JP7078958B2 - Manual system - Google Patents

Description

The present invention relates to a manual system that displays various information such as business manuals.

Conventionally, a manual related to a predetermined device has been digitized, and a user can refer to the manual as an electronic file. For example, in Patent Document 1, a QR code (registered trademark) for specifying a model of an electronic device is attached to the electronic device, and an electronic manual corresponding to the model is obtained by reading the QR code with a mobile phone. A manual system that can be viewed is disclosed.

Japanese Unexamined Patent Publication No. 2007-193603

However, in the manual system described in Patent Document 1, only the manual can be acquired and viewed, and it cannot be linked with other systems. In addition, when linking, it is generally assumed that it is necessary to build a function for that purpose in another system.

Therefore, the present invention has been made to solve the above-mentioned problems, and an object of the present invention is to provide a manual system that can be easily linked with any system.

The manual system according to the present invention is associated with a communication unit that communicates with a linked system that displays a requested screen, manual data that is blocked and associated with a manual ID that identifies each block, and the manual ID. , A storage unit that stores a screen ID that identifies the screen, a script that adds a first button image associated with the manual ID to the screen, and the manual ID in response to a request for designating the manual ID. A display unit that displays a manual screen by adding a second button image associated with the screen ID to the block corresponding to the above, and the second button pressed by pressing the second button image. The screen of the screen ID associated with the image is provided with a request unit that requests the cooperation system to display the screen after executing the script.

According to the present invention, the communication unit communicates with the cooperation system, the script is executed on the screen of the cooperation system requested by the second button image, and the first button image is added. Since the manual ID is associated with the first button image, the manual of the block associated with the manual ID can be displayed by pressing the first button image. As a result, regardless of the system in which the manual system is linked, the manual system can call the screen related to the linked system and recall the manual screen from the called screen. In this way, the manual system can be easily linked with the linked system.

Further, in the manual system of the present invention, the cooperation system is a work form management system that displays a work form in which business information can be input, and the work form management system stores and stores the input business information. It is preferable to include a business information storage unit and a business information display request unit that requests the display unit to display the accumulated business information.

According to the present invention, the cooperation system is a work form management system. Therefore, for example, by accumulating and displaying the operating status of a machine and the coping method of a skilled worker when an error occurs as business information, it is possible to infer trends and countermeasures peculiar to the business.

In the manual system of the present invention, an imaging unit for photographing a paper manual and an arrangement pattern of a character string of the paper manual photographed by the photographing unit are stored in the storage unit as a character string of each block of the manual data. A determination unit for determining whether or not the pattern matches the arrangement pattern of the above is provided, and if they match, the display unit adds the second button image to the image of the paper manual taken by the photographing unit and displays the image. You may.

In the present invention, the display unit adds the second button image to the image of the paper manual taken by the photographing unit and displays it. Therefore, even when a paper manual is used, the manual system can be linked with the linkage system.

It is a schematic block diagram of the information display system which concerns on 1st Embodiment of this invention. It is a figure which shows the event information table of 1st Embodiment. It is a figure which shows the machine information table of 1st Embodiment. It is a table showing the motor temperature acquired from the industrial machine by the machine information registration unit. It is a graph which shows the motor temperature of FIG. 4A. It is a figure which shows the start condition table of 1st Embodiment. It is a block diagram which shows the structure of the event management unit of 1st Embodiment. It is a block diagram which shows the structure of the manual issuing unit of 1st Embodiment. It is a flowchart which shows the operation which the information display system of 1st Embodiment displays necessary information on a display device. It is a schematic block diagram of the information display system which concerns on 2nd Embodiment of this invention. It is a figure which shows the event information table of 2nd Embodiment. It is a figure which shows the machine information table of 2nd Embodiment. This is an example showing a manual to which a sentence number is assigned. It is a figure which shows the text information table of 2nd Embodiment. It is a figure which shows the content information table of 2nd Embodiment. It is a figure exemplifying the contents of the registered manual, the sentence replacement information applied to this manual, and the manual displayed by replacement. It is a figure which shows the sentence replacement information table of 2nd Embodiment. It is a figure which shows the start condition table of 2nd Embodiment. It is a block diagram which shows the structure of the manual issuing unit of 2nd Embodiment. It is a flowchart which shows the operation which the information display system of 2nd Embodiment displays necessary information on a display device. It is a schematic block diagram of the information display system which concerns on 3rd Embodiment of this invention. It is a figure which shows the event information table of 3rd Embodiment. It is a figure which shows the text information table of 3rd Embodiment. It is a figure which shows the content information table of 3rd Embodiment. It is a figure exemplifying the contents of the registered manual, the sentence replacement information applied to this manual, and the manual displayed by replacement. It is a figure which shows the sentence replacement information table of 3rd Embodiment. It is a figure which shows the business information table of 3rd Embodiment. It is a figure which shows the start condition table of 3rd Embodiment. It is a flowchart which shows the operation which the information display system of 3rd Embodiment displays necessary information on a display device. It is a schematic block diagram of the information display system which concerns on 4th Embodiment of this invention. It is a figure which shows the event information table of 4th Embodiment. It is a figure which shows the text information table of 4th Embodiment. It is a figure which shows the content information table of 4th Embodiment. It is a figure exemplifying the contents of the registered manual, the sentence replacement information applied to this manual, and the manual displayed by replacement. It is a figure which shows the sentence replacement information table of 4th Embodiment. It is a figure which shows the business information table of 4th Embodiment. It is a figure which shows the start condition table of 4th Embodiment. It is a flowchart which shows the operation which the information display system of 4th Embodiment displays necessary information on a display device. It is a figure which shows the state which the menu screen is displayed on the tablet as a list of manuals by a manual system. It is a figure which shows the state which the inspection item of the selected manual is displayed on a tablet. It is a figure which shows the work form displayed on a tablet. It is a figure which shows the state which the detail page of the manual corresponding to the detail button of a work form is displayed on a tablet. It is a block diagram of the information display system of this embodiment. It is a figure which shows the manual ID table which stored the manual ID and the heading of the text of the manual associated with the manual ID. It is a figure which shows the association ID table which stored the manual ID and the work form ID associated with the manual ID. It is a figure which shows the script table which stored the work form ID and the script associated with the work form ID. It is a flowchart which shows the processing flow which a manual system executes. It is a figure which shows the paper manual. It is a figure which shows the arrangement pattern which converted the character string of the paper manual of FIG. 44A into a mark.

First, the outline of the present invention will be described.

The information display system includes a display device that displays the stored display information, an input device that inputs a start condition that triggers the process of starting the process of displaying the display information, and the display information. , The database in which the conditional expression associated with the start condition and the information identification data associated with the conditional expression and identifying the information for display are stored, and the display device, the input device, and the data. A server connected to the base is provided, and the server is subjected to a process of determining whether or not the start condition input to the input device is satisfied, and if the start condition is satisfied, the server is satisfied. Depending on whether or not the conditional expression associated with the start condition is satisfied, the process of finally determining to start the process of displaying the information for display on the display device and the process of satisfying the above are satisfied. When it is finally determined that the process to be displayed is to be started because the conditional expression associated with the start condition is satisfied, the display identified by the information identification data associated with the satisfied conditional expression is displayed. The process of acquiring the information for display from the data base and the process of transmitting the information for display acquired from the database to the display device for display are executed.

In the information display system, when the start condition and the conditional expression associated with this start condition are satisfied, the server data the information for display identified by the information identification data associated with this conditional expression. Get from the base. Therefore, since the server automatically acquires the display information according to the situation from the display information stored in the database, it is possible to save the trouble of manually searching.

The information display system includes a registration unit that stores pre-registered internal information in the database, and determines whether or not the conditional expression associated with the satisfied start condition is satisfied. Is a process of searching and acquiring necessary internal information based on the keyword included in the conditional expression from the internal information stored in the database, and in the acquired internal information, the said It is preferable to execute the process of determining the presence / absence of internal information satisfying the conditional expression.

In the present invention, if there is internal information that satisfies the conditional expression in the acquired internal information, the server determines that the conditional expression is satisfied. As a result, the server can determine whether or not the conditional expression is satisfied based on the internal information, and can confirm whether or not the situation is such that the information for display is displayed.

In the information display system, the database stores text replacement information that specifies a form for displaying the information for display on the display device, and the server associates the information with the satisfied conditional expression. After the process of acquiring the display information identified by the specified information identification data from the theta base, the process of acquiring the sentence replacement information associated with the satisfied conditional expression from the database, and the process of acquiring the sentence replacement information. A process of applying the acquired text replacement information to the display information acquired from the database to execute replacement, and a process of transmitting the replacement display information to the display device for display. , Is preferred.

In the present invention, the server applies the acquired text replacement information to the display information acquired from the theta base to execute the replacement, and sends the information for display after the replacement to the display device for display. .. For example, when the text replacement information is information for adding a moving image to the display information, the display information after the replacement becomes the information including the moving image, and the user can refer to the information that is easier to understand.

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

<First Embodiment>
First, the first embodiment will be described. As shown in FIG. 1, the information display system 1 of the present embodiment includes a registration unit 10, a server 20, a database 21, an input device 22, and a display device 23. The server 20 is connected to the registration unit 10, the database 21, the input device 22, and the display device 23 by a network. The information display system 1 of the first embodiment displays the operation record of the industrial machine on the display device 23.

The registration unit 10 is connected to the database 21 via the server 20, registers various information, and stores the information in the database 21. The various information includes, but is not limited to, a manual for industrial machinery, a daily production report of industrial machinery, an operating status of industrial machinery, and the like. The registration unit 10 has an event information registration unit 11 and a machine information registration unit 12.

The event information registration unit 11 is a personal computer, and event information including a conditional expression for searching the database 21 for information required by the user is registered. The event information registration unit 11 stores the registered event information in the database 21 via the transmission / reception unit 24 of the server 20. The event information registered in the event information registration unit 11 can be arbitrarily set by the user, but here, FIG. 2 will be described as an example. As shown in FIG. 2, the event information table t11 has an event number column, a conditional expression column, a valid period column, and an actual number column. The event information registration unit 11 may be a tablet, and is not particularly limited.

In the event number field, an arbitrary event number associated with the conditional expression by the user is stored. In the conditional expression column, a conditional expression for searching information about the industrial machine targeted by the event is stored. This conditional expression is associated with the start condition described later via the event number. In the validity period column, the validity period of the information to be searched in the database 21 is stored. Specifically, the conditional expression [MC01. Operating state] = "ERR" is a formula for searching for information in which the "operating state" is "ERR" for the industrial machine "MC01". That is, the conditional expression includes a number that identifies the industrial machine (here, "MC01"). At this time, the validity period of the information to be searched is 24 hours. In the actual number column, the actual number, which is information identification data that is associated with the conditional expression and identifies the information for display displayed on the display device 23, is stored. The actual number will be described in detail later.

The machine information registration unit 12 is connected to the terminal device 12a, which is a PLC used for industrial equipment, and registers information on the industrial machine detected by a sensor or the like. The machine information registration unit 12 stores the registered industrial machine information in the database 21 as pre-registered internal information via the transmission / reception unit 24 of the server 20. The machine information (internal information) registered in the machine information registration unit 12 is information about the industrial machine, for example, the operating state of the industrial machine, the temperature of the motor built in the industrial machine, and the number of parts produced by the industrial machine. However, it is not limited to these.

Regarding the information of the industrial machine acquired and registered by the machine information registration unit 12, two pieces of information will be described here as a representative. As the first information, the machine information registration unit 12 registers the machine information table t12 shown in FIG. The machine information table t12 has a machine number column, a date and time column, and an operating status column. The machine number column stores the machine number that identifies the industrial machine that is the target of the event. In the date and time column, the date and time when the machine information was acquired from the industrial machine is stored. The operating status of the industrial machine is stored in the operating status column. In this way, the machine information registration unit 12 acquires and registers the operating state of the industrial machine "MC01" every minute.

As the second information, the machine information registration unit 12 acquires and registers the motor temperature of the industrial machine "MC01" every hour (see FIG. 4A). The registered motor temperature group is assigned the actual number A1000 and stored in the database 21. The timing at which the machine information registration unit 12 acquires information from an industrial machine is not limited, and information may be acquired and stored every 1 millisecond, for example. Further, machine information about industrial machines other than "MC01" may be acquired, and the actual number assigned to the machine information is not particularly limited.

The input device 22 is a personal computer and is connected to the server 20. In the input device 22, a start condition that is a trigger for starting the process of displaying information for display by the information display system 1 and an event number associated with the start condition are input. The process of displaying the information for display by the information display system includes the event process and the display process described later. The start condition input to the input device 22 can be arbitrarily set by the user, but will be described with reference to FIG. 5 as an example. The start condition table t13 input to the input device 22 has a start condition column and an event number column as shown in FIG. The start condition is stored in the start condition column, and the event number is stored in the event number column. Here, "execute when data is registered in the machine information table" is set as a start condition, and the event number "event01" is associated with it. "Execution at the time of data registration in the machine information table" means that the processing by the information display system 1 is started when new data regarding the operating state is registered in the machine information table t12 of FIG. 3 described above. .. The entered start condition and event number are transmitted to the event management unit 30 of the server 20.

Other start conditions may be set so that the processing by the information display system 1 is started at 1 o'clock every Monday, for example, or the processing by the information display system 1 may be started at 24:00 every day. Is also good. Further, a plurality of start conditions may be registered, and different event numbers may be associated with each start condition. The input device 22 is not limited to a personal computer and may be a tablet, and is not particularly limited.

The server 20 is a computer, and has a CPU (Central Processing Unit), an EEPROM (Electrically Erasable and Programmable Read Only Memory) that rewritably stores programs executed by the CPU and data used in these programs, and when the programs are executed. It includes a RAM (Random Access Memory) that temporarily stores data. Each of the above configurations of the server 20 is constructed by the cooperation of these hardware and the software in the EEPROM. The server 20 is not limited to one computer, and may be provided by distributing the functions to a plurality of computers.

Specifically, the server 20 has a transmission / reception unit 24, an event management unit 30, and a manual issuing unit 40. The transmission / reception unit 24 is connected to the registration unit 10 and the database 21, and transmits and stores the information registered in the registration unit 10 to the database 21. Further, the transmission / reception unit 24 is connected to the event management unit 30 and the manual issuing unit 40. The transmission / reception unit 24 transmits the information stored in the database 21 to the event management unit 30 and the manual issuing unit 40 in response to a request from the event management unit 30 and the manual issuing unit 40.

The event management unit 30 is connected to the database 21 via the input device 22 and the transmission / reception unit 24. As shown in FIG. 6, the event management unit 30 includes a controller 31, a start condition determination unit 32 connected to the controller 31, an event information acquisition unit 33, a registration information acquisition unit 34, and an acquisition information determination unit 35. The controller 31 controls the entire event management unit 30 and controls the server 20 in cooperation with the control unit 41 of the manual issuing unit 40.

The start condition determination unit 32 determines whether or not the start condition received from the input device 22 is satisfied.

The event information acquisition unit 33 searches and acquires the event information associated with the same event number in the database 21 with reference to the event number associated with the satisfied start condition.

The registration information acquisition unit 34 searches for and acquires machine information in the database 21 based on the keywords included in the conditional expression of the event information acquired by the event information acquisition unit 33.

The acquisition information determination unit 35 determines whether or not the machine information acquired by the registration information acquisition unit 34 contains information that satisfies the conditional expression of the event information.

The manual issuing unit 40 is connected to the database 21 and the display device 23 via the event management unit 30 and the transmission / reception unit 24. As shown in FIG. 7, the manual issuing unit 40 has a control unit 41, a display device detection unit 42 connected to the control unit 41, and a display content acquisition unit 43. The control unit 41 controls the entire manual issuing unit 40.

The display device detection unit 42 detects the type of the display device 23, for example, whether it is a personal computer, a tablet, a smartphone, or other device.

The display content acquisition unit 43 acquires the display content (display information) to be displayed on the display device 23 from the database 21. The display content acquisition unit 43 searches for and acquires the display content associated with the same actual number with reference to the actual number associated with the satisfied conditional expression.

The display device 23 is connected to the manual issuing unit 40. In the present embodiment, the display device 23 is a personal computer, but is not particularly limited, and may be a tablet or a smartphone. The display device 23 displays the display information acquired by the display content acquisition unit 43 from the various display information stored in the database 21.

Next, an operation in which the information display system 1 of the present embodiment displays necessary information on the display device 23 will be described with the satisfaction of the start condition input to the input device 22 as a trigger.

The server 20 performs a process of determining whether or not the start condition input to the input device 22 is satisfied, and when the start condition is satisfied, the conditional expression associated with the satisfied start condition is satisfied. Depending on whether or not the information is displayed, the process of finally determining whether to start the process of displaying the information for display on the display device 23 and the conditional expression associated with the satisfied start condition are satisfied. When it is finally determined to start the display process, the process of acquiring the display information identified by the information identification data associated with the satisfied conditional expression from the data base 21 and the process of acquiring the information from the database 21. The process of transmitting the information for display to the display device 23 and displaying the information is executed.

Further, the server 20 is in the internal information (industrial machine information, here, machine information) stored in the database 21 in determining whether or not the conditional expression associated with the satisfied start condition is satisfied. From, the process of searching for and acquiring the necessary internal information based on the keywords included in the conditional expression, and the process of determining whether or not there is internal information that satisfies the conditional expression in the acquired internal information. Run.

Specifically, as shown in FIG. 8, in step S11, the user inputs the start condition to the input device 22. The start condition here is that new data is registered in the machine information table t12 (see FIG. 5).

The input start condition is transmitted from the input device 22 to the event management unit. In step S12, the start condition determination unit 32 determines whether or not the start condition is satisfied. If the start condition is not satisfied, step S12 is repeated. When the start condition is satisfied, the process proceeds to step S13, and the controller 31 starts event processing.

In step S14, the event information acquisition unit 33 searches and acquires the event information associated with the same event number in the database 21 with reference to the event number associated with the start condition. In the present embodiment, since the event number associated with the start condition is "event01", the event information acquisition unit 33 acquires the event information (see FIG. 2) associated with "event01".

When the event information is acquired, the process proceeds to step S15, and the controller 31 executes the conditional expression stored in the event information table t11. The conditional expression executed here is "[MC01. Operating state] =" ERR "".

In order to execute the conditional expression, the registration information acquisition unit 34 searches for and acquires the machine information in the database 21 in step S16. The registration information acquisition unit 34 searches the database 21 in which various information is stored, using the keywords "MC01" and "operating state" included in the conditional expression. Further, since the valid period stored in the event information table t11 is "24H", information for 24 hours is earned retroactively from the time when the search for machine information is started.

A part of the machine information table acquired by these searches is shown in FIG. The machine information table t12 in FIG. 3 shows the machine information for the last 6 minutes among the acquired information for 24 hours. In this machine information table t12, the operating state is set to "ERR" at 10:05. Therefore, in step S17, the controller 31 determines that the conditional expression is satisfied, and finally determines that the process of displaying the information for display (here, the display process described later) is started. If the operating state is not "ERR" in the acquired information for 24 hours, the controller 31 determines that the conditional expression is not satisfied and ends this flow.

When the controller 31 transmits to the control unit 41 of the manual issuing unit 40 that the conditional expression is satisfied, the control unit 41 starts the display process in step S18. In step S19, the display device detection unit 42 detects the type of the display device 23. In the present embodiment, the display device detection unit 42 detects that the display device 23 is a personal computer.

In step S20, the display content acquisition unit 43 searches the database 21 and acquires machine information (information for display) to be displayed. At this time, the display content acquisition unit 43 refers to the event information table t11, refers to the actual number associated with the satisfied conditional expression, and acquires the machine information to which the same actual number is assigned. In the present embodiment, as stored in the actual number column of the event information table t11, the information about the motor temperature to which the actual number A1000 is assigned (see FIG. 4A) is acquired.

Then, in step S21, the control unit 41 graphs the machine information about the motor temperature acquired by the display content acquisition unit 43 (see FIG. 4B) and transmits it to the display device 23. In step S22, the display device 23 displays the graph (machine information) received from the control unit 41 on the display as display information, and the flow ends.

[Characteristics of the information display system of this embodiment]
The information display system 1 of the present embodiment has the following features.

In the information display system 1 of the present embodiment, when the start condition and the conditional expression associated with the start condition are satisfied, the information display system 1 is for display identified by the information identification data associated with the conditional expression. The server gets the information from the data base. Therefore, since the server automatically acquires the display information according to the situation from the display information stored in the database, it is possible to save the trouble of manually searching.

In the information display system 1 of the present embodiment, if there is internal information that satisfies the conditional expression in the acquired internal information, the server determines that the conditional expression is satisfied. As a result, the server can determine whether or not the conditional expression is satisfied based on the internal information, and can confirm whether or not the situation is such that the information for display is displayed.

<Second Embodiment>
Next, the information display system 2 of the second embodiment will be described. However, the same elements as those in the first embodiment are designated by the same reference numerals, and the description thereof will be omitted. The information display system 2 of the second embodiment displays on the display device 23 a method of replacing parts when an abnormality occurs in an industrial machine.

As shown in FIG. 9, the information display system 2 includes a registration unit 50, a server 20, a database 21, an input device 22, and a display device 23. The server 20 is connected to the registration unit 50, the database 21, the input device 22, and the display device 23 by a network.

The registration unit 50 is connected to the database 21 via the server 20, registers various information, and stores the information in the database 21. The various information includes, but is not limited to, a manual for industrial machinery, a daily production report of industrial machinery, an operating status of industrial machinery, and the like. The registration unit 50 has an event information registration unit 11, a machine information registration unit 12, a manual registration unit 13, and a replacement information registration unit 14.

The event information registered in the event information registration unit 11 can be arbitrarily set by the user, but here, FIG. 10 will be described as an example. The event information table t21 of FIG. 10 has an event number column, a conditional expression column, a valid period column, a sentence number column, and a replacement number column. The description of the conditional expression associated with the event numbers “event01” and “event03” is omitted here, and the conditional expression associated with the event number “event02” will be described.

In the second embodiment, the event number "event02" is associated with two conditional expressions. The conditional expression [MC01. Operating state] = "ERR" is a formula for searching for information in which the "operating state" is "ERR" for the industrial machine "MC01". At this time, the validity period of the information to be searched is blank and unlimited. The conditional expression [MC01. Motor temperature]> = 60 is a formula for searching for information that the "motor temperature" is "60 ° C. or higher" for the industrial machine "MC01". At this time, the validity period of the information to be searched is 5 minutes. The sentence number associated with the event number is stored in the sentence number column, and the replacement number associated with the event number is stored in the replacement number column. The text number and replacement number will be described in detail later.

Information on industrial machines acquired and registered by the machine information registration unit 12 will be described. The machine information registration unit 12 registers the machine information table t22 shown in FIG. The machine information table t22 has a machine number column, a date and time column, an operating state column, and a motor temperature column. Since the machine number column, the date and time column, and the operating status column are the same as those in the first embodiment, the description thereof will be omitted. The motor temperature of the industrial machine is stored in the motor temperature column. In this way, the machine information registration unit 12 acquires and registers the operating state and the motor temperature of the industrial machine "MC01" every minute.

The manual registration unit 13 is composed of a personal computer, a scanner, and a printer, and registers manuals for industrial machines, text replacement information, and replacement contents and stores them in the database 21. The device constituting the manual registration unit 13 is not particularly limited.

FIG. 12 illustrates a manual t23 for the industrial machine MC01. When the user registers the manual in the personal computer, the manual t23 is divided into chapters such as chapters 1 and 2, sections in each chapter, and explanatory parts (character strings and illustrations) in each section. Then, the user assigns a sentence number to each section and registers it in the manual registration unit 13. As an example, in the sentence number "d0121", "01" following "d" indicates the model "MC01" targeted by this manual t23, "2" following "01" indicates a chapter, and the last "1". "Represents a clause.

In addition, the user assigns a content ID to the character string and the illustration that constitute the explanation part. In the content ID, "ext" indicates that it is a character string, "text1" is the first character string described in this section, and "ext2" is the second from the beginning described in this section. Indicates that it is a character string of. On the other hand, "img" means that it is the image data of the illustration composed of the illustration, and "img1" means that it is the first image data described in this section.

The method of assigning the sentence number is not limited, and various numbers that can specify the sentence may be adopted. The same applies to the content ID. The content ID may be assigned to a moving image in addition to a character string or an illustration.

When the data of the manual to be registered is PDF, the user registers it as an image (image data) cut out in a rectangular area, and when the data is WORD or XML, it registers it as HTML5 information.

The manual registered in the manual registration unit 13 is divided into text information to which a text number is assigned and content information to which a content ID is assigned. As shown in FIG. 13, the text information table t24 has a text number column, a file column, and a type column. The sentence number is stored in the sentence number field, and the file name in which the sentence information is stored is stored in the file field. The type of this file is stored in the type column. Regarding the file type, "W" means that it is WORD, and "P" means that it is an image. Specifically, the text information (explanation in the manual) of the text number d0121 is saved in the file name "/xxx/d0121.doc", and indicates that the type of this file is WORD.

As shown in FIG. 14, the content information table t25 has a sentence number column, a content ID column, and a content column. In the sentence number column, a sentence number, which is information identification data that is associated with a conditional expression and identifies information for display displayed on the display device 23, is stored. In the content ID column, the content ID assigned by dividing the text information with this text number is stored. Specifically, the text information of the text number d0121 is composed of four content IDs "text01", "img01", "img02", and "ext02". In "ext01", the component A in the machine MC01 is described. In "img01", the location of the component A in the machine MC01 is shown by an illustration. In "img02", the shape of the part A is shown by an illustration. In "ext02", a method of replacing the component A is described. As described above, the contents of the manual registered in the manual registration unit 13 are transmitted to the database 21 and saved.

Text replacement information is registered in the replacement information registration unit 14. The text replacement information is registered in association with the text number, and a form for displaying the manual on the display device 23 is specified. This makes it possible to display the manual in an easy-to-understand manner. The text replacement information is managed by the replacement number, and addition, change, or deletion is specified for the character string, the illustration, and the moving image in the manual stored in the database 21.

Reference numeral t26 in FIG. 15 indicates the contents of Chapter 2, Section 1, “Each Part” in the stored manual. It is assumed that the replacement number 001 (not shown) is applied to the manual t26 of the sentence number d0121. In the replacement number 001, the text replacement information to the effect that the content of the text number d0121 is not changed is stored. As a result, when the replacement number 001 is applied to the sentence number d0121, the manual issuing unit 40 displays the sentence number d0121 as it is on the display device 23 as a normal manual.

On the other hand, it is assumed that the replacement number s01 (see reference numeral t27) is applied to the manual t26 of the sentence number d0121. Add addd move (additional video) 1 to replacement number s01 by replacing it with img02, add add img (additional illustration) under img01, and delete text02. Text replacement information is saved. As a result, when the replacement number s01 is applied to the manual t26 of the sentence number d0121, the manual issuing unit 40 changes to the manual t28 using a moving image and displays it on the display device 23.

The sentence replacement information table t29 (see FIG. 16) that enables the above-mentioned replacement has a sentence number column, a replacement number column, and a replacement information column. The sentence number is stored in the sentence number column, and the replacement number associated with the sentence number is stored in the replacement number column. In the replacement information column, replacement information that specifies how to replace the contents of the manual is stored.

The replacement information is represented by [content ID before replacement: [replacement method, file of content ID to be replaced]]. The replacement method is represented by "type:" a "", "type:" b "", "type:" c "", and "type:" d "". “Type:“ a ”” indicates that the content ID to be replaced is added after the content ID before replacement (lower on the display screen). “Type:“ b ”” indicates that the content ID to be replaced is added before the content ID before replacement. “Type:“ c ”” indicates that the content ID before replacement is deleted and changed to the content ID to be replaced. “Type:“ d ”” indicates that the content ID before replacement is deleted.

For example, in FIG. 16, the replacement information [img02: [type: “c”, file: “/ add / move1”]] of No1 deletes the img02 before replacement and replaces it with file: “/ add / move1”. Specify that. Further, for the replacement information [img01: [type: “a”, file: “/add/img.png”]] of No2, if file: “/add/img.png” is added below img01 before replacement. Specify the replacement of. The replacement information [text02: [type: “d”]] of No. 3 specifies the replacement to delete the text02 before the replacement. By applying the replacement number s01 to the sentence number d0121 and executing the replacement, the manual issuing unit 40 changes the content of the manual t26 of the sentence number d0121 to the manual t28 using a moving image and displays it on the display device 23. do.

The user registers, as a replacement content, a character string, an illustration, an image, or the like to be added to the explanation in the manual in the manual registration unit 13. The replacement content registered in the manual registration unit 13 is transmitted to the database 21 and stored. For example, as replacement content, "add mov1" is saved as a moving image added to the above-mentioned sentence number d0121, and "add img" is saved as an image to be added. In this "add move 1", the method of replacing the part A is explained by a moving image, and in "add img", the image after the replacement of the part A is shown by an illustration.

Since the input device 22, the server 20, and the event management unit 30 are the same as those in the first embodiment, the description thereof will be omitted.

As shown in FIG. 17, three events "event01" to "event03" are stored in the event number column of the start condition table t30 input to the input device 22. The start condition associated with each event number is stored in the start condition column. In the event number "event02", "execution when data is registered in the machine information table" is set as a start condition. "Execution at the time of data registration in the machine information table" means that the processing by the information display system 2 is started when new data regarding the operating state is registered in the machine information table t22 of FIG. 11 described above. .. Here, the description of the start condition associated with "event01" and "event03" will be omitted.

The manual issuing unit 51 is connected to the database 21 and the display device 23 via the event management unit 30, the transmission / reception unit 24, and the transmission / reception unit 24. As shown in FIG. 18, the manual issuing unit 51 includes a control unit 41, a display device detection unit 42 connected to the control unit 41, a display content acquisition unit 43, and a replacement information acquisition unit 44. Since the control unit 41 and the display device detection unit 42 are the same as those in the first embodiment, the description thereof will be omitted.

The display content acquisition unit 43 acquires the display content to be displayed on the display device 23 from the database 21. The display content acquisition unit 43 searches for and acquires the display content associated with the same sentence number with reference to the sentence number associated with the satisfied conditional expression.

The replacement information acquisition unit 44 acquires replacement information from the database 21 for replacing the display contents acquired from the database 21. The replacement information acquisition unit 44 searches for and acquires the replacement information associated with the same replacement number with reference to the replacement number associated with the satisfied event information.

The display device 23 is a tablet connected to the manual issuing unit 51. The display device 23 displays the display content received from the manual issuing unit 51.

Next, an operation in which the information display system 2 of the second embodiment displays necessary information on the display device 23 will be described with the satisfaction of the start condition input to the input device 22 as a trigger.

In addition to the processing of the first embodiment, the server 20 obtains the information for display identified by the information identification data associated with the satisfied conditional expression from the database 21, and then the satisfied conditional expression. The process of acquiring the sentence replacement information associated with the database 21 from the database 21, the process of applying the acquired sentence replacement information to the display information acquired from the data base 21, and the process of executing the replacement, and the process after the replacement. The process of transmitting the information for display to the display device 23 and displaying the information is executed.

Specifically, as shown in FIG. 19, in step S31, the user inputs a start condition to the input device 22. The start condition here is that new data is registered in the machine information table t22 (see "event02" in FIG. 17).

The input start condition is transmitted from the input device 22 to the event management unit 30. In step S32, the start condition determination unit 32 determines whether or not the start condition is satisfied. If the start condition is not satisfied, step S32 is repeated. When the start condition is satisfied, the process proceeds to step S33, and the controller 31 starts event processing.

In step S34, the event information acquisition unit 33 searches and acquires the event information associated with the same event number in the database 21 with reference to the event number associated with the start condition. In the second embodiment, since the event number associated with the start condition is "event02", the event information acquisition unit 33 acquires the event information (see FIG. 10) associated with "event02".

When the event information is acquired, the process proceeds to step S35, and the controller 31 executes the conditional expression stored in the event information table t21. There are two conditional expressions executed here: "[MC01. Operating state] =" ERR "" and "[MC01. Motor temperature]> = 60".

In order to execute the conditional expression, the registration information acquisition unit 34 searches for and acquires the machine information in the database 21 in step S36. The registration information acquisition unit 34 searches the database 21 in which various information is stored, using the keywords "MC01" and "operating state" included in the first conditional expression. Since the validity period stored in the event information table t21 is blank, the information is earned indefinitely from the time when the search for machine information is started. Further, the registration information acquisition unit 34 searches the database 21 using the keywords "MC01" and "motor temperature" included in the second conditional expression. Since the valid period stored in the event information table t21 is "5 min", the information for 5 minutes is earned retroactively from the time when the search for machine information is started.

In step S37, the controller 31 determines whether or not there is information satisfying the conditional expression in the acquired machine information. FIG. 11 shows a part of the machine information table acquired by the search. The machine information table t22 of FIG. 11 shows the machine information for the last 6 minutes among the acquired information. In this machine information table t22, the operating state is set to "ERR" at 10:05. Therefore, the controller 31 determines that the first conditional expression is satisfied. In the same machine information table t22, the motor temperature is set to "60" at 10:02. Therefore, the controller 31 determines that the second conditional expression is satisfied. As a result, the controller 31 determines that all the conditional expressions are satisfied, and finally determines that the process of displaying the information for display (here, the display process described later) is started. If the operating state is not "ERR" in the acquired information, or if the motor temperature is not "60" or higher, the controller 31 determines that the conditional expression is not satisfied, and performs this flow. finish.

When the controller 31 transmits to the control unit 41 of the manual issuing unit 40 that all the conditional expressions are satisfied, the control unit 41 starts the display process in step S38. In step S39, the display device detection unit 42 detects the type of the display device 23. In the second embodiment, the display device detection unit 42 detects that the display device 23 is a tablet.

In step S40, the display content acquisition unit 43 searches the database 21 and acquires a manual (information for display) to be displayed. At this time, the display content acquisition unit 43 refers to the event information table t21, refers to the sentence number associated with the satisfied conditional expression, and acquires the manual to which the same sentence number is assigned. In the present embodiment, the manual t26 (see FIG. 15) to which the sentence number d0121 is assigned is acquired as stored in the sentence number column of the event information table t21. In this manual t26, as described above, "ext01" describes the component A in the machine MC01. In "img01", the location of the component A in the machine MC01 is shown by an illustration. In "img02", the shape of the part A is shown by an illustration. In "ext02", a method of replacing the component A is described.

In step S41, the replacement information acquisition unit 44 searches the database 21 and acquires sentence replacement information for replacing the contents of the manual t26. At this time, the replacement information acquisition unit 44 refers to the event information table t21, refers to the replacement number associated with the satisfied conditional expression, and acquires the text replacement information to which the same replacement number is assigned. In the second embodiment, as stored in the replacement number column of the event information table t21, the replacement information t27 (see FIG. 15) to which the replacement number s01 is assigned is acquired.

In step S42, the control unit 41 applies the sentence replacement information of the replacement number s01 to the manual t26 of the sentence number d0121, and executes the replacement. As a result, the manual t26 is changed to the manual t28 using moving images. This manual t28 is different from the manual t26 in that "add mov1" is displayed instead of "img02" and "add img" is displayed instead of "ext02". As described above, in "add move 1", the method of replacing the part A is explained by a moving image, and in "add img", the image after the replacement of the part A is shown by an illustration.

In step S43, the manual issuing unit 40 transmits the replaced manual t28 to the display device 23. Then, in step S44, the display device 23 displays the received manual t28 on the display, and the flow ends. By displaying the manual t28 on the display, the user can refer to the display and know how to replace the component A with a moving image.

With the above configuration, the information display system 2 of the second embodiment can obtain the same effect as that of the first embodiment. Further, in the information display system 2, the server 20 applies the acquired text replacement information to the display information acquired from the data base 21 to execute the replacement, and displays the information for display after the replacement in the display device 23. Send to and display. For example, when the text replacement information is information for adding a moving image to the display information, the display information after the replacement becomes the information including the moving image, and the user can refer to the information that is easier to understand.

<Third Embodiment>
Next, the information display system 3 of the third embodiment will be described. However, the same elements as those in the first embodiment are designated by the same reference numerals, and the description thereof will be omitted. The information display system 3 of the third embodiment displays on the display device 23 an explanation of the next business content to be performed after the user registers the business performance.

As shown in FIG. 20, the information display system 3 includes a registration unit 55, a server 20, a database 21, an input device 22, and a display device 23. The server 20 is connected to the registration unit 55, the database 21, the input device 22, and the display device 23 by a network.

The registration unit 55 is connected to the database 21 via the server 20, registers various information, and stores the information in the database 21. The various information includes, but is not limited to, a manual for industrial machinery, a daily production report of industrial machinery, an operating status of industrial machinery, and the like. The registration unit 55 has an event information registration unit 11, a manual registration unit 13, a replacement information registration unit 14, and a business information registration unit 15.

The event information registered in the event information registration unit 11 can be arbitrarily set by the user, but here, FIG. 21 will be described as an example. The event information table t31 of FIG. 21 has an event number column, a conditional expression column, a valid period column, a sentence number column, and a replacement number column.

In the third embodiment, four conditional expressions are associated with the event number "event31". The first conditional expression "" progress "= 1" associated with the event number "event31" searches for the "1" first work content regarding the "progress" of the work performed by the user, for example, a factory worker. It is an expression to do. Similarly, the second conditional expression "" progress "= 2" associated with the event number "event31" searches for the "2" second work content regarding the "progress" of the work performed by the factory worker. It is an expression to do. The same applies to the conditional expressions "" progress "= 3" and "" progress "= 4".

The validity period of the information to be searched when executing the four conditional expressions is blank and unlimited. The sentence number associated with the event number is stored in the sentence number column, and the replacement number associated with the event number is stored in the replacement number column. The text number and replacement number will be described in detail later.

Since the method for registering the manual in the manual registration unit 13 and the user in the manual registration unit 13 is the same as that in the second embodiment, the description thereof will be omitted.

The manual registered in the manual registration unit 13 is divided into text information to which a text number is assigned and content information to which a content ID is assigned. In the text information table t32 shown in FIG. 22, the text information (explanation in the manual) of the text number doc31 is stored in the file name "/xxx/doc31.doc", and indicates that the type of this file is WORD. The same applies to the text information of the text numbers doc32 to doc34.

As shown in FIG. 23, the content information table t33 has a sentence number column, a content ID column, and a content column. The above-mentioned sentence number is stored in the sentence number column. In the content information table t33, the text information of the text number doc31 is composed of the content ID "ext31", and this content explains how to install Java (registered trademark). Further, the text information of the text number doc32 is composed of the content ID "ext 32", and this content explains how to install Tomcat. The same applies to other sentence numbers. As described above, the contents of the manual registered in the manual registration unit 13 are transmitted to the database 21 and saved.

Text replacement information is registered in the replacement information registration unit 14. The text replacement information is registered in association with the text number as in the second embodiment, and a mode for displaying the manual on the display device 23 is specified.

For example, as shown in FIG. 24, it is assumed that the replacement number s34 (see the reference numeral t35) is applied to the manual t34 of the sentence number doc34. In the replacement number s34, the text replacement information to the effect that the add move (additional moving image) 4 is added under the text 34 is stored for the text number doc34. As a result, when the replacement number s34 is applied to the manual t34 of the sentence number doc34, the manual issuing unit 40 changes to the manual t36 using a moving image and displays it on the display device 23.

The text replacement information table t37 (see FIG. 25) that enables the above-mentioned replacement has a text number column, a replacement number column, and a replacement information column as in the second embodiment. Further, the replacement method based on the replacement information is the same as that of the second embodiment.

For example, in FIG. 25, for the replacement information [text34: [type: “a”, file: “/ add / move4”]] of No4, file: “/ add / move4” is added after the text34 before the replacement. To specify. By applying the replacement number s34 to the sentence number doc34 and executing the replacement, the manual issuing unit 40 changes the content of the manual t34 of the sentence number doc34 to the manual t36 using a moving image and displays it on the display device 23. do.

The user registers, as a replacement content, a character string, an illustration, an image, or the like to be added to the explanation in the manual in the manual registration unit 13. The replacement content registered in the manual registration unit 13 is transmitted to the database 21 and stored. For example, as replacement content, "add mov4" is stored as a moving image added to the above-mentioned sentence number doc34. In this "add move4", the installation method of MQ is explained by a video.

The business information registration unit 15 is a personal computer, and stores arbitrary business information registered by the user as necessary in the database 21 as pre-registered internal information. The business information registration unit 15 may be a tablet, and is not particularly limited. The business information (internal information) registered in the business information registration unit 15 is, for example, a daily work report, a daily production report of an industrial machine, and an inspection record, and the registered business information is not particularly limited.

As shown in FIG. 26, the business information registration unit 15 of the third embodiment stores a business information table t38 indicating the business contents to be executed according to the progress. This business information table t38 has a business number column, a business content column, and a progress column. In the business number column, a business number as a title summarizing the business contents to be executed in connection with the business is stored. The business content column stores the business content to be executed, and the progress column stores a numerical value indicating the progress of the procedure for executing the corresponding business content.

In the business information table t38, four business contents are associated with the business number A1000. It is shown that the business content whose "progress" to be executed first among the four business contents is "1" is "Java installation". It shows that the business content of "2", which is the second "progress" to be executed among the four business contents, is "Tomcat installation". Subsequently, it is shown that the business content with "progress" of "3" is "PGSQL installation" and the business content with "progress" of "4" is "MQ installation".

The controller 31 of the event management unit 30 can transmit the four business contents stored in the database 21 from "1" for "progress" to "4" for "progress" to the display device 23. The display device 23 displays each of the four business contents so as to be selectable as an icon of the business menu to be performed by the worker.

Since the input device 22, the server 20, and the event management unit 30 are the same as those in the first embodiment, the description thereof will be omitted.

As shown in FIG. 27, the event of "event 31" is stored in the event number column of the start condition table t39 input to the input device 22. The start condition associated with "event31" is stored in the start condition column. In the event number "event31", "execution for each achievement registration" is set as a start condition. “Execution for each achievement registration” means that the processing by the information display system 3 is started when the achievements for any business are registered in the above-mentioned business information registration unit 15.

Since the manual issuing unit 51 is the same as that of the second embodiment, the description thereof will be omitted (see FIG. 18).

Next, an operation in which the information display system 3 of the third embodiment displays necessary information on the display device 23 will be described with the satisfaction of the start condition input to the input device 22 as a trigger.

As shown in FIG. 28, in step S51, the user inputs a start condition to the input device 22. The start condition here is that the results for any business are registered in the business information registration unit 15 (see "event 31" in FIG. 27).

The input start condition is transmitted from the input device 22 to the event management unit 30. In step S52, the start condition determination unit 32 determines whether or not the start condition is satisfied. If the start condition is not satisfied, step S52 is repeated. When the start condition is satisfied, the process proceeds to step S53, and the controller 31 starts event processing.

In step S54, the event information acquisition unit 33 searches and acquires the event information associated with the same event number in the database 21 with reference to the event number associated with the start condition. In the third embodiment, since the event number associated with the start condition is "event31", the event information acquisition unit 33 acquires the event information (see FIG. 21) associated with "event31".

When the event information is acquired, the process proceeds to step S55, and the controller 31 executes the conditional expression stored in the event information table t31. There are four conditional expressions executed here: "" progress "= 1", "" progress "= 2", "" progress "= 3", and "" progress "= 4".

In order to execute the conditional expression, the registration information acquisition unit 34 searches for and acquires the business information in the database 21 in step S56. The registration information acquisition unit 34 searches the database 21 in which various information is stored, using the keywords "progress" and "1" included in the first conditional expression. Similarly, using the keywords "progress" and "2" included in the second conditional expression, the database 21 in which various information is stored is searched. The same applies to "progress" of "3" and "4". Since the validity period stored in the event information table t31 is blank, information is earned indefinitely from the time when the search for business information is started.

FIG. 26 shows the business information table t38 acquired by these searches. In this business information table t38, the business contents corresponding to the progress columns "1" to "4" are displayed. The controller 31 transmits four business contents to the display device 23. In step S57, the display device 23 displays each of the four business contents so as to be selectable as an icon of the business menu to be performed by the worker.

In step S58, the operator selects an icon of the work content to be executed from the four icons displayed on the display device 23. Here, the worker selects the work content whose "progress" is "4", that is, the installation of MQ. The controller 31 detects that the business content of "progress" is "4", and determines that the conditional expression of "" progress "= 4" in the business information table t38 is satisfied. As a result, the controller 31 finally determines to start the process of displaying the information for display (here, the display process described later).

When the controller 31 transmits to the control unit 41 of the manual issuing unit 40 that the conditional expression is satisfied, the control unit 41 starts the display process in step S59. In step S60, the display device detection unit 42 detects the type of the display device 23. In the third embodiment, the display device detection unit 42 detects that the display device 23 is a tablet.

In step S61, the display content acquisition unit 43 searches the database 21 and acquires a manual (information for display) to be displayed. At this time, the display content acquisition unit 43 refers to the event information table t31, refers to the sentence number associated with the satisfied conditional expression, and acquires the manual to which the same sentence number is assigned. In the third embodiment, the manual of the sentence number doc34 associated with the conditional expression of "" progress "= 4" in the event information table t31 is acquired. A manual t34 (see FIG. 24) is assigned to the text number doc34, and the content text34 of the manual t34 explains how to install the MQ.

In step S62, the replacement information acquisition unit 44 searches the database 21 and acquires sentence replacement information for replacing the contents of the manual t34. At this time, the replacement information acquisition unit 44 refers to the event information table t31, refers to the replacement number associated with the satisfied conditional expression, and acquires the text replacement information to which the same replacement number is assigned. In the third embodiment, the replacement information t35 (see FIG. 24) to which the replacement number s34 is assigned is acquired as stored in the replacement number column of the event information table t31.

In step S63, the control unit 41 applies the sentence replacement information of the replacement number s34 to the manual t34 of the sentence number doc34, and executes the replacement. As a result, the manual t34 is changed to the manual t36 which explains how to install the MQ using a moving image.

In step S64, the manual issuing unit 40 transmits the replaced manual t36 to the display device 23. Then, in step S65, the display device 23 displays the received manual t36 on the display, and the flow ends. By displaying the manual t36 on the display, the operator can refer to the display and know how to install the MQ with a video.

<Fourth Embodiment>
Next, the information display system 4 of the fourth embodiment will be described. However, the same elements as those in the first embodiment are designated by the same reference numerals, and the description thereof will be omitted. The information display system 4 of the fourth embodiment displays on the display device 23 the explanation of the business contents to be performed at a predetermined time every day.

As shown in FIG. 29, the information display system 4 includes a registration unit 55, a server 20, a database 21, an input device 22, and a display device 23, as in the information display system 3 of the third embodiment. The server 20 is connected to the registration unit 55, the database 21, the input device 22, and the display device 23 by a network.

Since the registration unit 55 is the same as that of the third embodiment, the description thereof will be omitted. As shown in FIG. 30, the event information table t41 registered in the event information registration unit 11 has an event number column, a conditional expression column, a valid period column, a sentence number column, and a replacement number column.

In the fourth embodiment, the event number “event41” is associated with the conditional expression “COUNT ([group] =“ T001 ”)> 0”. This conditional expression is an expression for searching whether or not a series of operations performed by a user, for example, a factory worker, is grouped into one group, and the operation contents summarized as the group "T001" are stored in the database 21. be. Similarly, the event number "event42" is associated with the conditional expression "COUNT ([group] =" T002 ")> 0", and the event number "event43" is associated with the conditional expression "COUNT ([group] =" T003 ")>. "0" is associated with the event number "event44", and the conditional expression "COUNT ([group] =" T004 ")> 0" is associated with the event number "event44".

The validity period of the information to be searched when executing each conditional expression is blank and unlimited. The sentence number associated with the event number is stored in the sentence number column, and the replacement number associated with the event number is stored in the replacement number column. The text number and replacement number will be described in detail later.

Since the method for registering the manual in the manual registration unit 13 and the user in the manual registration unit 13 is the same as that in the second embodiment, the description thereof will be omitted.

The manual registered in the manual registration unit 13 is divided into text information to which a text number is assigned and content information to which a content ID is assigned. In the text information table t42 shown in FIG. 31, the text information (explanation in the manual) of the text number doc41 is stored in the file name "/xxx/doc41.doc", and indicates that the type of this file is WORD. The same applies to the text information of the text numbers doc42 to doc44.

As shown in FIG. 32, the content information table t43 has a sentence number column, a content ID column, and a content column. The above-mentioned sentence number is stored in the sentence number column. In the content information table t43, the text information of the text number doc41 is composed of the content ID "text41", and this content explains how to install Java. Further, the text information of the text number doc42 is composed of the content ID "ext 42", and this content explains how to install Tomcat. The same applies to other sentence numbers. As described above, the contents of the manual registered in the manual registration unit 13 are transmitted to the database 21 and saved.

Text replacement information is registered in the replacement information registration unit 14. The text replacement information is registered in association with the text number as in the second embodiment, and a mode for displaying the manual on the display device 23 is specified.

For example, as shown in FIG. 33, it is assumed that the replacement number s41 (see reference numeral t45) is applied to the manual t44 of the sentence number doc41. In the replacement number s41, the text replacement information to the effect that the add move (additional moving image) 41 is added under the text 41 is stored for the text number doc41. As a result, when the replacement number s41 is applied to the manual t44 of the sentence number doc41, the manual issuing unit 40 changes to the manual t46 using a moving image and displays it on the display device 23.

The text replacement information table t47 (see FIG. 34) that enables the above-mentioned replacement has a text number column, a replacement number column, and a replacement information column as in the second embodiment. Further, the replacement method based on the replacement information is the same as that of the second embodiment.

For example, in FIG. 34, for the replacement information [text41: [type: “a”, file: “/ add / move41”]] of No1, the file: “/ add / move41” is added after the text41 before the replacement. To specify. By applying the replacement number s41 to the text number doc41 and executing the replacement, the manual issuing unit 40 changes the content of the manual t44 of the text number doc41 to the manual t46 using a moving image and displays it on the display device 23. do.

The user registers, as a replacement content, a character string, an illustration, an image, or the like to be added to the explanation in the manual in the manual registration unit 13. The replacement content registered in the manual registration unit 13 is transmitted to the database 21 and stored. For example, as replacement content, "add mov 41" is stored as a moving image added to the above-mentioned sentence number doc41. In this "add move 41", the installation method of Java is explained by a video.

Since the business information registration unit 15 is the same as that of the third embodiment, the description thereof will be omitted. As shown in FIG. 35, the business information registration unit 15 of the fourth embodiment stores a business information table t48 showing a series of business contents organized for each group. This business information table t48 has a business content column, a work place column, a worker column, a time column, and a group column.

The business content to be executed is stored in the business content column, and the work place in the factory where the business content is performed is stored in the work location column. The worker column stores the name of the worker who performs the work, and the time column stores the time when the work is performed. The group name is stored in the group column. For example, in the group "T001", four business contents from "Java installation" to "MQ installation" performed by the worker "Y" in "Area01" are summarized. ing. In addition, "Install Java" is a task that should be performed at 9 o'clock, and "Installation of Tomcat" is a task that should be performed at 10 o'clock. Similarly, other business contents should be performed at the time stored in the time column.

The controller 31 of the event management unit 30 can transmit the business contents collected in these groups “T001” and “T020” stored in the database 21 to the display device 23. The display device 23 displays each work content as a work menu that the worker is about to perform.

Since the input device 22, the server 20, and the event management unit 30 are the same as those in the first embodiment, the description thereof will be omitted.

As shown in FIG. 36, the event of "event 41" is stored in the event number column of the start condition table t49 input to the input device 22. The start condition associated with "event41" is stored in the start condition column. The event number "event41" is set to "execute at 9:00 every day" as a start condition, which means that the processing by the information display system 4 is started at 9:00 every day.

Since the manual issuing unit 51 is the same as that of the second embodiment, the description thereof will be omitted (see FIG. 18).

Next, an operation in which the information display system 4 of the fourth embodiment displays necessary information on the display device 23 will be described with the satisfaction of the start condition input to the input device 22 as a trigger.

As shown in FIG. 37, in step S71, the user inputs a start condition to the input device 22. The start condition here is to detect that the controller 31 is at 9 o'clock (see "event 41" in FIG. 36).

The input start condition is transmitted from the input device 22 to the event management unit 30. In step S72, the start condition determination unit 32 determines whether or not the start condition is satisfied. If the start condition is not satisfied, step S72 is repeated. When the start condition is satisfied, the process proceeds to step S73, and the controller 31 starts event processing.

In step S74, the event information acquisition unit 33 searches and acquires the event information associated with the same event number in the database 21 with reference to the event number associated with the start condition. In the fourth embodiment, since the event number associated with the start condition is "event 41", the event information acquisition unit 33 acquires the event information (see FIG. 30) associated with "event 41".

When the event information is acquired, the process proceeds to step S75, and the controller 31 executes the conditional expression stored in the event information table t41. The conditional expression executed here is "COUNT ([group] =" T001 ")> 0".

In order to execute the conditional expression, the registration information acquisition unit 34 searches for and acquires the business information in the database 21 in step S76. The registration information acquisition unit 34 searches the database 21 in which various information is stored, using the "group" and "T001" included in the conditional expression as keywords. Since the validity period stored in the event information table t31 is blank, information is earned indefinitely from the time when the search for business information is started.

FIG. 35 shows the business information table t48 acquired by these searches. In this business information table t48, "T001" is displayed in the group column. Therefore, the controller 31 determines that the conditional expression is satisfied, and finally determines that the process of displaying the information for display (here, the display process described later) is started. Further, the controller 31 transmits to the display device 23 the four work contents summarized as the group "T001" and the place, the worker and the time when these work are performed. The display device 23 displays each of the four business contents as a business menu that the worker is about to perform. As a result, the worker can know the contents of the work and the place and time when the work is performed.

If the registration information acquisition unit 34 cannot acquire the business information for which the group column is "T001", the controller 31 determines that the conditional expression is not satisfied and ends this flow.

When the controller 31 transmits to the control unit 41 of the manual issuing unit 40 that the conditional expression is satisfied, the control unit 41 starts the display process in step S78. In step S79, the display device detection unit 42 detects the type of the display device 23. In the fourth embodiment, the display device detection unit 42 detects that the display device 23 is a tablet.

In step S80, the display content acquisition unit 43 searches the database 21 and acquires a manual (information for display) to be displayed. At this time, the display content acquisition unit 43 refers to the event information table t41, refers to the sentence number associated with the satisfied conditional expression, and acquires the manual to which the same sentence number is assigned. In the fourth embodiment, the manual of the sentence number doc41 associated with the conditional expression of "COUNT ([group] =" T001 ")> 0" in the event information table t41 is acquired. A manual t44 (see FIG. 33) is assigned to the text number doc41, and the content text41 of the manual t44 explains how to install Java.

In step S81, the replacement information acquisition unit 44 searches the database 21 and acquires sentence replacement information for replacing the contents of the manual t44. At this time, the replacement information acquisition unit 44 refers to the event information table t41, refers to the replacement number associated with the satisfied conditional expression, and acquires the text replacement information to which the same replacement number is assigned. In the fourth embodiment, as stored in the replacement number column of the event information table t41, the replacement information t45 (see FIG. 33) to which the replacement number s41 is assigned is acquired.

In step S82, the control unit 41 applies the sentence replacement information of the replacement number s41 to the manual t44 of the sentence number doc41, and executes the replacement. As a result, the manual t44 is changed to the manual t46 which explains how to install Java using a moving image.

In step S83, the manual issuing unit 40 transmits the replaced manual t46 to the display device 23. Then, in step S84, the display device 23 displays the received manual t46 on the display, and the flow ends. By displaying the manual t46 on the display, the operator can refer to the display and know how to install Java with a video.

Although the embodiments of the present invention have been described above with reference to the drawings, it should be considered that the specific configuration is not limited to these embodiments. The scope of the present invention is shown not only by the description of the above-described embodiment but also by the scope of claims, and further includes all modifications within the meaning and scope equivalent to the scope of claims.

In the above embodiment, the input device, the registration unit, and the display device are provided separately, but a part or all of them may be provided integrally.

In the above embodiment, the start condition and the conditional expression are associated with each other via the event number, but both may be directly associated with each other.

In the above embodiment, the machine information about the motor temperature and the manual are used as display information, but the information is not limited thereto. Further, in the above-described embodiment, the business information and the machine information acquired via the terminal device 12a are used as the internal information registered in advance, but the internal information is not limited thereto.

In the above embodiment, the actual number and the sentence number are used as the information identification data, but the present invention is not limited thereto. The contents of the manual, the text replacement information, and the replacement contents registered in the manual registration unit are not limited to the above-mentioned examples.

Hereinafter, another embodiment of the present invention will be described with reference to the accompanying drawings.

The manual system 110 (see FIG. 39) of the present embodiment has a communication unit 111 that communicates with a linked system that displays a requested screen, and manual data that is blocked and associated with a manual ID that identifies each block. , A storage unit 112 that stores a screen ID associated with the manual ID and identifying the screen, and a script for adding the first button image 131 associated with the manual ID to the screen, and in response to a request for specifying the manual ID. , The display unit 114 for displaying the manual screen by adding the second button image 130 associated with the screen ID to the block corresponding to the manual ID, and the second button image 130 pressed by being pressed. The screen ID of the screen ID associated with the two-button image 130 is provided with a request unit 115 that requests the cooperation system 120 to display the screen after executing the script.

According to the above configuration, communication is performed with the cooperation system 120 via the communication unit 111, a script is executed on the screen of the cooperation system 120 requested by the second button image 130, and the first button image 131 is added. Since the manual ID is associated with the first button image 131, the manual of the block associated with the manual ID can be displayed by pressing the first button image 131. As a result, regardless of the system in which the manual system 110 is linked, the manual system 110 can call the related screen of the linked system 120 and recall the manual screen from the called screen. In this way, the manual system 110 can be easily linked with the link system 120.

The cooperation system 120 is a work form management system 120 that displays a work form in which business information can be input, and the work form management system 120 stores and stores the input business information and the business information storage unit 121. It is provided with a business information display request unit 122 that requests the display unit 114 to display the displayed business information. Since the linked system is the work form management system 120, it is possible to infer business-specific trends and countermeasures by accumulating and displaying the operating status of machines and the coping methods of skilled workers when an error occurs, for example, as business information. ..

In the manual system 110, the arrangement pattern of the character strings of the photographing unit 117 for photographing the paper manual t103 and the character strings of the paper manual t103 photographed by the photographing unit 117 is the character string of each block of the manual data stored in the storage unit 112. A determination unit 118 for determining whether or not the pattern matches the arrangement pattern is provided, and if they match, the display unit 114 adds the second button image 130 to the image of the paper manual t103 photographed by the photographing unit 117 and displays the image. do. According to this configuration, the display unit 114 adds the second button image 130 to the image of the paper manual t103 photographed by the photographing unit 117 and displays it. Therefore, even when the paper manual t103 is used, the manual system 110 can be linked with the linkage system 120.

In this embodiment, the work form management system 120 is adopted as the cooperation system linked with the manual system 110, but the manual system 110 may be linked with other cooperation systems.

The manual system 110 of the present embodiment is configured to display a manual related to the inspection work in cooperation with a work form management system 120 that displays a work form in which business information including inspection results for the inspection work can be input. To. In the work form management system 120, the work form is associated with the inspection work and stored in advance. The work form management system 120 displays on a terminal device such as a tablet in a manner capable of inputting the work form every time the worker performs the inspection work, and creates work form data according to the input of the worker. Hereinafter, the worker may also be referred to as a user. Further, in the present embodiment, the manual system 110 is described as a system different from the work form management system 120, but the manual system 110 is not limited to this, and the manual system 110 includes the work form management system 120. Alternatively, the work form management system 120 may include the manual system 110. In the present embodiment, the configuration including the manual system 110, the work form management system 120, and the tablet 101 connected to these so that data communication is possible will be described as the information display system 100.

First, the display mode of the screen displayed by the manual system 110 of the present embodiment will be described. FIG. 38A shows a state in which the menu screen is displayed on the tablet 101 as a list of manuals by the manual system 110. FIG. 38B shows a state in which the inspection items of the selected manual are displayed on the tablet 101. FIG. 38C shows a work form displayed on the tablet 101. FIG. 38D shows a state in which the detail page of the manual corresponding to the detail button of the work form is displayed on the tablet 101.

As shown in FIG. 38A, the manual system 110 displays a menu screen on the tablet 101. In this embodiment, one of five types of manuals, that is, "operation manual", "instruction manual", "maintenance / inspection manual", "troubleshooting", and "installation manual", is displayed on this menu screen. Is displayed so that the user can select it. When the user selects one of these manuals, the manual system 110 causes the tablet 101 to display the item (table of contents) screen of the selected manual. In this embodiment, an example in which the user selects the "maintenance / inspection manual" manual from the five types of manuals is shown. The tablet 101 is exemplified as a terminal device used by the user for displaying a manual, but the present invention is not limited to this. Further, the selection of the manual or the like is shown in an example in which the user performs a touch operation such as pressing, but the selection is not limited to this.

When a manual is selected on the menu screen, inspection items in the manual are displayed as shown in FIG. 38B. The inspection item is a so-called table of contents, and the manual screen displayed by the manual system 110 is mainly composed of the inspection item and a page in which details of each inspection item are described. Although not shown, the manual system 110 selects an inspection item to display a page containing details of the corresponding inspection item.

In FIG. 38B, the inspection item manual in the “maintenance / inspection procedure” is displayed on the tablet 101. In the inspection item manual, for example, daily inspection items, weekly inspection items, monthly inspection items, and six-month inspection items are listed. In each of these listed inspection items, a form button 130 (130a to 130d), which is a second button image associated with each inspection item, is displayed. When the user selects any of the form buttons 130a to 130d, the manual system 110 displays the screen of the work form associated with the selected form button 130. In the present embodiment, the manual system 110 is the work form shown in FIG. 38C by the user selecting the form button 130c associated with the monthly inspection item from the plurality of form buttons 130a to 130d. Display the screen. As described above, the manual system 110 is configured to request the work form management system 120 to display the work form associated with the selected form button 130.

When the form button 130 associated with the inspection item is selected on the manual screen, the tablet 101 displays the work form screen associated with the inspection item as shown in FIG. 38C. The work form screen may be displayed by the work form management system 120, or may be displayed by the manual system 110 by using the function of the work form management system 120.

In FIG. 38C, the tablet 101 displays a work form associated with the above-mentioned monthly inspection items. In this work form, inspection of timing belts and inspection of loose bolts and nuts of band heaters are listed as inspection items. In the inspection column of the timing belt and the bolt / nut looseness inspection column of the band heater, the detail button 131 (131a, 131b) and the inspection result input button 132 (132a, 132b), which are the first button images, and the number of products are displayed. The input buttons 135 (135a, 135b) are displayed.

When the user selects one of the plurality of detail buttons 131, the manual system 110 displays the detail screen of the manual associated with the selected detail button. That is, a detailed screen containing a manual regarding the inspection work performed by the user is displayed on the tablet 101. In this way, the user can perform inspection work while holding the tablet 101 and enter it in the work form, and if there are any unclear points in the inspection work, he / she can immediately check the manual related to the inspection work. It has become.

The inspection result input button 132 inputs whether the inspection work was normal or abnormal as a result of the inspection work. In the product number input button 135, the total number of products produced in an arbitrary period is input in the left column, and the number of defective products out of the total number of products produced is input in the right column. The business information input to these input buttons 132 and 135 is not particularly limited, and may be configured so that the user can input various information related to the inspection work such as the temperature of the inspection target. A back button 133 is displayed above the form screen, and when the user selects the back button 133, the manual system 110 displays a manual inspection item screen, that is, a tablet screen shown in FIG. 38B.

Work form management system 120 by registering after the user selects the inspection result input button 132 and inputs the inspection result, and after the user selects the product number input button 135 and inputs the total number of products and the number of defective products. Accumulates work form data related to work forms. The work form data may be, for example, data for determining the start condition shown in the above embodiment. Further, the work form data may be data to be determined whether the conditional expression is satisfied. That is, the work form management system 120 may function as a business information registration unit in the above-described embodiment.

In the present embodiment, the manual system 110 displays the detail screen shown in FIG. 38D by the user selecting the detail button 131a provided in the inspection column of the timing belt from the plurality of detail buttons 131a and 131b. In FIG. 38D, a detailed inspection manual such as inspection items and inspection methods for the timing belt and the pulley is displayed as a detailed screen on the tablet 101. Such a detailed screen is composed of text information and a picture with a manual ID (sentence number). A back button 134 is displayed at the upper part of the detail screen, and when the user selects the back button 134, the manual system 110 displays the form screen, that is, the tablet screen shown in FIG. 38C. Request to management system 120.

Next, with reference to FIG. 39, a block diagram showing the functions of the manual system 110 and the work form management system 120 of the information display system 100 of the present embodiment will be described. The information display system 100 includes a tablet 101, a manual system 110 connected to the tablet 101, and a work form management system 120 connected to the manual system 110.

The manual system 110 includes a communication unit 111, a storage unit 112, a display unit 114, a request unit 115, a photographing unit 117, and a determination unit 118. The communication unit 111 has a function of enabling data communication with the tablet 101 and the work form management system 120. As a result, the manual system 110 can communicate with the work form management system 120 that displays the work form in which the inspection result can be input for the inspection work.

The storage unit 112 stores manual data to be described later, a work form ID which is a screen ID, and a script to be described later. The details will be described below.

As the first function, the storage unit 112 has a function of storing manual data that is blocked and has a manual ID associated with each text of the manual. Here, "blocked" means, for example, as shown in FIG. 12, an identification number (in the above embodiment, which can be uniquely identified for each item (text, figure, etc. indicated by the content ID in the above embodiment)). Indicates that it is stored in association with the sentence number). In this embodiment, the mode of being stored in the data table associated with the identification number is shown, but the present invention is not limited to this. For example, the manual data may be stored as an XML file. Further, in the following description, the sentence number described in the above embodiment is paraphrased as a manual ID.

Specifically, the manual ID table t100 for storing the manual data in the present embodiment will be described with reference to FIG. 40. As shown in FIG. 40, the manual ID is associated with the heading of the text of the manual. Specifically, the manual ID "d0111" is associated with daily inspection items. The manual ID "d0121" is associated with weekly inspection items. The manual ID "d0131" is associated with monthly inspection items. The manual ID "d0141" is associated with inspection items every six months. The manual data is configured as data in which inspection items, which are headings, and manual texts (not shown in this embodiment) are blocked as details for each inspection item. Therefore, the fact that the manual ID is associated with each sentence means that the manual ID is associated with the inspection item that is the heading, and that the manual ID is associated with the text of the manual as the details of the inspection item. It is a concept that includes both of.

As a second function, the storage unit 112 has a function of associating and storing the manual ID and the work form ID that identifies the work form, which is the screen displayed by the work form management system 120. Specifically, as shown in the association ID table t101 of FIG. 41, the manual ID "d0111" is associated with the work form ID "daily inspection sheet". The manual ID "d0121" is associated with the work form ID "weekly inspection sheet". The manual ID "d0131" is associated with the work form ID "monthly inspection sheet". The manual ID "d0141" is associated with the work form ID "inspection sheet every six months". In this way, the table storage unit 113 associates the work form with the manual for inputting the work form.

As a third function, the storage unit 112 has a function of storing a script for adding a detail button 131 associated with the manual ID to the work form screen. As shown in FIG. 42, each of the first script to the fourth script is stored corresponding to the work form ID. These scripts make changes that add a detail button 131 to the work form requested to be displayed. Specifically, the script is composed of Java Script (registered trademark), and a DOM operation is executed on the html of the URL of the work form requested to be displayed. By using the general Java Script in this way, the degree of freedom in design can be increased in consideration of the cooperation with the work form management system 120.

By executing the script, that is, the DOM operation, the information (manual ID) of the link destination to the block of the manual associated with the script is linked to the button displayed on the work form screen. Specifically, for example, the third script is associated with an inspection item for a timing belt and a pulley and a manual ID for transitioning to a screen of an inspection method (see FIG. 38D) as a block for detailed explanation of the manual. .. Then, by executing the third script, the detail button 131 (see FIG. 38C) to which the above-mentioned manual ID is associated is added to the work form screen.

The work form management system 120 receives the work form ID and the script corresponding to the work form ID from the manual system 110 and executes the work form to change the work form, and the detail button 131 is added to the work form screen and displayed. The detail button 131 associated with the manual ID means that the manual ID is associated with the detail button 131. As a result, when the user presses the detail button 131 while browsing the work form screen, the manual system 110 displays the manual block identified by the manual ID associated with the detail button 131. Therefore, no matter what kind of system the manual system 110 cooperates with, the manual system 110 can call the related screen of the cooperation system 120 and recall the manual screen from the called screen. In this way, the manual system 110 can be easily linked with the link system 120.

The display unit 114 has a function of displaying the manual screen and the work form screen on the tablet 101 based on the user's request. Specifically, the request is generated by pressing the manual button on the menu screen (see FIG. 38A) or the detail button 131 on the work form screen (see FIG. 38C). Then, the display unit 114 displays the inspection items of the manual, the form button 130 associated with these inspection items, the work form associated with the form button 130, and the detailed screen of the manual on the tablet 101.

Further, the request is generated by pressing the back button 133 on the work form screen and the back button 134 on the detailed screen of the manual (see FIG. 38D), and the display unit 114 displays a screen based on these requests.

As a specific example, the display unit 114 adds the form button 130 to the block corresponding to the manual ID in response to a request from the user to specify the manual ID, and displays the manual screen. The form button 130 associated with the work form ID means that the work form ID is associated with the form button 130. More specifically, the form button 130 is associated with the work form ID associated with the form button 130 and the script associated with the work form ID. As a result, when the user presses the form button 130 while browsing the manual screen, the manual system 110 requests the work form management system 120 to display the work form after executing the script. Then, when there is a request from the work form management system 120 to display the changed work form by executing the script, the display unit 114 displays this work form on the tablet 101.

When the form button 130 is pressed, the request unit 115 requests the work form management system 120 to execute a script and display it on the work form screen of the work form ID associated with the pressed form button 130. .. At this time, the request unit 115 acquires the work form ID associated with the form button 130 and the script corresponding to the work form ID from the storage unit 112, and transmits the work form ID to the work form management system 120.

The photographing unit 117 is a camera and photographs a paper manual t103 (see FIG. 44A). The determination unit 118 arranges the pictogram 119 next to the heading of the photographed paper manual t103, converts the character string including the pictogram 119 into the “■” mark shown in FIG. 44B, and recognizes the arrangement pattern. The determination unit 118 compares the arrangement pattern of the paper manual t103 photographed by the photographing unit 117 with the arrangement pattern of a plurality of types of manual data stored in blocks in the storage unit 112. When the two match, the determination unit 118 determines that the paper manual t103 photographed by the photographing unit 117 is the same as any of the manual data stored in the storage unit 112, and the determination unit 118 determines that the manual data is the same as the manual data stored in the storage unit 112. Acquire the manual ID of the manual data.

The display unit 114 displays the image of the paper manual t103 photographed by the photographing unit 117 by adding the form button 130 associated with the manual ID to the tablet 101 in response to the request from the determination unit 118. Thereby, even when the paper manual t103 is used, the manual system 110 can be linked with the work form management system 120.

The work form management system 120 functions when displaying the work form on the tablet 101. When displaying the work form on the tablet 101, there is a request from the request unit 115 to display the work form of the work form ID after executing the script as described above, and the work form management system 120 identifies by the work form ID. A work form is created from the created work form data, a script is executed, and then the work form is transmitted to the display unit 114.

Further, the work form management system 120 includes a business information storage unit 121 that stores and stores the input business information, and a business information display request unit 122 that requests the display unit 114 to display the stored business information. I have.

The business information storage unit 121 stores, as the input business information, the inspection result input to the user on the work form screen, the total number of products produced, and the number of defective products. The business information stored in the business information storage unit 121 is not limited to these, and may be a photograph, a moving image, or a memo written by a worker.

The business information display request unit 122 displays a business information button (not shown) on the work form screen, and the user presses the business information button to request the display unit 114 to display the accumulated business information. Then, the display unit 114 displays the inspection results and the number of defective products input in the past as business information on the tablet 101, so that the user can infer trends and countermeasures peculiar to the business. In addition, by displaying the memo writing entered by a veteran worker as business know-how as business information, the skill can be handed down to young people.

Next, the processing flow executed by the manual system 110 will be described with reference to FIG. 43. Here, processing after the manual is selected while the menu screen (see FIG. 38A) is displayed on the tablet 101 will be described.

When a manual is selected on the menu screen, the manual system 110 accepts the display request of the selected manual and displays the inspection item screen (see FIG. 38B) of the manual with the form button 130 added to the tablet 101 (S1). .. Specifically, the manual system 110 displays an inspection item manual consisting of the text of the manual as inspection items and details of each inspection item, and additionally displays a form button 130 corresponding to the inspection item in this inspection item manual. .. The manual system 110 determines whether or not there is a work form display request from the tablet 110 when any of the form buttons 130 is selected by the user (S2). The display request includes a manual ID associated with the form button 130. When none of the form buttons 130 is selected by the user and there is no request to display the work form (S2: NO), the manual system 110 repeats step S2.

When there is a work form display request (S2: YES), the manual system 110 confirms the manual ID included in the work form display request from the tablet 110, refers to the association ID table t101, and sets this manual ID. Acquire the associated work form ID (S3). For example, when the form button 130c corresponding to the monthly inspection item is selected, the manual system 110 confirms the manual ID "d0131" corresponding to the form button 130c and is related to the manual ID "d0131". Obtain the work form ID "Monthly inspection sheet".

Further, the manual system 110 refers to the script table t102 and acquires the script associated with the acquired work form ID (S4). Specifically, the third script associated with the work form ID "monthly inspection sheet" is earned.

Then, the manual system 110 sends a request including display of the work form ID and execution of the script to the work form management system 120 so as to display the work form identified by the work form ID after executing the script (. S5). The work form management system 120 that has received the request causes the tablet 101 to display a screen (see FIG. 38C) in which the script is executed on the work form corresponding to the requested work form ID on the tablet 101 via the manual system 110 (S6).

Then, the manual system 110 determines whether or not there is a manual display request (S7). That is, the manual system 110 determines whether or not any of the detail button 131 and the back button 133 is selected by the user in the state where the work form is displayed. If the manual display is not requested (S7: NO), the manual system 110 repeats step S7.

When the display of the manual is requested (S7: YES), the manual system 110 determines whether or not the manual ID is associated with the request (S8). When the manual ID is associated with the request (S8: YES), the manual system 110 determines that the detail button 131 is selected, and the tablet 101 has a manual detail screen (FIG. 38D) which is a detail page associated with the manual ID. (See) is displayed (S9), and this flow is terminated.

When the manual ID is not associated with the request from the tablet 101 (S8: NO), the manual system 110 determines that the back button 133 is selected, and displays the inspection item screen (see FIG. 38B) on the tablet 101 (S10). ), End this flow. After step S9 or step S10, the process may be shifted to step S2, and the state may be set to wait for the selection of the form button again.

Although the embodiments of the present invention have been described above with reference to the drawings, it should be considered that the specific configuration is not limited to these embodiments. The scope of the present invention is shown not only by the description of the above-described embodiment but also by the scope of claims, and further includes all modifications within the meaning and scope equivalent to the scope of claims.

In the above embodiment, the work form management system 120 executes a script to add the detail button 131 to the work form, but in addition to this, the manual system 110 executes the script to add the form button 130 to the manual block. You may. The details will be described below.

The storage unit 112 stores a script for adding the detail button 131 associated with the manual ID to the work form screen, and also stores a script for adding the form button 130 associated with the work form ID to the manual screen. The latter script implements a modification that adds a form button 130 to the block of manuals requested to be displayed.

The script executed by the manual system 110 is associated with the work form ID. When the manual system 110 executes a script in a manual block, that is, a DOM operation, the information (work form ID) of the link destination to the work form screen associated with the script is displayed on the manual screen. Is tied to. Specifically, among a plurality of scripts, for example, one script transitions to a work form screen (see FIG. 38C) in which timing belt inspection and band heater bolt / nut loosening inspection are listed as inspection items. Work form ID is associated with. Then, by executing this script, the form button 130 (see FIG. 38B) to which the above-mentioned work form ID is associated is added to the manual block.

These scripts are executed by the manual system 110 by receiving a request to execute the script from the work form management system 120 in addition to the request to display the manual screen from the tablet 101.

The manual system 110 acquires the manual ID and the script corresponding to the manual ID from the storage unit 112 and executes the manual to change the manual block, and adds and displays the form button 130 to the manual screen. As a result, when the user presses the form button 130 while browsing the manual screen, the manual system 110 causes the work form management system 120 to display the work form identified by the work form ID associated with the form button 130. Request to display. Therefore, no matter what kind of system the manual system 110 cooperates with, the manual system 110 can call the related screen of the cooperation system 120.

110 Manual system 111 Communication unit 112 Storage unit 114 Display unit 115 Request unit 117 Imaging unit 118 Judgment unit 120 Work form management system (cooperation system)
121 Business information storage unit 122 Business information display request unit 130 Form button (second button image)
131 Details button (1st button image)

Claims (3)

A communication unit that communicates with the linked system that displays the requested screen,
The screen includes manual data that is blocked and associated with a manual ID that identifies each block, a screen ID that is associated with the manual ID and identifies the screen, and a first button image that is associated with the manual ID. A storage unit that stores the script to be added to
A display unit that displays a manual screen by adding a second button image associated with the screen ID to the block corresponding to the manual ID in response to a request for specifying the manual ID.
When the second button image is pressed, a request is made to the cooperation system to display the screen of the screen ID associated with the pressed second button image after executing the script. Department and
A manual system characterized by being equipped with. The cooperation system is a work form management system that displays a work form in which business information can be input, and the work form management system is a work form management system.
A business information storage unit that stores and stores the input business information,
A business information display request unit that requests the display unit to display the accumulated business information, and a business information display request unit.
The manual system according to claim 1, wherein the manual system is provided. The shooting department that shoots paper manuals, and
A determination unit for determining whether or not the arrangement pattern of the character string of the paper manual photographed by the photographing unit matches the arrangement pattern of the character string of each block of the manual data stored in the storage unit.
Equipped with
The manual system according to claim 1 or 2, wherein if they match, the display unit adds the second button image to the image of the paper manual taken by the photographing unit and displays the image.

Images