JP4494886B2 - Inspection work support device and program - Google Patents

Description

  The present invention relates to an inspection work support device and a program.

  Conventionally, when performing a safety check at the construction site of a building such as a condominium, the inspector carries a safety check check sheet, travels around each site to check the inspection location, corrects the room name and each inspection location. Instructions were entered on the check sheet by hand.

An inspection work support device that is a portable terminal device that can input an inspection result using a predetermined input / output device is also known (for example, Patent Document 1).
Specifically, for example, the inspector can determine the inspection result (for example, good or defective) of the inspection item at the inspection work location, and the inspection result can be input to the input device by using a data glove or the like. ing.
JP-A-6-259127

However, the inspection work support apparatus described in Patent Document 1 has a problem that it is difficult to obtain a highly reliable inspection result because the inspection result may vary depending on the inspector.
In addition, there is a problem that inspection items with high importance and correction guidance items that require urgent matters can be quickly grasped only by an inspector having a certain knowledge and experience.

  Then, the subject of this invention is providing the inspection work assistance apparatus and program which can obtain a more accurate inspection result in the inspection work of a construction site.

As means for solving the above problems, the invention described in claim 1 is, for example, as shown in FIG.
A portable inspection work support device (1) that supports the inspection of a construction site,
Inspection item storage means (for example, inspection item master DB 41) for storing a plurality of inspection items and a range of evaluation scores that can be input for the inspection item;
Correction item storage means (for example, correction item master DB 42) for storing a plurality of correction items for inspection items stored in the inspection item storage means;
First display control means for displaying on the display unit inspection items stored in said inspection item storing means (e.g., CPU 2, the display control program 450) and,
Inspection item selection means (for example, CPU 2, inspection item selection program 451) for selecting a desired inspection item from the inspection items displayed on the display means by the first display control means;
Correction item acquisition means (for example, CPU 2, correction item acquisition program 454) for acquiring correction items for the inspection items selected by the inspection item selection means from the correction item storage means;
Second display control means (for example, CPU 2) that causes the display means to display the inspection item selected by the inspection item selection means and the correction item related to the inspection item acquired by the correction item acquisition means in association with each other. Display control program 450);
Correction information input means (for example, the input unit 5) for inputting correction information on the correction item associated with the inspection item selected by the inspection item selection means;
When correction information about an inspection item is input by the correction information input unit, a changing unit (for example, CPU 2, change program 453) that changes the range of evaluation scores that can be input for the inspection item;
Evaluation score input means (for example, input unit 5) for inputting the evaluation score for the inspection item selected by the inspection item selection means within a range of evaluation scores that can be input;
Comprehensive evaluation score calculation means (for example, CPU 2, comprehensive evaluation score calculation program 452) for calculating a total evaluation score for inspection based on each evaluation score input by the evaluation score input means;
Third display control means (for example, CPU 2, display control program 450) for causing the display means to display the evaluation score input by the evaluation score input means and the overall evaluation score calculated by the comprehensive evaluation score calculation means;
It is characterized by providing.

The invention according to claim 2 is the inspection work support device according to claim 1 ,
A correction item selection means (for example, CPU 2, correction item selection program 455) for selecting a correction item for the inspection item selected by the inspection item selection means from the correction items stored in the correction item storage means; ,
Inspection item priority storage means (for example, inspection item master DB 41) for storing the inspection item and its priority in association with each other;
Inspection item priority acquisition means for acquiring priority corresponding to each inspection item for which correction information has been input from the inspection item priority storage means when correction information is input for a plurality of inspection items by the correction information input means (For example, CPU2, inspection item priority acquisition program 456);
Display order determining means (for example, CPU 2, display order determining program 459) for determining the order of the respective inspection items to be displayed on the display means based on the priority acquired by the inspection item priority acquiring means;
In accordance with the order determined by the display order determining means, the inspection items are displayed on the display means, and the inspection items correspond to the correction items for the inspection items selected by the correction item selection means. A fourth display control means (for example, CPU 2, display control program 450) to be attached and displayed;
It is characterized by providing.

The invention according to claim 3 is the inspection work support device according to claim 1 ,
A correction item selection means (for example, CPU 2, correction item selection program 455) for selecting a correction item for the inspection item selected by the inspection item selection means from the correction items stored in the correction item storage means; ,
Correction item priority storage means (for example, correction item master DB 42) for storing the correction items and their priorities in association with each other;
When correction information is input for a plurality of inspection items by the correction information input means, the priority corresponding to each correction item selected by the correction item selection means for each inspection item for which correction information is input is the correction item. Correction item priority acquisition means (for example, CPU 2, correction item priority acquisition program 457) acquired from the priority storage means;
Display order determining means (for example, CPU 2, display order determining program 459) for determining the order of the respective correction items to be displayed on the display means based on the priority acquired by the correction item priority acquiring means;
In accordance with the order determined by the display order determining means, fourth correction control means (for example, CPU 2) displays each correction item on the display means and displays each correction item and its inspection item in association with each other. Display control program 450),
It is characterized by providing.

The invention according to claim 4 is the inspection work support device according to claim 1 ,
A correction item selection means (for example, CPU 2, correction item selection program 455) for selecting a correction item for the inspection item selected by the inspection item selection means from the correction items stored in the correction item storage means; ,
Inspection item priority storage means (for example, inspection item master DB 41) for storing the inspection item and its priority in association with each other;
Correction item priority storage means (for example, correction item master DB 42) for storing the correction items and their priorities in association with each other;
Inspection item priority acquisition means for acquiring priority corresponding to each inspection item for which correction information has been input from the inspection item priority storage means when correction information is input for a plurality of inspection items by the correction information input means (For example, CPU2, inspection item priority acquisition program 456);
When correction information is input for a plurality of inspection items by the correction information input means, the priority corresponding to each correction item selected by the correction item selection means for each inspection item for which correction information is input is the correction item. Correction item priority acquisition means (for example, CPU 2, correction item priority acquisition program 457) acquired from the priority storage means;
Based on the priority score acquired by the inspection item priority acquisition means and the priority score acquired by the correction item priority acquisition means, depending on the combination of each inspection item and its correction item Total priority calculation means for calculating the total priority (for example, CPU 2, total priority calculation program 458);
Display order determining means (for example, CPU 2, display order determining program 459) that determines the order of the inspection items and correction items to be displayed on the display means based on the total priority calculated by the total priority calculating means. )When,
Fourth display control means (for example, CPU 2, display control program 450) that causes the display means to display each inspection item and its correction item according to the order determined by the display order determination means;
It is characterized by providing.

Invention of Claim 5 is the inspection work assistance apparatus as described in any one of Claims 1-4 ,
Drawing information storage means (for example, drawing master DB 43) for storing building drawing information;
Fifth display control means (for example, CPU 2, display control program 450) for causing the display means to display the drawing information stored in the drawing information storage means;
On the drawing of the building displayed on the display means by the fifth display control means, inspection location information input means (for example, the input unit 5) for inputting inspection location information regarding the inspection location of the building,
Corresponds to the inspection location information input by the inspection location information input means, the inspection item of the inspection location selected by the inspection item selection means, and the correction item of the inspection item selected by the correction item selection means And sixth display control means (for example, CPU 2, display control program 450) to be displayed on the display means,
It is characterized by providing.

Invention of Claim 6 is the inspection work assistance apparatus as described in any one of Claims 1-5 ,
Legal information storage means for storing legal information (for example, legal master DB 44);
Browsing request information input means (for example, input unit 5) for inputting browsing request information of the legal information;
With
When browsing request information is input by the browsing request information input means, seventh display control means (for example, CPU 2, display control program 450 for causing the display means to display the legal information stored in the legal information storage means. )When,
It is characterized by providing.

The invention according to claim 7 is a program,
Inspection item storage means for storing a plurality of inspection items and a range of evaluation scores that can be input for the inspection item ; correction item storage means for storing a plurality of correction items for the inspection items stored in the inspection item storage means; In a portable computer equipped with display means,
A first display control function of displaying the inspection items stored in the inspection item storage means on the display means,
An inspection item selection function for selecting a desired inspection item from inspection items displayed on the display means by the first display control function;
A correction item acquisition function for acquiring a correction item for the inspection item selected by the inspection item selection function from the correction item storage means;
A second display control function for displaying on the display means the inspection item selected by the inspection item selection function and the correction item related to the inspection item acquired by the correction item acquisition function in association with each other;
A correction information input function for inputting correction information about the correction item associated with the inspection item selected by the inspection item selection function;
When correction information about an inspection item is input by the correction information input function, a change function that changes the range of evaluation scores that can be input for the inspection item;
An evaluation score input function for inputting the evaluation score for the inspection item selected by the inspection item selection function within a range of evaluation scores that can be input; and
Based on each evaluation score input by the evaluation score input function, an overall evaluation score calculation function for calculating an overall evaluation score for inspection;
A third display control function for causing the display means to display the evaluation score input by the evaluation score input function and the overall evaluation score calculated by the comprehensive evaluation score calculation function;
It is characterized by realizing.

According to the first and seventh aspects of the present invention, the evaluation score for a desired inspection item is input within a possible input range, and the overall evaluation score for inspection is calculated based on each input evaluation score. Therefore, the variation in evaluation by the inspector can be reduced, and a more accurate inspection result can be obtained.
In addition, when correction information is input, the range of evaluation scores that can be input for inspection items is changed. Accordingly, the correction information is automatically reflected in the evaluation score, so that a more accurate inspection result can be obtained.
In addition, the inspection item and the correction item are displayed in association with each other. Accordingly, since the inspection items and the correction items can be immediately confirmed, the inspection work can be performed more easily.

According to the invention described in claim 2 , it is obvious that the same effect as that of the invention described in claim 1 can be obtained. In particular, each inspection item and its correction item are based on the priority of each inspection item. Displayed in the determined order. Therefore, even a person who has little knowledge and experience regarding the site can easily grasp the inspection items that require urgent treatment and the correction items, thereby improving the efficiency of the site work.

According to the invention described in claim 3 , it is of course possible to obtain the same effect as that of the invention described in claim 1. In particular, each inspection item and its correction item are based on the priority of each correction item. Displayed in the determined order. Therefore, even a person who has little knowledge and experience regarding the site can easily grasp the inspection items that require urgent treatment and the correction items, thereby improving the efficiency of the site work.

According to the invention described in claim 4 , it is of course possible to obtain the same effect as that of the invention described in claim 1. In particular, the priority of each inspection item and the correction thereof are determined by each inspection item and its correction item. The items are displayed in the order determined based on the priority of the items. Therefore, even a person who has little knowledge and experience regarding the site can easily grasp the inspection items that require urgent treatment and the correction items, thereby improving the efficiency of the site work.

According to the invention described in claim 5 , it is needless to say that the same effect as that of the invention described in any one of claims 1 to 4 can be obtained. Information is input, and the input inspection location information is displayed in association with the inspection items and correction items of the inspection location. Accordingly, it is possible to immediately confirm the inspection site, the inspection item, and the correction item on the site, thereby further improving the efficiency of the site work.

According to the invention described in claim 6 , it is natural that the same effect as the invention described in any one of claims 1 to 5 can be obtained. It is easy to determine whether inspection items are illegal.
Moreover, when it is illegal about an inspection item, the basis which is illegal can be shown on the spot with respect to the person who is performing work.

Hereinafter, an inspection work support device according to the present invention will be described in detail with reference to the drawings. The inspection work support apparatus 1 according to the present embodiment supports, for example, inspection work at a construction site such as an apartment, and is configured by a portable portable terminal such as a tablet PC or PDA.
As shown in FIG. 1, the inspection work support apparatus 1 includes a CPU 2, a RAM 3, a storage unit 4, an input unit 5, a voice input unit 6, a display unit 7, a time measuring unit 8, and an interface (I / F) 9 and the like, which are connected via a bus B.

  The storage unit 4 has a recording medium 4a in which programs and data are stored in advance. The recording medium 4a is composed of, for example, a magnetic recording medium, an optical recording medium, a semiconductor memory, or the like. The recording medium 4a is provided to the storage unit 4 in a fixed or detachable manner.

The recording medium 4a includes a classification master database (classification master DB) 40, an inspection item master database (inspection item master DB) 41, a correction item master database (correction item master DB) 42, a drawing master database (drawing master DB) 43, A law master database (law master DB) 44 and the like are stored.
The recording medium 4a is provided with a program storage area 45 for storing various application programs used for the inspection work support process, a result data storage area 46 for storing execution results of various application programs, and the like. Yes.

  Note that some or all of the programs, data, and the like stored in the recording medium 4a may be acquired from other external devices via the I / F 9 and recorded on the recording medium 4a. good.

The classification master DB 40 stores classification items indicating the types of disasters. For example, as shown in FIG. 2, “Management System”, “Fall / Fall”, “Construction Machinery”, “Crane”, “Sediment Collapse” ... Are stored.
In addition, for each category, a category code for association with an inspection item (described later) is attached to each item. For example, the classification code indicating “management system” is “A1”.

In addition, each category item is stored with a score indicating its priority associated with each item.
The priority is an index indicating the level of importance of inspection, and is indicated by a score of 1 to 5 points, for example. The higher the score, the higher the priority (relatively high).
For example, “Management system” has a priority of “2 points” and “Crash / fall” has a priority of “5 points”. In this case, “Crash / fall” has a higher priority than “Management system”. It shows that.

The inspection item master DB 41 stores inspection items. For example, as shown in FIG. 3, “construction plan”, “work procedure manual”, “statutory notification”, “employment restriction / qualification”, “safety and health” Items such as “education” are stored.
In addition, each inspection item is provided with an inspection code for association with a classification code and for association with a correction item (described later). For example, the inspection code indicating “construction plan” is “B1”.

The inspection items are stored in association with the category code of the category item for each item. For example, “construction plan” (“B1”) is stored in association with the classification code “A1” (that is, “management system”).
The inspection items stored in the inspection item master DB 41 are not limited to the above items, and can be set as appropriate, such as addition and change.

The inspection items are stored in association with ranges of evaluation scores that can be input for each item. For example, the range of evaluation scores that can be input for the “construction plan” is “1 to 5 points”.
Thus, the inspection item master DB 41 functions as inspection item storage means.

Moreover, the said inspection item is matched and memorize | stored the score which shows the priority for every item.
For example, “Construction plan” has a priority of “2 points” and “Work restriction / qualification” has a priority of “4 points”. In this case, “Work restriction / qualification” has a higher priority than “Construction plan”. Is high.
That is, the inspection item master DB 41 functions as an inspection item priority storage unit.
The score indicating the priority can also be set as appropriate, such as addition or change.

The correction item master DB 42 functions as a correction item storage unit, and stores correction items for inspection items stored in the inspection item master DB 41. For example, as shown in FIG. “Not created”, “Missing description”, etc. are stored.
The correction items stored in the correction item master DB 42 are not limited to the above items, and can be set as appropriate, such as addition and change.

  In addition, the inspection item is provided with a correction code for associating with the classification code and the inspection code for each item. For example, the correction code indicating “unsubmitted” is “C1”.

  The correction items are stored for each item in association with the inspection code of the inspection item. For example, “unsubmitted” (“C1”) is stored in association with the classification code “A1” (ie, “management system”) and the inspection code “B1” (ie, “construction plan”).

The correction items are stored in association with points indicating the priority for each item.
For example, “Unsubmitted” has a priority “4 points” and “Uncreated” has a priority “3 points”. In this case, “Unsubmitted” has a higher priority than “Uncreated”. Show.
That is, the correction item master DB 42 functions as a correction item priority storage unit.
The score indicating the priority can also be set as appropriate, such as addition or change.

The drawing master DB 43 stores, for example, elevation data of a scaffolding plan drawing of a condominium construction site. That is, the drawing master DB 43 functions as a drawing information storage unit.
The drawing data may be CAD data or image data such as BMP format, JPEG format, and GIF format.

  The law master DB 44 stores, for example, text data of a law relating to construction (the occupational safety and health law, the building standard law, the fire fighting law, the city planning law, the architect law, the construction industry law, etc.). That is, the law master DB 44 functions as a law information storage unit. The laws stored in the law master DB 44 are not limited to those related to architecture.

  The program storage area 45 stores a system program and application programs for performing various operations in the CPU 2. Specifically, the display control program 450, the inspection item selection program 451, the overall evaluation score calculation program 452, the change program 453, the correction item acquisition program 454, the correction item selection program 455, the inspection item priority acquisition program 456, the correction item priority A degree acquisition program 457, a general priority calculation program 458, and a display order determination program 459 are stored.

  The result data storage area 46 stores an inspection location table 461, an evaluation score table 462, an overall priority table 463, and the like. These tables will be described later. Note that the storage processing of each table is controlled by the CPU 2.

  The CPU 2 stores various application programs and system programs stored in the storage unit 4 in the RAM 3 and executes various processes according to the application programs stored in the RAM 3 in accordance with various instruction signals and input data. . In addition, the CPU 2 performs control to temporarily store the processing result in the RAM 3 and display it on the display unit 7. The CPU 2 also performs control to store the processing result information in the result data storage area 46 of the storage unit 4.

Specifically, the CPU 2 functions as a first display control unit that displays the inspection items stored in the inspection item master DB 41 and the input evaluation scores on the display unit 7 by executing the display control program 450. To do.

  Further, the CPU 2 functions as an inspection item selection unit that selects a desired inspection item from the inspection items displayed on the display unit 7 by executing the inspection item selection program 451.

  Further, the CPU 2 functions as a comprehensive evaluation score calculation means for calculating a total evaluation score for inspection based on each evaluation score of the inspection item by executing the comprehensive evaluation score calculation program 452.

Further, the CPU 2 functions as a third display control unit that causes the display unit 7 to display the input evaluation score and the calculated total evaluation score by executing the display control program 450.

  In addition, when the correction information for the selected inspection item is input by executing the change program 453, the CPU 2 functions as a changing unit that changes the range of evaluation scores that can be input for the inspection item.

  Further, the CPU 2 functions as a correction item acquisition unit that acquires a correction item for the selected inspection item from the correction item master DB 42 by executing the correction item acquisition program 454.

Further, the CPU 2 functions as a second display control unit that displays the selected inspection item and the acquired correction item in association with each other on the display unit 7 by executing the display control program 450.

  Further, the CPU 2 functions as a correction item selection unit that selects a desired correction item from the correction items stored in the correction item master DB 42 by executing the correction item selection program 455.

  Further, the CPU 2 functions as an inspection item priority acquisition unit that acquires the score of the priority corresponding to the selected inspection item from the inspection item master DB 41 by executing the inspection item priority acquisition program 456.

  Further, the CPU 2 functions as a correction item priority acquisition unit that acquires the score of the priority corresponding to the selected correction item from the correction item master DB 42 by executing the correction item priority acquisition program 457.

  In addition, the CPU 2 executes the overall priority calculation program 458 to respond to the combination of the inspection item and the correction item based on the acquired priority score of the inspection item and the priority score of the correction item. It functions as a general priority calculating means for calculating the total priority.

  Further, the CPU 2 executes the display order determination program 459 to determine the order of the inspection items to be displayed on the display unit 7 and the correction items based on the calculated overall priority of the combination of the inspection items and the correction items. It functions as a display order determination means.

Further, the CPU 2 functions as a fourth display control unit that causes the display unit 7 to display the selected inspection item and its correction item according to the determined order by executing the display control program.

Further, the CPU 2 functions as a fifth display control unit that displays the drawing information stored in the drawing master DB 43 on the display unit 7 by executing the display control program 450.

Further, the CPU 2 executes the display control program 450 to display the input inspection point information, the inspection item for the selected inspection point, and the correction item for the selected inspection item in association with each other. It functions as a sixth display control means for displaying on the unit 7.

Further, the CPU 2 executes the display control program 450, so that when legal information browsing request information is inputted, the seventh display control means for displaying the legal information stored in the legal master DB 44 on the display unit 7. Function as.

  The RAM 3 forms a storage area for storing various programs and data when the CPU 2 executes the program stored in the storage unit 4. Further, a work area for executing processing by the CPU 2 and a storage area for temporarily storing data related to the processing of the CPU 2 are formed.

  The input unit 5 functions as evaluation score input means, correction information input means, inspection location information input means, and browsing request information input means, and includes, for example, a key group 5a, a touch pen 5b, and a tablet 5c.

  The key group 5a includes various keys such as a cursor key, a numeric key, and a function key, and outputs an operation signal corresponding to the key operated by the user to the CPU 2.

  The tablet 5c is configured integrally with the display unit 7, and detects the coordinate position where the user touches the display unit 7 with the touch pen 5b according to various coordinate reading principles such as a resistive film type, an optical type, and a capacitance type. An input signal corresponding to the coordinate position is output to the CPU 2.

  Specifically, by touching a menu bar, an icon, or the like displayed on the display unit 7 with the touch pen 5b, an operation corresponding to the touched menu item or icon can be performed.

  The voice input unit 6 includes a microphone, a voice recognition unit, and the like (not shown). A voice signal input from the microphone is recognized by the voice recognition unit and converted into text data, and the converted text data is input as voice. It outputs to CPU2 as information.

  The display unit 7 functions as a display unit, and is configured by, for example, an LCD (Liquid Crystal Display). In accordance with the display control of the CPU 2, an input screen for inputting various data can be displayed on the display screen.

The timekeeping unit 8 keeps time and date, and the time data thus measured is sent to the RAM 3 via the CPU 2 and sequentially updated and set. For example, an oscillation circuit (not shown) that oscillates a clock signal with a predetermined frequency, a frequency divider circuit (not shown) that divides the signal from the oscillation circuit to obtain a signal with a predetermined frequency, and clock data in units of one second And a time counter (not shown) for conversion to the above.
When the CPU 2 inputs an inspection start date, a correction completion date, etc., the input date and time is stored in the result data storage area 46 of the storage unit 4.

The I / F 9 is an interface for inputting / outputting various instruction signals, position information, and the like between the inspection work support apparatus 1 and an external device (not shown). For example, a USB (Universal Serial Bus) port or RS-232C Terminals and other serial input / output terminals, parallel input / output terminals, SCSI interfaces, infrared communication devices conforming to IrDA (Infrared Data Association) standards, etc. are provided, and can be connected to external devices by wired or wireless communication means It is.
And each data of inspection item master DB41 memorize | stored in the memory | storage part 4, correction item master DB42, and drawing master DB43 is obtained from the data memorize | stored in another inspection work support system via I / F9, for example. You may make it acquire.

  Next, the field work processing by the inspection work support apparatus 1 will be described in detail with reference to the drawings. The target of inspection work is the construction site of the apartment.

First, an example of the inspection location input process will be described using the flowchart shown in FIG.
As shown in FIG. 5, when “basic information setting” is input with the touch pen 5 b on the process selection display screen (not shown) displayed on the display unit 7 (step S <b> 101), the CPU 2 The basic information input screen G100 shown in FIG. 6 is displayed, and basic information setting processing is performed (step S102). Specifically, for example, basic information such as an inspection date, an inspector, a construction property name, a location, and a construction period is input to the CPU 2 by the user.

  Further, the CPU 2 displays the category selection field 110 and the inspection item selection field 111 on the basic information input screen G100, and the category list displayed in the category selection field 110 and the inspection item list displayed in the inspection item selection field 111. Then, when the user touches the check column of each item with the touch pen 5b, the classification selection instruction and the inspection item selection instruction are input to the CPU 2.

Then, when the user touches the desired drawing file name field 120 of “drawing file setting” with the touch pen 5b, a drawing information selection instruction is input to the CPU 2. Specifically, for example, a drawing file of “scaffold plan” is selected.
Next, the CPU 2 acquires elevation data corresponding to the “scaffold plan” from the drawing master DB 43.
Next, when determining that the user has input the end button 130, the CPU 2 stores the input basic information data in the result data storage area 46 and ends the basic information setting process.

Next, the CPU 2 displays the process selection display screen (not shown) on the display unit 7 again, and when “inspection” is input by the user with the touch pen 5b (step S103), the CPU 2 displays the inspection location shown in FIG. The input screen G200 is displayed (step S104), and an elevation 210 based on the obtained elevation data of the “scaffold plan” is displayed on the screen.
And when it is judged that the leader line which shows an inspection location was inputted by pushing down leader line creation button 220 by a user on a drawing (Step S105; Yes), an inspection location number is given to a leader line, The inspection location number is associated and temporarily stored in the RAM 3 (step S106). Specifically, for example, the inspection location number “2” 211a is attached to the leader line 211 and stored.

Next, the CPU 2 displays an inspection column 230 relating to the inspection location number “2” 211a (step S107). The inspection column 230 includes an inspection location number column 231, a classification input column 232, an inspection item input column 233, a correction item input column 234, and a detailed information input column 235 (see FIG. 8).
Here, the CPU 2 causes the inspection location number column 231 to display the inspection location number “2” 211a as “No. 2”.
Next, the CPU 2 displays a category selection instruction column (not shown), and the user touches a desired category with the touch pen 5b from the category list displayed in the category selection instruction column, so that the category selection instruction is input to the CPU 2. (Step S108). Next, the CPU 2 displays the input category in the category input field 232. Specifically, for example, it is assumed that a selection instruction of “falling / falling” is input.

Next, the CPU 2 acquires the inspection item associated with the category for which the selection instruction has been issued from the inspection item master DB 41, and displays an inspection item selection instruction column (not shown) (step S109).
Then, when the user touches a desired inspection item with the touch pen 5b from the selection item list displayed in the inspection item selection instruction column, an inspection item selection instruction is input to the CPU 2 (step S110). Next, the CPU 2 causes the inspection item input field 233 to display the input inspection item. Specifically, for example, an instruction to select “scaffolding / work floor” is input.

Next, the CPU 2 acquires the correction item associated with the inspection item for which the selection instruction has been issued from the correction item master DB 42 and displays the correction item selection instruction column 234a (step S111). Then, when the user touches a desired correction item with the touch pen 5b from the correction item list displayed in the correction item selection instruction column 234a, a correction item selection instruction is input to the CPU 2 (step S112). Next, the CPU 2 displays the input correction item in the correction item input field 234. Specifically, for example, “insufficient equipment” is selected.
In the detailed information input field 235, detailed information about the correction item or the like is input, for example, “end handrail breakage” is input.

  Next, when the CPU 2 determines that the user has input the law reference button 240 (step S113; Yes), it obtains the law text data from the law master DB 44 and displays the law display column 250 shown in FIG. (Step S114). Specifically, for example, “Occupational Safety and Health Law—Rule 517-4” is displayed. The law display column 250 is not necessarily displayed at this stage, and is displayed as needed when the law reference button 240 is input while the inspection point input screen G200 is displayed.

  Next, the CPU 2 displays a list of inspection location numbers and the like input in the inspection column 230 on the inspection table 270 (step S115). More specifically, “inspection point number” — “category” — “inspection item” — “correction item” — “detailed information” are displayed in the inspection table 270 in association with each other. For example, “2” − “falling / falling” − “scaffolding / working floor” − “insufficient equipment” − “breaking edge handrail” are displayed in association with each other.

Then, the user inputs an evaluation category selection instruction to be displayed in the evaluation category display field 271 (step S116). Here, the evaluation category is a category set according to the difference in the level of correction items. For example, one of “correction”, “guidance”, and “no indication” is selected. Yes.
More specifically, for example, when the evaluation category “correction” is selected for the correction item “insufficiency of equipment”, it indicates that the degree of inadequacy is relatively large and that emergency treatment is required.
In addition, when the evaluation category “guidance” is selected for the correction item “insufficiency of equipment”, it indicates that the degree of deficiency is smaller than “correction”, but appropriate countermeasures are required.
“No indication” is selected when there is no correction item at the inspection location.
When “correction” or “guidance” is selected, it is assumed that correction information has been input and is reflected in the input range of the evaluation score of the inspection item (described later).

  Here, the CPU 2 performs control for changing the color of the leader line according to the evaluation category. Specifically, for example, when “correction” is selected for the correction item “insufficient equipment” for the inspection location number “2” 211a, the leader line 211 is displayed in red. When “instruction” is input, the leader line 211 is displayed in blue. When “no indication” is input, the leader line 211 is displayed in green.

Next, the CPU 2 extracts the leader line 211, the inspection location number “2” 211a, the classification corresponding to the inspection location number (“falling / falling”), the inspection item (“scaffolding / work floor”), and the correction items. (
Inadequate equipment ") and an evaluation category (for example," correction ") are associated with each other and temporarily stored in the RAM 3 (step S117).

Next, the CPU 2 determines whether or not the user has input the end button 260 (step S118). When the CPU 2 determines that the end button 260 is input, a data storage message is displayed on the display unit 7 and when it is determined that a data storage signal is input by the user (step S119; Yes). In this case, the CPU 2 stores the leader line 211 temporarily stored in the RAM 3, the inspection location number “2” 211a, the classification “falling / falling”, the inspection item “scaffolding / work floor”, the correction item “insufficient equipment”, The combination of the detailed information “damage at the end handrail” -evaluation classification “correction” is stored in the inspection location table 461 and stored in the result data storage area 46 (step S120), and this processing is terminated.
In addition, as shown in FIG. 9, leader line 212-inspection location number “1” 212a—section “fall / fall” —inspection item “scaffolding / work floor” —correction item “insufficient equipment” —detailed information “end” The combination of “no handrail” and evaluation category “correction” is also stored by the same processing.

  On the other hand, when the CPU 2 determines that the end button 260 has not been input (step S118; No), the elevation view 210 is subsequently displayed, and the process proceeds to step S105.

Next, an example of the evaluation score input process for the inspection item at the inspection location will be described using the flowchart shown in FIG.
As shown in FIG. 10, first, when the “safety and health check table creation” is input with the touch pen 5b on the process selection display screen (not shown) displayed on the display unit 7 (step S201), the CPU 2 The range of evaluation scores that can be input for the inspection item is acquired from the inspection item master DB 41 (see FIG. 3) (step S202).

  Next, the CPU 2 determines whether or not there is correction information for each inspection item (information including a correction item and input of “correction” or “guidance” on the inspection point input screen G200) (step S203). . For example, when it is determined that there is correction information for the inspection item “scaffold / work floor” (step S203; Yes), the range of evaluation scores that can be input for “scaffold / work floor” is set to, for example, “ “1 point to 5 points” is changed to “1 point to 2 points”. (Step S204).

  On the other hand, when it is determined that there is no correction information for the “scaffold / work floor” (step S203; No), the range of evaluation scores that can be input for the “scaffold / work floor” is not changed.

Next, the CPU 2 displays the safety and health check table creation screen G300 shown in FIG. 11 and displays the evaluation score input field 310 (step S205).
Here, the CPU 2 displays the evaluation score input field 310 on the screen, and when correction information about the inspection location is input, displays it in the correction information display field 313. Specifically, for example, when there is one correction information for the “construction plan”, the number of inspection items for which “correction” is input in the correction information display field 313 corresponding to the “construction plan” “ 1 ”is displayed. Similarly, for example, when there are two correction information for “scaffold / work floor” (for example, when “correction” is input for two inspection points as shown in FIG. 9), -In the correction information display field 313 corresponding to “Work floor”, the number of inspection items “2” for which “Correction” was input is displayed.

Then, when the user touches the score column 312 of a desired inspection item with the touch pen 5b from the inspection item list displayed in the evaluation score input column 310, an evaluation inspection item selection instruction is input to the CPU 2 (step S206). Specifically, for example, the inspection item “scaffolding / working floor” of the category “falling / falling” is selected.
The check column 311 for each inspection item is a column indicating whether or not the inspection item has been inspected. Check input in the inspection item selection column 111 of the basic information input screen G100 in FIG. 6 (step S102; see FIG. 5). ) Is reflected as it is.

  Then, when the user touches the “scaffold / work floor” score field 312 with the touch pen 5b, the range of evaluation scores that can be input for the “scaffold / work floor” is displayed in the score field 312 (step S207). Then, when the user touches a desired evaluation score (in this case, one or two points) with the touch pen 5b, an evaluation score selection instruction is input to the CPU 2 (step S208).

  Next, the CPU 2 calculates a total evaluation score based on the evaluation score for which an input instruction has been given (step S209). Specifically, for example, the input evaluation scores are sequentially added, converted into a score out of 100 points, and the converted total evaluation score is displayed in the total evaluation score display column 320. Specifically, for example, “78 points” is displayed.

  Next, the CPU 2 temporarily stores each evaluation score, overall evaluation score, and the like in the RAM 3 (step S210). If it is determined that the user has input the end button 340 (step S211; Yes), the data is saved. Is displayed on the display unit 7 and if it is determined that the user has input a data storage signal (step S212; Yes), the evaluation score, the total evaluation score, and the like temporarily stored in the RAM 3 are evaluated. The result is stored in the score table 462 and stored in the result data storage area 46 (step S213), and this process ends.

  On the other hand, when the CPU 2 determines that the user has not input the end button 340 (step S211; No), the process proceeds to step S206.

  Next, an example of the total priority calculation process will be described using the flowchart shown in FIG. Since step S301 is the same as step S201 shown in FIG. 10, detailed description thereof is omitted.

  As shown in FIG. 12, first, the CPU 2 determines that there is a plurality of correction information (information on correction items and input of “correction” or “guidance” on the inspection point input screen G200) (step S302). ; Yes), the score of the priority corresponding to the inspection item for which the correction information is input is acquired from the inspection item master DB 41 (step S303). Specifically, for example, as shown in FIG. 11, a plurality of correction information is input (there is one correction information for “construction plan” and two correction information for “scaffolding / work floor”). If there is information), the priority score corresponding to the “construction plan” (2 points; see FIG. 3) and the priority score corresponding to “scaffolding / work floor” (5 points; see FIG. 3) And get.

Next, the CPU 2 acquires from the category master DB 40 the priority score corresponding to the category associated with the inspection item for which the correction information is input (step S304). Specifically, for example, the priority score (2 points; see FIG. 2) of the category “management system” associated with “construction plan” and the category associated with “scaffolding / work floor” The score of the priority of “fall / fall” (5 points; see FIG. 2) is acquired.
Next, the CPU 2 acquires the priority score corresponding to the correction item for each inspection item from the correction item master DB 42 (step S305). Specifically, for example, the correction points (4 points; see Fig. 4) of the correction items (for example, "unsubmitted") of the "construction plan" and the correction item "insufficiency of the facilities" ”(5 points; see FIG. 4).

Next, the CPU 2 calculates the total priority of each combination by multiplying the score of each priority of the acquired category-inspection item-correction item (step S306). Specifically, for example, “falling / falling” (5 points) × “scaffolding / work floor” (5 points) × “insufficient equipment” (5 points) = 125 points is calculated as the total priority.
Similarly, for example, correction related to a combination of “management system” − “construction plan” − “unsubmitted” (the inspection item “construction plan” is a document inspection, and the inspection location number is “(document)”). When information is input, the total priority of this combination is “management system” (2 points) × “construction plan” (2 points) × “unsubmitted” (4 points) = 16 points.

  Next, the CPU 2 determines the order (priority order) of classification, inspection items and correction items to be displayed on the display unit 7 based on the calculated overall priority, and temporarily stores them in the RAM 3 (step S307). Specifically, for example, a combination of inspection location number “1” — “fall / fall” — “scaffolding / work floor” — “insufficient equipment” (see FIG. 9) = total priority 125 points = first priority , Inspection location number “2”-“fall / fall”-“scaffolding / work floor”-“insufficient equipment” (see FIG. 9) = total priority 125 points = first priority in the same order, inspection location number “ (Letter) "-" management system "-" construction plan "-" unsubmitted "combination = 16 overall priority = 3rd priority.

  Next, the CPU 2 displays the safety and health check table creation screen G300 shown in FIG. 11 on the display unit 7 (step S308), and further displays the general priority display column 330 on the screen, and is determined in step S307. Based on the order, priority order-inspection point number-category-inspection item-correction item-evaluation category is displayed (step S309). Specifically, for example, a combination of “1”-“1”-“fall / fall”-“scaffolding / work floor”-“insufficient equipment”-“correction”, and then “1”-“2”- The combination of “fall / fall”-“scaffolding / work floor”-“insufficient equipment”-“correction”, then “3”-“(document)”-“management system”-“construction plan”-“unsubmitted "-" Correction "in the order of combination. In addition, it is preferable to display detailed information such as “edge handrail breakage” shown in FIG.

  On the other hand, when the CPU 2 determines that there is not a plurality of correction information (for example, when there is only one correction information) (step S302; No), the inspection location number-category-inspection in which the correction information is input. The item-correction item-evaluation category is displayed in the general priority display field 330 (step S309).

Next, when it is determined that the user has input the print button 350 with the touch pen 5b (step S310; Yes), the CPU 2 executes printing (step S311).
More specifically, as shown in FIG. 13, for example, an elevation 210 (see FIG. 9) of the “scaffold plan” and an overall priority display field 330 for inspection points on the elevation 210. The contents of (see FIG. 11) are printed on one sheet as “safety inspection correction instruction / instruction manual” 400.

  Next, when the CPU 2 determines that the end button 340 is input by the user's touch pen 5b (step S312; Yes), the CPU 2 displays a data storage message on the display unit 7, and the user inputs a data storage signal. If it is determined that there has been (step S313; Yes), the CPU 2 displays the general priority temporarily stored in the RAM 3, the inspection location number, the category, the inspection item, the correction item, the display order, and the like. The data is stored in 463 and stored in the result data storage area 46 (step S314), and this process ends.

  According to the inspection work support apparatus 1 described above, an evaluation score for a desired inspection item is input in a range that can be input, and an overall evaluation score for inspection is calculated based on each input evaluation score. Therefore, the variation in evaluation by the inspector can be reduced, and a more accurate inspection result can be obtained.

  In addition, when correction information is input, the range of evaluation scores that can be input for inspection items is changed. Accordingly, the correction information is automatically reflected in the evaluation score, so that a more accurate inspection result can be obtained.

  In addition, in the inspection location input screen G200, the inspection item and its correction item are displayed in association with each other. Accordingly, since the inspection items and the correction items can be immediately confirmed, the inspection work can be performed more easily.

  Each inspection item and its correction item are displayed in the order determined based on the priority score of each inspection item and the priority score of the correction item. Therefore, even a person who has little knowledge and experience regarding the site can easily grasp the inspection items that require urgent treatment and the correction items, thereby improving the efficiency of the site work.

  Further, on the elevation view 210 of the scaffold plan at the apartment construction site, the leader 211 for the inspection location and the inspection location number “2” 211a are input, and the entered inspection location number “2” 211a and the inspection location number are entered. The inspection item and the correction item of the location are displayed in association with each other. Accordingly, it is possible to immediately confirm the inspection site, the inspection item, and the correction item on the site, thereby further improving the efficiency of the site work.

  In addition, the color of the leader line 211 is displayed in a different color depending on the evaluation category (“correction”, “guidance”, “no indication”) for the correction item at the inspection location indicated by the leader line 211, so first aid is necessary. It is possible to quickly grasp the location of a proper inspection point.

Further, since the legal information is displayed, the inspector can easily determine whether the inspection item is illegal.
Moreover, when it is illegal about an inspection item, the basis which is illegal can be shown on the spot with respect to the person who is performing work.

In the above embodiment, the overall priority is obtained by multiplying the priority corresponding to each category, the priority score corresponding to each inspection item, and the priority score corresponding to the correction item for each inspection item. , And the display order of inspection items and their correction items is determined. For example, only the priority score corresponding to each inspection item or the priority corresponding to the correction item for each inspection item The display order of the inspection items and the correction items may be determined based only on the number of points.
Further, in the above embodiment, the configuration in which the score of the priority of the classification is taken into consideration when calculating the total priority is shown, but the classification and the priority thereof are essential for the inspection work support device 1 according to the present invention. Since this is not the configuration, it may be omitted.

It is a block diagram which shows the principal part structure of the inspection work assistance apparatus in embodiment of this invention. It is a figure which shows an example of the data content of a division | segmentation master DB. It is a figure which shows an example of the data content of inspection item master DB. It is a figure which shows an example of the data content of correction item master DB. It is a flowchart for demonstrating an example of an inspection location input process. It is a figure which shows an example of a basic information input screen. It is a figure which shows an example of an inspection location input screen. It is a figure which shows an example of an inspection location input screen. It is a figure which shows an example of an inspection location input screen. It is a flowchart for demonstrating an example of an evaluation score input process. It is a figure which shows an example of the safety-hygiene inspection table creation screen. It is a flowchart for demonstrating an example of a total priority calculation process. It is a figure which shows an example of the printing result of a safety inspection correction instruction | indication / instruction book.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Inspection work support apparatus 2 CPU ( 1st display control means, inspection item selection means, comprehensive evaluation score calculation means, 3rd display control means, change means, correction item acquisition means, 2nd display control means, correction item selection means, inspection items priority acquisition means, the fourth of the display control means, corrective item priority acquisition means, the fifth of the display control means, a comprehensive priority calculation means, display order determining means, the sixth of the display control means, the first Seven display control means)
5 Input section (evaluation score input means, correction information input means, inspection location information input means, browsing request information input means)
7 Display section (display means)
41 Inspection item master DB (inspection item storage means, inspection item priority storage means)
42 Correction item master DB (correction item storage means, correction item priority storage means)
43 drawing master DB (drawing information storage means)
44 Law Master DB (Legal information storage means)
450 display control program ( first display control means, third display control means, second display control means, fourth display control means, fifth display control means, sixth display control means, seventh display control means Display control means)
451 Inspection item selection program (inspection item selection means)
452 Comprehensive evaluation score calculation program (Comprehensive evaluation score calculation means)
453 Change program (change means)
454 Correction item acquisition program (correction item acquisition means)
455 Correction item selection program (correction item selection means)
456 Inspection item priority acquisition program (inspection item priority acquisition means)
457 Correction item priority acquisition program (correction item priority acquisition means)
458 General priority calculation program (General priority calculation program)
459 Display order determination program (display order determination means)

Claims (7)

It is a portable inspection work support device that supports the inspection of the construction site,
A plurality of inspection items and inspection item storage means for storing a range of evaluation scores that can be input for the inspection items;
Correction item storage means for storing a plurality of correction items for inspection items stored in the inspection item storage means;
A first display control means for displaying on the display unit inspection items stored in said inspection item storing means,
Inspection item selection means for selecting a desired inspection item from inspection items displayed on the display means by the first display control means;
A correction item acquisition means for acquiring a correction item for the inspection item selected by the inspection item selection means from the correction item storage means;
Second display control means for causing the display means to display the inspection item selected by the inspection item selection means and the correction item related to the inspection item acquired by the correction item acquisition means in association with each other;
Correction information input means for inputting correction information about the correction item associated with the inspection item selected by the inspection item selection means;
When correction information about an inspection item is input by the correction information input unit, a changing unit that changes a range of evaluation scores that can be input for the inspection item;
Evaluation score input means for inputting the evaluation score for the inspection item selected by the inspection item selection means within a range of evaluation scores that can be input,
Based on each evaluation score input by the evaluation score input means, comprehensive evaluation score calculation means for calculating a total evaluation score for inspection;
Third display control means for causing the display means to display the evaluation score input by the evaluation score input means and the overall evaluation score calculated by the comprehensive evaluation score calculation means;
An inspection work support device comprising: A correction item selection means for selecting a correction item for the inspection item selected by the inspection item selection means from the correction items stored in the correction item storage means;
Inspection item priority storage means for storing the inspection item and its priority in association with each other;
Inspection item priority acquisition means for acquiring priority corresponding to each inspection item for which correction information has been input from the inspection item priority storage means when correction information is input for a plurality of inspection items by the correction information input means When,
Display order determining means for determining the order of the inspection items to be displayed on the display means based on the priority acquired by the inspection item priority acquiring means;
In accordance with the order determined by the display order determining means, the inspection items are displayed on the display means, and the inspection items correspond to the correction items for the inspection items selected by the correction item selection means. A fourth display control means for displaying
The inspection work support apparatus according to claim 1, further comprising: A correction item selection means for selecting a correction item for the inspection item selected by the inspection item selection means from the correction items stored in the correction item storage means;
Correction item priority storage means for storing the correction item and its priority in association with each other;
When correction information is input for a plurality of inspection items by the correction information input means, the priority corresponding to each correction item selected by the correction item selection means for each inspection item for which correction information is input is the correction item. Correction item priority acquisition means acquired from the priority storage means;
Display order determination means for determining the order of the correction items to be displayed on the display means based on the priority acquired by the correction item priority acquisition means;
According to the order determined by the display order determining means, the fourth display control means for displaying the correction items on the display means and displaying the correction items and the inspection items in association with each other,
The inspection work support apparatus according to claim 1, further comprising: A correction item selection means for selecting a correction item for the inspection item selected by the inspection item selection means from the correction items stored in the correction item storage means;
Inspection item priority storage means for storing the inspection item and its priority in association with each other;
Correction item priority storage means for storing the correction item and its priority in association with each other;
Inspection item priority acquisition means for acquiring priority corresponding to each inspection item for which correction information has been input from the inspection item priority storage means when correction information is input for a plurality of inspection items by the correction information input means When,
When correction information is input for a plurality of inspection items by the correction information input means, the priority corresponding to each correction item selected by the correction item selection means for each inspection item for which correction information is input is the correction item. Correction item priority acquisition means acquired from the priority storage means;
Based on the priority score acquired by the inspection item priority acquisition means and the priority score acquired by the correction item priority acquisition means, depending on the combination of each inspection item and its correction item Total priority calculating means for calculating the total priority,
Display order determining means for determining the order of the inspection items and the correction items to be displayed on the display means based on the overall priority calculated by the overall priority calculating means;
According to the order determined by the display order determining means, fourth display control means for displaying the inspection items and their correction items on the display means;
The inspection work support apparatus according to claim 1, further comprising: Drawing information storage means for storing the drawing information of the building;
Fifth display control means for causing the display means to display the drawing information stored in the drawing information storage means;
On the drawing of the building displayed on the display means by the fifth display control means, inspection location information input means for inputting inspection location information on the inspection location of the building,
Corresponds to the inspection location information input by the inspection location information input means, the inspection item of the inspection location selected by the inspection item selection means, and the correction item of the inspection item selected by the correction item selection means A sixth display control means for displaying on the display means;
The inspection work support device according to any one of claims 1 to 4 , further comprising: Legal information storage means for storing legal information;
Browsing request information input means for inputting browsing request information of the legal information;
With
When browsing request information is input by the browsing request information input means, seventh display control means for displaying the legal information stored in the legal information storage means on a display means;
The inspection work support device according to any one of claims 1 to 5 , further comprising: Inspection item storage means for storing a plurality of inspection items and a range of evaluation scores that can be input for the inspection item ; correction item storage means for storing a plurality of correction items for the inspection items stored in the inspection item storage means; In a portable computer equipped with display means,
A first display control function of displaying the inspection items stored in the inspection item storage means on the display means,
An inspection item selection function for selecting a desired inspection item from inspection items displayed on the display means by the first display control function;
A correction item acquisition function for acquiring a correction item for the inspection item selected by the inspection item selection function from the correction item storage means;
A second display control function for displaying on the display means the inspection item selected by the inspection item selection function and the correction item related to the inspection item acquired by the correction item acquisition function in association with each other;
A correction information input function for inputting correction information about the correction item associated with the inspection item selected by the inspection item selection function;
When correction information about an inspection item is input by the correction information input function, a change function that changes the range of evaluation scores that can be input for the inspection item;
An evaluation score input function for inputting the evaluation score for the inspection item selected by the inspection item selection function within a range of evaluation scores that can be input; and
Based on each evaluation score input by the evaluation score input function, an overall evaluation score calculation function for calculating an overall evaluation score for inspection;
A third display control function for causing the display means to display the evaluation score input by the evaluation score input function and the overall evaluation score calculated by the comprehensive evaluation score calculation function;
A program to realize