Item number Other DB One Change job 2 Process change 3 Change worker 4 Moving work 5  Development work 6 Facility change

When the searcher 24 receives the search word information from the input means 10, the searcher 24 searches for the job-related information requested by the worker from the job related information DB 230 of the storage unit 22 based on the input search word. It transmits a result to the display means 30. In this case, the search term is composed of 125 search terms corresponding to all the detailed items of the aforementioned 15 job related information stored in the job related information DB 230. Meanwhile, the process of the searching unit 24 is implemented by an application program installed in the information processing means 20 to control the information processing means 20.

The metering unit 26 is a basic data for analyzing the work performance information of the worker stored in the work performance storage DB 210 of the storage unit 22 and the work performance information stored in the quantification DB 220 of the storage unit 22 The data is used to calculate the quantified information.

The quantified information referred to in the embodiment of the present invention refers to information related to work benefits. Here, the work profit is calculated by subtracting the total work cost from the total work turnover by calculating the total work turnover of the worker for a predetermined time and calculating the total work cost, which is the overall cost used to achieve the total work turnover. In this case, the total work turnover is calculated by multiplying the work unit price for each product and the number of produced goods. The total work cost is obtained by adding labor cost per hour and facility cost per worker, multiplying the work time, and adding material cost per item to the number of items produced. This can be expressed as an equation.

The information related to the work benefit calculated through the metering unit 26, that is, the metered information, is transmitted to the display unit 30, and at the same time, to the metering DB 220 and the job related information DB 230 of the storage unit 22. Database is stored. The storage of the quantified information in the quantified DB 220 is to accumulate work performance information for each worker and to utilize the performance management and management information of the worker. In addition, storing the quantified information in the work related information DB 230 is to enable the worker to search through the work record information, which is a detail of the work performance DB 256 if necessary. The process of the metering unit 26 is also implemented by an application program installed in the information processing means 20 to control the information processing means 20.

The display means 30 is a device that visually displays the information provided by the information processing means 20 to a worker or a manager. The display means 30 may optionally be provided with work-related information or quantified information according to the information transmitted from the information processing means 20. The connecting means 40 between the display means 30 and the information processing means 20 may be connected by a wired cable or may use a wireless Bluetooth, Wi-Fi or Zigbee method. However, an embodiment of the present invention uses a wired cable. The display means 30 may use various display devices capable of displaying the screen, such as a CRT monitor and an LCD monitor.

(Variation)

1 is a block diagram illustrating a worker assistance information system according to the present invention. 3 is a block diagram illustrating a worker assistance information system according to a modification of the present invention. As shown in FIG. 1, the work performance reading means 12 reads the work performance and transmits the work performance information to the information processing means 20 even if the operator does not input the work performance by the input means 10. Do this. The work performance reading means 12 reads the work performance information every predetermined time and transmits the information to the information processing means 20. The predetermined time is preferably set at an interval of 7 to 9 hours by an operator or an administrator.

As the workability and the reading means 12 used in the modification according to the present invention, an electronic scale device may be specifically used. At this time, the worker places the goods produced during the working hours on the electronic balance device. In this way, the electronic scale apparatus calculates the number of articles produced by dividing the total weight of the article placed on the electronic scale apparatus by the weight of one preset homogeneous article. This may be equally applied even if the kind of article varies. Therefore, by implementing the work performance reading means 12 for calculating the number of articles according to the type of the article, the information processing means 20 without the operator inputting the information about the type of article, the number of articles produced and the working time information ) Can be sent. This not only reduces the time and effort required for the operator to input work performance information, but also ensures the reliability of work performance information.

3 is a block diagram illustrating a worker assistance information system according to a modification of the present invention. As shown in FIG. 3, the worker assistance information system according to the modified embodiment of the present invention includes the information processing means 20 of the above-described embodiment comprising a plurality of input means 10 and a plurality of display means 30 corresponding thereto. It is connected and configured. That is, one input means 10 and one display means 30 are provided for one work area 50 and connected to the information processing means 20 and the network connection means 42. In this case, the network connection means 42 may be implemented by a LAN or a wired cable. Thus, a plurality of input means 10 and a display means 30 are provided for each of the plurality of work areas 50 and connected to the network connection means 42, so that the workers of each work area 50 can work at any time. Quantitative information on beams and work performance can be obtained, respectively. And the manager side can build the basic data for the integrated workforce analysis by applying the modification according to the present invention throughout the workplace. Through the basic data for the workforce analysis, the manager can adjust the composition ratio of the workforce in the overall view according to the characteristics of the work area 50. In addition, worker benefits can be managed as a whole, ultimately reducing labor costs for field workers.

<Method of providing worker support information>

4 is a flowchart illustrating a method for providing worker support information according to an embodiment of the present invention. As shown in FIG. 4, first, a first step S10 is a step of inputting a search word or work performance information of a worker for searching for work related information necessary for a job through the input means 10. The description of the input means 10 here is the same as the description of the input means 10 in the above-described embodiment of the worker assistance information system. Hereinafter, a method of inputting a search word or work performance information by the input means 10 will be described.

5A is a diagram illustrating an initial screen for a worker to input work performance information to an input unit according to an exemplary embodiment of the present invention. As shown in FIG. 5A, the screen 308 is popped up after the operator selects the work performance button 320 located on the left side of the screen 308 through the input means 10 to input work performance information. It is displayed by selecting the job record from the detail items of>.

Here, the input field 322 is located in the center area of the screen 308, and the input setting button 324 in which the number is displayed on the upper right is located so that the operator can input the working time, the kind of the article, and the number of the articles produced. The manager button 326 located at the bottom of the screen 308 is configured by a manager to set and store basic data data for analyzing work performance information and to update an image or video, which is work related information.

5B is a view showing an initial screen for inputting basic data for the manager to analyze work performance information in the input means according to an embodiment of the present invention. As shown in FIG. 5B, the screen 308 is located at the top of the screen 308 after the administrator logs in to the application to select basic work data and selects the workability button 320 located on the left side of the screen 308. The setting tab 330 is selected by the input means 10. In this case, the setting tab 330 is activated when a user is logged in as an administrator and may be selected. As described above with reference to FIG. 5A, the operator who inputs work performance information may have only the output tab 332 located on the right side of the setting tab 330. It will be activated and you will be informed.

Herein, the facility cost and labor cost management area 334 located at the upper left of the screen 308 is an area for inputting the cost of labor according to the skill level of each worker and the cost of using and maintaining the facility. The production item management area 336 located at the upper right is an area for inputting the type of goods and the material cost per item. In addition, the worker management area 338 located at the lower left side can add, delete, and modify a worker, and is an area for inputting a worker's skill level and labor cost. In addition, the work price management area 340 for each grade located at the lower right is an area for setting the unit price of the article according to the skill level of each worker. In addition, the manager button 326 located at the bottom of the screen 308 is as described above.

In this manner, the worker or the manager can input work performance information or basic data data for analyzing work performance information through the input means 10. Input of a search word for searching for work related information is performed by selecting one of the search word buttons 300 located on the left side of the screen 308 and then selecting a detailed item that pops up.

Next, the second step (S20) is a step in which the information processing means 20 determines whether the input information is a search word or work performance information of the operator. At this time, the application program installed in the information processing means 20 determines whether the input information from the input means 10 is the query information requesting job-related information or the work performance information of the worker and searches the search term information when the search word information is the search term information. The control unit 24 transmits the work performance information to the storage unit 22 in the case of work performance information.

(If a search term is entered)

Next, if the inputted information is a search word, the search unit 24 searches for job related information requested by a worker from a database stored in the storage unit 22. Here, the search unit 24 performs a search process as described for the search unit 24 in the above-described embodiment of the worker assistance information system.

Finally, step 3-2 (S34) is a step in which the display means 30 displays job related information corresponding to the search word searched by the search unit 24. Hereinafter, the screen displayed through the display means 30 will be described with reference to the drawings.

6A and 6B are diagrams illustrating screens in which a search word is input through an input means of an operator support information system according to an exemplary embodiment of the present invention so that job related information is displayed through display means. As shown in FIG. 6A, a search word button 300 corresponding to information stored in the job related information DB 230 is located on the left side of the screen displayed by the display means 30 of the embodiment. At this time, the selection of the search word button 300 is made using a mouse or a keyboard which is the input means 10.

Here, the shelf picture displayed on the screen 308 of FIG. 6A is a facility button 302 corresponding to the facility DB 242 stored in the job related information DB 230 of the storage unit 22 through the input means 10. After selecting, the tool usage method is displayed among the detailed items in <Table 6>. In addition, the facility 1 button 304 and the facility 2 button 306 located at the top of the screen 308 are provided to select information for each of a plurality of tools or machine tools installed in the work area. In addition, a speech balloon 310 for explaining how to use the shelf is used in the picture of the shelf on the screen 308, the video button 312 is located on the bottom left of the screen 308 to provide information on how to use the tool through the video. Doing.

As shown in FIG. 6B, the picture displayed on the screen 308 inputs the facility button 302 corresponding to the facility DB 242 stored in the job related information DB 230 of the storage unit 22. It is displayed by selecting facility maintenance from the detailed items of <Table 6> which pops up after selecting through. Here, a description of the facility 1 button 304 and the facility 2 button 306 located at the top of the screen 308, the speech balloon 310 displayed on the screen 308, and the video button 312 at the bottom left of the screen 308 are described. Is the same as the description of FIG. 6A described above.

(If work performance information is entered)

Next, if the inputted information is the work performance information of the worker, the storage unit 22 having the database of the basic data data and the work related information for analyzing the work performance information has the work performance information. It is a step to save. The storage unit 22 performs the storage process as described for the storage unit 22 in the above-described embodiment of the worker assistance information system.

Next, the fourth step (S44) is a step in which the metering unit 26 calculates the metered information using the work performance information and the basic data stored in the storage unit 22. Here, the metering unit 26 performs a metering process as described for the metering unit 26 in the above-described embodiment of the worker assistance information system.

Finally, the fourth step S46 is a step in which the display means 30 displays the metered information calculated by the metering unit 26. Hereinafter, the screen displayed through the display means 30 will be described with reference to the drawings.

7 is a diagram illustrating a screen on which an operator outputs quantified information after inputting work performance information to an input unit according to an exemplary embodiment of the present invention. As shown in FIG. 7, when the operator inputs work performance information into the input field 322 shown in FIG. 5A, the display means 30 activates only the output tab 332 to provide metered information to the operator.

Here, the daily work benefit area 342 on the left side of the screen 308 displays the work day, worker, work time, labor cost per hour, equipment cost per hour, type of goods, and number of items produced based on the information input by the worker and the manager. It is an area for displaying the work profit of a specific date by displaying and calculating the work turnover and the work cost according to the above Equation (1).

The cumulative work benefit area 344 on the right side of the screen 308 displays a cumulative work benefit calculated by accumulating and storing the work performance information for each worker in the quantification DB 220 whenever the work performance information for each worker is processed through the quantification unit 26. Area. In addition, the cumulative work profit area 344 is a target for displaying the profits of each workplace in which the work profits of a work area composed of a plurality of workers are integrated, the target profits determined according to management judgment, and the difference between the cumulative work profits and the target profits. It is an area that shows the difference between profits and other matters. In addition, the graph area 346 is an area for displaying a work profit for the period when the period is set through the period setting button located at the top.

According to an embodiment of the present invention, a worker is provided with a total of 125 various pieces of information stored in detail in the work related information DB 230 through the display means 30 in the manner of a document, an image, or a video at the request of the worker. By doing so, work efficiency can be improved. And you can share your work skills and know-how through video or image information of skilled workers working to maximize your work productivity. And by providing a foreign language speech balloon 310 on the video or image for foreign workers can improve the work comprehension. In addition, by classifying work-related information in various ways according to work proficiency, it is possible to improve the level of field workers.

In addition, according to an embodiment of the present invention, the worker's work performance information is manifested as quantified information, that is, information related to work profits, so that the worker can manage his own performance salary as well as increase autonomous work management ability per worker. And by comparing the benefits of each worker's work, it is possible to induce competition in good faith among workers. On the other hand, the manager can accumulate information related to the work benefits of each worker for a certain period of time, and can use it as a basic data for analyzing the workforce to determine whether he is a simple functional worker, a multifunctional worker or an intelligent worker. The basic data for manpower analysis can adjust the composition ratio of the workforce according to the characteristics of the work area and manage the work benefits for each worker, thereby ultimately reducing the labor cost of field workers.

<Recording medium>

The recording medium according to the present invention is loaded with an application program executable on a computer. In this case, the application program reads from a computer, and a function of inputting a search word for searching for work related information necessary for a job or work performance information of an operator through the input means 10, and the information input by the input means 10 A function of determining whether a search word or work performance of an operator is input through the information processing means 20, and a database stored in the storage unit 22 based on the determination result of the information processing means 20 being a search word. Function to search the job related information requested by the operator through the search unit 24, function to display the job related information corresponding to the search term searched by the search unit 24 through the display means 30, information Based on the determination result of the processing means 20 being the work performance information of the worker, the basic data data and the work related information for analyzing the work performance information are data. A function of storing work performance information in the escaping storage unit 22 and a function of calculating quantified information through the metering unit 26 using the work performance information and basic data data stored in the storage unit 22. And a function of displaying the metered information calculated by the metering unit 26 through the display means 30 to selectively provide job related information and metered information.

In the production of the application program recorded on the recording medium according to the present invention, Visual Basic was used, and the storage unit DB 200 interoperating with the application program is constructed using MS Access.

Here, the recording medium includes all kinds of recording devices capable of storing data that can be read by a computer system. Examples include ROM, RAM, CD-ROM, magnetic tape, floppy disk, USB memory or optical data device.

As described above, those skilled in the art will understand that the present invention can be implemented in other specific forms without changing the technical spirit or essential features. It is therefore to be understood that the above-described embodiments are to be considered in all respects as illustrative and not restrictive. The scope of the present invention is defined by the appended claims rather than the detailed description, and all changes or modifications derived from the meanings and equivalent concepts of the claims should be construed as being included in the scope of the present invention. .

The following drawings, which are attached in this specification, illustrate the preferred embodiments of the present invention, and together with the detailed description thereof, serve to further understand the technical spirit of the present invention, and therefore, the present invention is limited only to the matters described in the drawings. It should not be interpreted.

1 is a block diagram illustrating a worker assistance information system according to the present invention.

2 is a block diagram illustrating a configuration of a database of a storage unit of a worker assistance information system according to an exemplary embodiment of the present invention.

3 is a block diagram illustrating a worker assistance information system according to a modification of the present invention.

4 is a flowchart illustrating a method for providing worker support information according to an embodiment of the present invention.

5A is a diagram illustrating an initial screen for a worker to input work performance information to an input unit according to an exemplary embodiment of the present invention.

5B is a view showing an initial screen for inputting basic data for the manager to analyze work performance information in the input means according to an embodiment of the present invention.

6A and 6B are diagrams illustrating screens in which a search word is input through an input means of an operator support information system according to an exemplary embodiment of the present invention so that job related information is displayed through display means.

7 is a diagram illustrating a screen on which an operator outputs quantified information after inputting work performance information to an input unit according to an exemplary embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

10: input means 12: work performance reading means

20: information processing means 22: storage unit

24: search unit 26: metering unit

30: display means 40: connection means

42: network connection means 50: work station

200: storage DB 210: DB for work performance storage

220: Quantification DB 230: Job-related information DB

300: query button 320: task and button

330: Settings tab 332: Output tab

Claims (9)

A storage unit 22 for storing a database of work performance information of a worker, basic data data for analyzing the work performance information, and work related information, and retrieving job related information requested by the worker from the storage unit 22; Information processing means (20) comprising a retrieval unit (24) and a quantification unit (26) for calculating quantified information using the work performance information and the basic data stored in the storage unit (22); Input means (10) connected to the information processing means (20) for inputting a search word or inputting the work performance information of the worker to request the work related information necessary for a work; Connected to the information processing means 20, when the search word is input to the input means 10, and displays the job-related information retrieved by the search unit 24, the operator in the input means 10 Display means (30) for displaying the quantified information calculated by the quantification unit (26) when the work performance information is inputted; And And work performance reading means 12 connected to the information processing means 20 and reading the work performance every predetermined time even if the worker does not input the work performance by the input means 10. Selectively provides job related information and the quantified information, The quantified information calculated by the quantification unit 26 is information related to work profit, and the work profit is used to calculate the total work turnover and achieve the total work turnover based on the work performance information. Calculated by subtracting the total work cost from the total work turnover after calculating the total work cost, wherein the work benefit is calculated by the following Equation. [Equation]

delete delete The method of claim 1, The work related information of the storage unit 22 is work area information, work instruction information, technical term information, product information, process information, equipment information, material information, work method information, inspection information, abnormality information, safety information, Worker assistance information system comprising at least one of fraud information, information management information or work performance information. The method of claim 1, The input means (10) is a worker support information system, characterized in that at least one of a mouse, a keyboard, a remote control and a touch screen. delete delete delete delete

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