CN112348304A

CN112348304A - Reference system for job information

Info

Publication number: CN112348304A
Application number: CN202010788691.1A
Authority: CN
Inventors: 赤崎龙哉
Original assignee: Sintokogio Ltd
Current assignee: Sintokogio Ltd
Priority date: 2019-08-08
Filing date: 2020-08-07
Publication date: 2021-02-09
Also published as: JP2021026645A

Abstract

The invention provides a system for referring to job information, which enables a user to easily and efficiently refer to job information in a single job. Comprises a plurality of levels associated with an upper level to a lower level; a data unit (6), wherein the data unit (6) comprises a fixed data unit (61) composed of known general information, a variable data unit (62) composed of company/organization specific information, a past disaster case unit (63), and/or an assumed risk case unit (64); an input unit (7); and a display unit (8) for displaying the data unit (6) associated with the hierarchy on the display unit (8) by a user inputting the hierarchy into the input unit (7).

Description

Reference system for job information

Technical Field

The present invention relates to a system for referring to job information.

Background

A factory manufactures products by using manufacturing equipment and a machine tool in accordance with predetermined steps and processes. At a construction site, a construction tool, heavy machinery, or the like is used to construct a building or the like according to a designed procedure. In these jobs, the steps and processes for obtaining the respective end products are constituted by fine accumulation of one job, and the equipment used for each job of the respective jobs and the operation method thereof are different. In order to perform such work, it is necessary for the worker to understand the method of operating the equipment used for each work of each work and the characteristics of the intermediate product handled in the work, and to grasp the processing method. In addition, depending on the job, skill is required, and knowledge and skills similar to those of a know-how must be grasped.

Further, in order to ensure the safety of the worker, the laws and regulations stipulate minimum rules, and companies and factories also make individual local rules in such a manner that the minimum rules are additionally added to ensure the safety of the worker specifically and reliably. The operation guiding supervisor must publicize these rules to the operator, guide the operator to operate according to the rules, and ensure the safety of the operator.

Further, the worker needs to grasp knowledge, rules, on how to guarantee and manage the quality of the intermediate product created in his job or process from a viewpoint other than understanding the method of the job.

Knowledge and practice related to work methods, safety assurance, and quality management, which are classified into the above three categories, is not learned once for an operator and an instructor, but requires the operator to review and learn from time to time during the routine work to adapt to a new work, and to perform the work without delay in the case of safety and quality assurance. Furthermore, inexperienced persons need to constantly acquire expertise, and continuous guidance of management personnel is also indispensable. For this reason, it is desirable to appropriately refer to the information pertaining to the 3 types described above regarding the work.

Patent document 1 describes an information management device that refers to a manual and information related to regulations in management operations, information related to budget items such as approval documents and invoices, and article information related to inspection and repair histories, in association with a facility alone as an index. It is disclosed to make a user select an arbitrary device and refer to the above information in association with a facility identification defined for each device.

Patent document 2 describes a safety management method including a case where the following contents are read and referred in relation to a construction work: hazard prediction information including corrective action; accidents when corrective action is not properly performed; impact information about engineering delays; and proximity notification information relating to prior notifications for projects and contacts when construction occurred. This patent document discloses a safety management method for allowing a site representative such as a site manager or site supervision to read and refer to information related to safety management in relation to a construction work related to a construction work name and a construction date as indices, and to take corrective measures for problems or to communicate with the vicinity before and at the time of occurrence of an accident.

Documents of the prior art

Patent document

Patent document 1: japanese patent application laid-open No. 2010-146210

Patent document 2: japanese patent laid-open No. 2003-242202

Disclosure of Invention

Technical problem to be solved by the invention

In the device described in patent document 1, a manual, a regulation, a budget, and other information related to management of the device are integrated and constructed so that a user can read and refer the information, but information related to a work of manufacturing a product using the device is not comprehensive, and it is difficult for an operator to perform manufacturing of the product only with such information.

In the method described in patent document 2, information as a safety measure is collected in connection with work performed at a construction site and is constructed so as to be viewable and referred to by a representative on site.

Further, both patent documents have only one system index such as a facility and a construction site as an index for reference for viewing, and it is difficult to grasp to which field a phenomenon to be viewed belongs, and it is not sufficient from the viewpoint of efficiently collecting information in cooperation with each other by performing a network of construction projects, building management, or a series of product manufacturing processes. Further, there is a problem that viewpoints relating to equipment management and quality of engineering work are not expanded.

The present invention has been made in view of the above problems, and an object of the present invention is to provide a system for referring to job information, which enables a user to easily and efficiently refer to job information in an individual job.

Technical scheme for solving technical problem

In order to solve the above problems, the present invention adopts the following aspects.

That is, the system for referring to job information according to the present invention includes: a plurality of levels associated with an upper level to a lower level; a data unit including a fixed data unit configured from known general information, a variable data unit configured from company/organization specific information, a past disaster case unit, and/or an assumed risk case unit; an input section; and a display section that displays the data section associated with the hierarchy on a display section by a user making an input for specifying the hierarchy to an input section.

With this configuration, the user can easily and efficiently refer to the job information in the individual job.

In one embodiment of the present invention, the plurality of levels are any combination of an industry type selection level, a factory/construction selection level, a process selection level, and a work selection level.

With such a structure, a plurality of hierarchies can be defined appropriately.

In one embodiment of the present invention, the change data unit restricts access based on a user ID.

According to this configuration, since the data viewing can be restricted for each user, a viewing reference system in which a plurality of companies and organizations participate can be constructed and operated by a single system.

In one aspect of the present invention, the variable data unit includes an input data area input by a user.

With this configuration, the operator who is actually working on the site can directly send the case information.

In one embodiment of the present invention, the fixed data portion is configured by known general information including laws, notices, and guides in the hierarchy of the fixed data portion.

With this configuration, the reference information can be appropriately collected.

In one embodiment of the present invention, the change data unit includes company/organization specific information including a work procedure and a quality control procedure in the hierarchy of the change data unit.

In one aspect of the present invention, the variable data unit is configured such that a user inputs information on a job including confirmation of soundness of the job and disaster occurrence data in the hierarchy of the variable data unit.

With this configuration, the worker can collect and transmit appropriate information.

Effects of the invention

According to the present invention, it is possible to provide a system for referring to job information which enables a user to easily and efficiently refer to job information in an individual job.

Drawings

Fig. 1 is a schematic diagram of a system for referring to job information including a hierarchical structure related to job data according to embodiment 1 of the present invention.

Fig. 2 is a flowchart of the system according to embodiment 1 of the present invention.

Fig. 3 is a display screen of the smart device at startup according to embodiment 1 of the present invention.

Fig. 4 is a display screen of the smart device of the industry type selection screen according to embodiment 1 of the present invention.

Fig. 5 is a display screen of the smart device of the factory/construction selection screen according to embodiment 1 of the present invention.

Fig. 6 is a display screen of the smart device of the process selection screen according to embodiment 1 of the present invention.

Fig. 7 is a display screen of the smart device of the job selection screen according to embodiment 1 of the present invention.

Fig. 8 is a display screen of the smart device of the job inspection screen according to embodiment 1 of the present invention.

Fig. 9 is a display screen of the smart device having a fixed data screen according to embodiment 1 of the present invention.

Fig. 10 is a display screen of the smart device of the fluctuation data screen according to embodiment 1 of the present invention.

Fig. 11 is a display screen of the smart device of the fluctuation data screen according to embodiment 1 of the present invention.

Fig. 12 is a display screen of the smart device of the work item check table according to embodiment 1 of the present invention.

Fig. 13 is a display screen of the smart device of the measurement value input screen according to embodiment 1 of the present invention.

Fig. 14 is a display screen of the intelligent device of the disaster report screen according to embodiment 1 of the present invention.

Detailed Description

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

(embodiment mode 1)

Fig. 1 is a schematic diagram of a reference system 1 for job information including a hierarchical structure related to job data according to an embodiment of the present invention. The system is configured to include a plurality of levels from an upper level to a lower level, and in the present embodiment, includes a plurality of levels including an industry type selection level 2, a factory/construction and the like selection level 3, a process selection level 4, and a work selection level 5. In fig. 1, the respective hierarchies are shown in a manner enclosed by dotted lines.

In the industry category selection hierarchy 2, each industry category is represented as a symbol G in a generalized manner₁、G₂、G₃、……G_m. The types of industries described above correspond to, for example, a casting industry for manufacturing castings, an electronic component, device, and electronic circuit manufacturing industry for manufacturing IC chips, a transportation machine manufacturing industry for manufacturing automobiles and the like, and a construction industry and the like. In FIG. 1, the connection to G is expanded and shown₃ Selects level 3 and is schematically shown with a dashed line 30 with G₁、G₂And G_mThe structure of the next level 3 connected.

In the selection level 3 for factory/construction, each factory/construction is represented by a symbol K₁、K₂、K₃、……K_n. These correspond to a specific factory, construction, and the like existing as a facility. In FIG. 1, K is expanded and shown₁The successive process selection levels 4 are shown schematically with broken lines 40 and with K₂、K₃And K_nThe structure of the next level 4 of the connection.

In the process selection level 4, each process is represented as a symbol P in a generalized manner₁、P₂、P₃、P₄、……P_q. As shown, for example, in the foundry industry (G)₃) K of₁When the plant is developed, as P₁、P₂、P₃、P₄、……P_qThese steps correspond to melting, molding, hand casting, mold separation, deburring, grinding, transportation, and the like. In FIG. 1, P is expanded and shown₃The connected job selection hierarchy 5 and is schematically shown with dotted line 50 with P₁、P₂、P₄、P_qThe structure of the next level 5 connected.

In the job selection hierarchy 5, each job is represented as a symbol S in a generalized manner₁、S₂、S₃、S₄、……S_r. When molding process (P)₃) When already deployed, as S₁、S₂、S₃、S₄、……S_rThese operations correspond to preparation for running, test running, automatic running, model changing, cleaning of molding machine, and stopping of runningAnd core molding.

The system 1 in the present embodiment includes: a data unit 6, which is associated with the plurality of hierarchies, and which includes a fixed data unit 61 composed of known general information, a variable data unit 62 composed of specific information of a company or organization including confidential information, a past disaster case unit 63, and an assumed risk case unit 64; an input unit (7); and a display unit 8, wherein the system 1 is configured to display the data unit 6 associated with the plurality of hierarchies on the display unit 8 by a user inputting the plurality of hierarchies to the input unit 7.

Next, a description will be given of the reference system 1 of the job of the present embodiment in the case of using a smart device as an information device typified by a smart phone or a tablet pc, with reference to fig. 2 to 8. In the present embodiment, the reference system 1 for job information is installed as an application of a smart device.

Fig. 2 is a schematic flowchart of the present embodiment until the data unit 6 is displayed on the display unit 8. Fig. 3-12 show screens of a smart device corresponding to the steps of the flow chart of fig. 2. In the following description, regarding each step in the flowchart shown in fig. 2, for example, a portion corresponding to the description of step S03 is shown as "(S03)".

The smart device 100 shown in fig. 3 includes a smart device main body 110 and a touch panel 120 having both an input device (input unit 7) and a display device (display unit 8). The smart device main body 110 is provided with a power button 111, a home button 112, a receiving speaker 113, a front camera 114, and a light sensor 115.

When power button 111 is continuously pressed for several seconds, for example, 4 seconds, smart device 100 is powered on, and home screen image 121 (initial screen image) is displayed on touch panel 120. On the home screen 121, icons 122 of a plurality of applications are displayed (S01). When the screen is off in the sleep state, the home screen 121 is displayed by pressing the power button 111 or the home button 112.

When an icon of an application according to the present embodiment, for example, application C is clicked from among the icons 122 of the plurality of applications, the job information reference system 1 shown in fig. 1 is started up, and an input screen (not shown) for a business ID, a user ID, and a password is displayed. When the company ID/user ID and password registered in the system are correctly input, the application is launched (S02), and the industry category selection screen 310 shown in fig. 4 is displayed (S03). Although described later, the present system 1 is configured to restrict access (reference and input) to the alteration data unit 62, the disaster case unit 63, and the risk case unit 64 based on the business ID and the user ID used at this time.

On the industry category selection screen 310, a menu button 301 is displayed, and the menu button 301 includes the main-hierarchy selection screen 310 and is common to each hierarchy selection screen described later. When menu button 301 is clicked, a menu list for common settings and operations is displayed on main screen 310 and a plurality of screens described and explained later by an interrupt process not shown in fig. 2.

The selection screen 310 displays an industry category selection window 311 for selecting the industry category selection level 2, a next level selection button 312, and a notification display unit 313. By clicking on the inverted triangle mark 314 displayed at the right end of the industry category selection window 311, the drop-down list 315 can be expanded.

In the drop-down list 315, the symbol G is displayed₁、G₂、G₃、……G_mA list of industry categories 316, and can be selected by clicking. FIG. 4 shows selection of G₃The state of (1).

The notification display unit 313 displays information that needs to be notified to the user at that time, such as a function newly added to the system 1, an explanation of the information, and a reservation for server maintenance related to the system 1.

In a state where the next hierarchy selection button 312 displayed on the industry category selection screen 310 is not clicked (S04: no), the industry category selection screen 310 is continuously displayed (S03). When the next hierarchy selection button 312 is clicked (S04: YES), the factory/construction etc. selection screen 320 shown in FIG. 5 is displayed (S05). Here, assume that G is selected based on the expansion of the hierarchy of FIG. 1₃For explanation. On the factory/construction selection screen 320, the factory/construction category is displayedSelecting the token K of level 3₁、K₂、K₃、……K_nThe factory/construction etc. icon 321 is shown.

On the hierarchy selection screen 320 and the hierarchy selection screen 320 described later, a disaster case button 322 and a risk case button 323 serving as switches for outputting the data of the disaster case section 63 and the risk case section 64 are always displayed. When these buttons are clicked, a list of data (not shown) is displayed from the disaster case section 63 and the risk case section 64 based on the hierarchy selected at that time by an interruption process (not shown) shown in fig. 2. By selecting one of the displayed lists, individual cases can be referenced.

In the current hierarchy, due to selection of the industry category icon G₃Therefore, the disaster case button 322 or the risk case button 323 is clicked to refer to the industry category G₃Related disaster or risk cases.

The factory/construction etc. selection screen 320 is continuously displayed without clicking on the factory/construction etc. icon 321 displayed on the factory/construction etc. selection screen 320 (S06: no) (S05). When one of the factory/construction etc. icons 321 is clicked (yes in S06), the process selection screen 330 shown in fig. 6 is displayed (S07).

Here, according to the expansion of the hierarchy of FIG. 1, let K be clicked₁The illustration is by way of an icon. On the process selection screen 330, a symbol P belonging to the process selection level 4 is displayed₁、P₂、P₃、P₄、……P_qProcess icon 331 is shown. Further, the selection screen 320 is based on the factory/construction icon K selected on the factory/construction icon K of the previous hierarchy₁On the selection level display section 303 indicated by a dotted line, an icon K of a factory, construction, or the like is displayed as a currently selected level₁。

When the menu button 301 is clicked on the screen on which the process selection screen 330 is displayed, a list of common information other than the above-described menu is displayed. As common information, in K₁Commonly used in various processes such as factory and construction, for example, in connection with a forklift, an overhead crane, a press work, and the likeThe related information belongs to the common information.

In a state where the process icon 331 displayed on the process selection screen 330 is not clicked (S08: no), the process selection screen 330 continues to be displayed (S07). When one of the process icons 331 is clicked (yes in S08), the job selection screen 340 shown in fig. 7 is displayed (S09). Here, according to the expansion of the hierarchy of FIG. 1, let P click₃The illustration is by way of an icon. On the job selection screen 340, a symbol S belonging to the job selection level 5 is displayed₁、S₂、S₃、S₄、……S_rThe represented job icon 341. Further, the process icon P selected on the process selection screen 330 of the previous hierarchy is displayed₃。

In a state where the job icon 341 displayed on the job selection screen 340 is not clicked (S10: no), the job selection screen 340 continues to be displayed (S09). When one of the job icons 341 is clicked (S10: YES), the job check screen 400 shown in FIG. 8 is displayed (S11). Here, according to the expansion of the hierarchy of FIG. 1, it is assumed that S is clicked₂The illustration is by way of an icon. On the job check screen 400, a fixed data selection button 401 for "law and the like", a changed data selection button 402 for displaying "own company", a graphic symbol 403 for visually and understandably displaying the gist of job check, a radio button 404 for selecting whether a job is in a "good" state or a "need to improve" state, a file selection button 405 for uploading a file such as a photograph as information of a status report, a text box 406 for inputting a comment, and a registration button 407 for registering the input result of job check are displayed. The job icon S selected on the job selection screen 340 of the immediately preceding hierarchy is displayed on the selection hierarchy display section 303₂。

Fig. 8 shows a case where the "good" state is selected on the radio button 404. When the user is in the "improvement required" state, the user selects the "improvement required" radio button 404, takes a photograph as required, clicks the file selection button 405, stores a photograph file or the like on a file saving screen, not shown, and inputs a comment into the text box.

In this job check screen 400, in a state where none of the fixed data selection button 401, the changed data selection button 402, and the registration button 407 has been clicked (S12: no), the job check screen 400 is continuously displayed (S11).

When any one of the fixed data selection button 401, the changed data selection button 402, or the registration button 407 is clicked (yes in S12), and when the clicked button is not the registration button 407 (no in S13), processing for each selection item described later is performed (S14), and after the processing for each item is completed, the job check screen 400 is displayed again (S11). When the clicked button is the registration button 407 (S13: yes), and when "improvement required" is selected in the radio button 404 described above, a contact is made to the relevant person, a series of processes are ended (S15), and a return is made to a preset screen. The job selection screen 340 in fig. 7 is set to the initial value of the return screen.

Next, the details of the item processing (S14) when the fixed data selection button 401 and the changed data selection button 402 are clicked on the job check screen 400 will be described.

When a fixed data button 401 displayed as "law or the like" is clicked on the job check screen 400 in fig. 8, a fixed data selection screen 350 shown in fig. 9 is displayed. In the fixed data selection screen 350, the contents of the data are displayed in a list form on the fixed data selection unit 351 as in 1.2.3.4.5. When the change data selection button 402 displayed as "own company" is clicked, the change data selection screen 360 shown in fig. 10 is displayed. In the change data selection screen 360, the contents of the data are displayed in a list form on the change data selector 361, as in the a.b.c.d.e. format.

In the above description, each list is represented by an item number as in 1.2.3.4.5 and a.b.c.d.e., but the item number is not necessarily required to be provided and may be represented by a simple label of an item name.

In the change data selector 361 shown in fig. 10, the displayed items are restricted based on the business ID and the user ID used in the login. In the change data selector 361 in fig. 10, the items a to E are displayed as a list, and they are clicked to be referred to and input. When the user ID is registered differently from the user of the modified data selection screen 360 in fig. 10, for example, as shown in the modified data selection unit 366 of the modified data selection screen 365 in fig. 11, only the list A, B, D is displayed, and the user's reference/input of the modified data selection screen 365 in fig. 11 is limited to A, B, D. The user in fig. 10 can be assumed to be a supervisor for work or a data manager, and the user in fig. 11 can be assumed to be a general reference person or operator.

The information listed in the fixed data selection unit 351 of fig. 9 is composed of general known information including disaster cases, risk cases, and documents published by law, rule, bulletin, notice, guideline, and the province of the heaven and labor, and for example, the currently selected work, G, and document are selectively displayed from the general known information shown in table 1 below₃＞K₁＞P₃＞S₂The relevant information.

[ Table 1]

(in the table, labor law represents labor standard law, contract law represents labor contract law, the same applies hereinafter.)

Examples of items displayed in the fixed data selection unit 351 in fig. 9 include 1-labor law, 2-labor law enforcement rules, and 3-labor safety and health law. When each item is clicked, the currently selected job G is displayed on the touch panel 120 with information of the clicked item₃＞K₁＞P₃＞S₂The relevant information.

The information listed in the change data selector 361 shown in fig. 10 is composed of the specific information of the company/organization including the confidential information such as the work procedure, the quality control procedure, the risk control, the disaster case, the risk case, and the document, and for example, the currently selected work G is selected and displayed from the specific information of the company/organization including the confidential information shown in table 2 below₃＞K₁＞P₃＞S₂The relevant information. The confidential information referred to herein includes information necessary for operations of each company, factory, project, and the like, and is information managed without disclosure from the viewpoint of security and competition with other companies in the same industry.

[ Table 2]

Examples of the items displayed on the fluctuation data selector 361 in fig. 10 include a work item inspection, b work procedure book, c quality control, d product measurement, and e disaster occurrence report. When each item is clicked, the currently selected job G is displayed on the touch panel 120 with information of the clicked item₃＞K₁＞P₃＞S₂The relevant information.

In a state where the list displayed on the fixed data selection unit 351 of the fixed data selection screen 350 in fig. 9 is not clicked, the fixed data selection screen 350 is continuously displayed. When one of the lists of the fixed data selecting section 351 is clicked, the processing corresponding to each item is executed. When the processing ends, the fixed data selection screen 350 is displayed again.

In a state where the list displayed on the change data selector 361 of the change data selection screen 360 in fig. 10 is not clicked, the change data selection screen 360 is continuously displayed. When one of the lists of the fluctuation data selecting unit 362 is clicked, the process corresponding to each item is executed. When the processing ends, the changed data selection screen 360 is displayed again.

In the fixed data selection unit 351 of fig. 9, for example, when 3. labor safety and health law is clicked, the operation G is displayed in advance₃＞K₁＞P₃＞S₂Associated terms, such as the terms of article 22 of the labor safety and health Act.

When the a. job item check (job soundness check list) is clicked on the change data selector 361 in fig. 10, an item check list 370 shown in fig. 12 is displayed.The item check list 370 includes a soundness confirmation input section 371 of the job and a registration button 372. In the soundness confirmation input section 371, the check items 373 are listed, and each check item 373 is provided with a one-touch switch 374 for inputting a determination of a good state and a one-touch switch 375 for inputting a determination of a state that needs improvement. In fig. 12,

items

1 and 2 are confirmed to be in a good state, and item 3 is in a state determined to require improvement. Each item 373 is provided with a record button 376, and when it is determined that improvement is necessary, the record button 376 of the item is clicked for reporting details, the status is described on a report screen, not shown, and if necessary, a photo for reporting the status is registered using the function of the smart device. After all inputs are completed, the data entered into item checklist 370 is compared to the currently selected level G by clicking on register button 372₃＞K₁＞P₃＞S₂And is recorded in the input data area included in the variable data unit 62 in association therewith. The screen returns to the job check screen 400 of fig. 8 (S11).

D. When the product measurement is clicked, a measurement value input screen 380 shown in fig. 13 is displayed. The measurement value input screen 380 includes a measurement value input unit 381 and a registration button 372. After inputting measurement data of a product to the input section 381, by clicking the registration button 372, the data inputted to the measurement value input screen 380 and the currently selected hierarchy G are compared₃>K₁>P₃>S₂And is recorded in the input data area included in the variable data unit 62 in association therewith. The screen returns to the job check screen 400 of fig. 8 (S11).

E. When the disaster occurrence report is clicked, a disaster report screen 390 shown in fig. 14 is displayed. The disaster report screen 390 includes a disaster report input portion 391 and a registration button 372. Disaster report input unit 391 includes date input unit 392, time input unit 393, summary input unit 394, and photo registration button 395. The date input unit 392 and the time input unit 393 are configured to input the date and time at which the disaster report screen 390 starts to be displayed by default, but the values thereof may be changed by clicking each item.

Summary input unit 394 are comprised of text boxes and document the status report by using the input function of the smart device. When the photo registration button 395 is clicked, the camera function of the smart device is activated and a photo of the scene can be taken. The photographed picture is input to a part (not shown) of the disaster report screen 390. After all inputs are completed, the data input to disaster report screen 390 is compared to the currently selected level G by clicking on register button 372₃＞K₁＞P₃＞S₂And is recorded in the input data area included in the variable data unit 62 in association therewith. The screen returns to the job check screen 400 of fig. 8 (S11). In this case, a mail or the like may be transmitted to the relevant person while the occurrence of the disaster is recorded.

For example, when an operator who performs a melting process in a foundry wants to refer to information about a job, the selection screen in fig. 4 to 6 selects a foundry > D factory (a factory where the operator performs a job) > the melting process, and if the job to be currently executed is "a job of tapping from an electric furnace", the job icon 341 corresponding to the job in fig. 7 is selected. When the fixed data selection button 401 of the job check screen 400 of fig. 8 displayed is subsequently clicked, the fixed data selection screen 350 of fig. 9 is displayed. For example, the fixed data selection unit 351 on the screen displays the 1 st labor law, the 2 nd labor law implementation rule, and the 3 rd labor safety and health law, and when the 1 st labor law is clicked, the 2 nd bar can be referred to.

When the changed data selection button 402 is clicked after the job check screen 400 of fig. 8 is displayed in the previous paragraph, the changed data selection screen 365 of fig. 11 is displayed. The screen change data selection unit 366 displays, for example, a work item check, b work step book, and d quality management, and when a step of a next executed work needs to be confirmed, clicks the b work step book to confirm the work step. When confirming the soundness of the job in more detail, click a. Further, by clicking on d. quality management, the rules, knowledge and know-how required to guarantee the quality on the job can be known.

As described above, according to the system 1 for referring to work information of the present embodiment, since data to be referred to and inputted at the time of work can be collected and managed in association with each other by a plurality of levels including the industry type selection level 2, the selection level 3 for factory/construction, and the like, the process selection level 4, and the work selection level 5, data can be efficiently collected at the time of collecting data without missing necessary data. Further, since the reference system 1 is constructed in units of individual jobs, it is possible to provide the reference system 1 of job information which allows the user to easily and efficiently refer to the job information in the individual jobs.

(modification 1)

In this modification, a plurality of companies can refer to the present system 1 by contracts. In this case, the factory/construction icon 321 displayed on the factory/construction selection screen 320 shown in fig. 5 is identified by the login ID, and the factory icon 321 of the company is displayed. The following operation can be performed in the same manner as in embodiment 1. When an industry type other than the industry type of the company is selected on the industry type selection screen 310 of fig. 4, the factory/construction etc. selection screen 320 shown in fig. 5 is skipped, and the process selection screen 380 of fig. 6 is displayed. In the above operation, known general processes and works are displayed in the selected type of industry, and the fixed data portion 61 composed of known information is referred to.

According to the present modification, in addition to the effect of embodiment 1, since a reference system constructed in advance can be shared among a plurality of companies, the reference system 1 can be efficiently provided to a plurality of industry types and companies on a common platform.

In the above embodiment, as an explanation of the operation of the

registration buttons

372 and 407 on the screens shown in fig. 8, 12, 13, and 14, it is described that data input on each screen is registered in the transmission/hierarchy level of a specific relevant person by clicking the

registration buttons

372 and 407, but the present invention is not limited thereto. For example, a "confirmation screen button" may be displayed instead of the

registration buttons

372, 407, and when this "confirmation screen button" is clicked, a confirmation screen of the transmitted/registered data input so far may be displayed on each screen. In this case, when the registration button is displayed on the confirmation screen and clicked, the transmission/registration of data is performed.

(modification 2)

In this modification, the present system 1 is operated by a PC or the like installed in a work site in a factory. In this case, the operator logs in the IC card or the like held by the operator alone, skips a series of selection screens of embodiment 1, and directly displays a job check screen 400 of the job of fig. 8, which is a procedure of the job performed by the operator. The following operation can be performed in the same manner as in embodiment 1.

In the present modification, in addition to the effect of embodiment 1, the present system 1 can be operated by focusing on a predetermined operation, so that the operator can easily refer to necessary data and can efficiently collect operation data in the plant.

In the embodiment and the modification of the invention described above, the installation of the present system 1 as an application of an intelligent device has been mainly described, but the present invention is not limited thereto. For example, the present system 1 may be used in the form of a Web accessible over the internet. In addition, it can be used in a server of the company network so as to be shared in each company.

The hierarchical structure of the data shown in fig. 1 is only to be rooted to mean that the data is referred to from the user side in the structure of fig. 1, and the structure of the directory or the structure of the database on the actual file server is not specified. Each data is constructed on a different file server or database, and when a main key or a sub key for retrieval is appropriately set and a user makes a reference, it is sufficient that the configuration shown in fig. 1 is implemented.

In the above embodiment, the system is described as being registered with the enterprise ID and the user ID, but the system may be registered with only the user ID. Further, a mail address or the like may be used as the user ID. The access restrictions to the alteration data section 62, the disaster case section 63, and the risk case section 64 based on the company ID/the user ID may be performed by the company ID alone or by the user ID alone.

Description of the reference symbols

1 reference system of job information

2 industry category selection hierarchy

3 plant/construction etc. selection level

4 Process selection level

5 job selection hierarchy

6 data part

61 fixed data part

62 changing data part

63 disaster case section

64 Risk cases department

7 input unit

And 8, a display part.

Claims

1. A system for referencing job information, comprising:

a plurality of levels associated with an upper level to a lower level;

a data unit including a fixed data unit configured from known general information, a variable data unit configured from company/organization specific information, a past disaster case unit, and/or an assumed risk case unit;

an input section; and

a display part for displaying the display position of the display part,

the data portion associated with the hierarchy is displayed on a display portion by a user making an input for specifying the hierarchy to an input portion.

2. The reference system for job information according to claim 1,

the plurality of levels are any combination of an industry type selection level, a factory/construction selection level, a process selection level, and a work selection level.

3. The reference system of job information according to claim 1 or 2,

the change data unit restricts access based on the user ID.

4. The reference system of job information according to any one of claims 1 to 3,

the variable data section includes an input data area input by a user.

5. The reference system of job information according to any one of claims 1 to 4,

the fixed data portion is composed of known general information including laws, notices, and guides in the hierarchy of the fixed data portion.

6. The reference system of job information according to any one of claims 1 to 5,

the change data unit is composed of company/organization specific information including a work procedure and a quality control procedure in the hierarchy of the change data unit.

7. The reference system of job information according to any one of claims 4 to 6,

in the variable data unit, information related to the job including the soundness check of the job and the disaster occurrence data in the hierarchy of the variable data unit is input by the user.