JP3200786B2 - Touch panel type portable terminal for work inspection and work management device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention uses a touch panel type portable terminal while observing a construction site, etc., to collect quality inspection, construction progress management, and safety inspection data, which are management items at a building construction stage. The present invention relates to a work-type touch-panel portable terminal device and a work management device capable of receiving collected data from each terminal device and performing centralized work management on the work management device side.

[0002]

2. Description of the Related Art Inspection of the finished state of a building during construction or at the time of completion is conducted, and if there is a defect, the construction is ordered to be repaired by a contractor. After writing inspection data by writing in a notebook using a writing instrument, return to the site office, perform a rearrangement work to rearrange the contents of this entry for each type of industry, create an order book, and send this to the contractor Notifying. However, there are variations in the expression of inspection content due to individual differences, so there is a risk of misunderstanding by the contractor.In addition, after returning to the site office, the inspection results are classified by industry or transferred to the inspection paper. Or when making a transcription mistake.

In order to solve such a problem, the present applicant has disclosed Japanese Patent Application Laid-Open No. 5-61883 (Japanese Patent Application No. 3-219).
No. 735) makes the following proposal. That is,
As shown in FIG. 13A, a thin film of a conductive material coated on a touch panel 102 made of a transparent resin and glass provided on the surface of a portable terminal 101 containing a data processing device, and a glass substrate A capacitance-type graphic keyboard is formed by giving a capacity to the common electrode deposited on the glass substrate, and the image display surface on the lower surface of the glass substrate is shown in FIG.
As shown in (B), an inspection item screen 102 displaying terms of a building, a floor,...
Is displayed on the keyboard 105 and touching the ridge column of the inspection item screen 102 while traveling around the construction site, “A” is displayed on the inspection content screen 103. In the same procedure as described below, the number of floors, door number, room name, and location and location of the defect location are displayed as "right wall" and "upper left".
The name of the damaged part, the state of the defect, the processing method, and the type of inspection for the type of business are input, and the command key and "Registration" 106 are touched and input to the memory in the terminal. The host computer to which the data has been transferred rearranges the inspection result data using spreadsheet software and prints a quality inspection list.

[0004]

However, the above-mentioned apparatus is only applied to the quality inspection of the finished work at the time of construction and at the time of completion, and the progress of the construction required for the construction management and the safety of the workers are ensured. However, there is a problem that it is incomplete because it does not have multi-functionality.

[0005] Further, the drawing of the building to be inspected is not displayed on the screen, and the "site" where the defective position exists,
Since it is a form that inputs characters such as "position" on the right wall and upper left, unlike the display by drawing, it is not possible to visually and intuitively grasp the location of the defect location to be inspected,
There is a problem that the situation of construction management cannot be sufficiently grasped.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned problems, and its object is to extend not only to a quality inspection area at a construction site but also to a progress status and a safety inspection area. The present invention provides a touch panel portable terminal for work inspection that allows not only input of character data at the time of inspection, but also drawing input of the location of a defect on a screen such as an elevation view of a test object by a positive integer symbol. It is in.

Another object of the present invention is to provide a method for each unit inspection area,
A touch panel type for work inspection that can display the progress status of each construction item, create a progress list of all construction items to be inspected, and display bar graph data by filling in instead of displaying the progress rate with progress figures To provide a portable terminal.

Still another object of the present invention is to edit and transfer inspection input data to a touch panel portable terminal for work inspection, receive inspection result data transferred from each terminal, An object of the present invention is to provide a work management device for displaying and printing quality inspection, progress status, and safety inspection data.

It is a further object of the present invention to provide a work management apparatus which creates data such as overall progress management and forms bar graph data by filling in place of the progress rate display by numbers.

[0010]

A touch panel type portable terminal for work inspection according to the present invention uses a touch panel on a screen on which input data is displayed as input means, and a corresponding position on the data via the input means. A touch panel type portable terminal for work inspection in which data is input by touching the terminal, wherein the terminal is provided with drawing data such as an elevation view of the object to be inspected, an inspection item column and an inspection content input column. The screen for input of the quality inspection, the progress status consisting of the construction item column and the progress rate input column, and the safety inspection screen consisting of the safety inspection item column and the inspection content input column, and the inspection results of the quality inspection, the progress status, and the safety inspection Storage means for accumulating inspection input data with character data and the like shown in a layered structure format, and accumulating inspection result data; and data processing means, wherein the data processing means is a diagram such as an elevation view. Data and input screens related to quality inspection, progress status, and safety inspection are sequentially displayed on the screen of the terminal device, and during quality inspection, the location of the defect point to be inspected is displayed as a drawing such as an elevation view. Inspection in which the corresponding position in the data is displayed with a positive integer sign sequentially increasing in the input order, and character data indicating the inspection result is displayed in the inspection content input field of the quality inspection input screen. The result data, the inspection result data in which the progress rate is displayed in the construction item column of the progress input screen at the time of the progress status inspection, and the safety data in the inspection content input field of the safety inspection input screen during the safety inspection Creates test result data into which character data and the like indicating the test results are input, collects test result data and stores it in storage means, receives test input data, and transmits test result data. When That.

Further, the data processing means of the present invention rearranges the collected inspection result data of the progress status for each construction item and for each unit inspection area to be inspected. The progress status display of all the construction items in the unit inspection area, and the progress status display of all the construction items in the unit inspection area are sorted by the construction item by sorting the inspection result data of the progress status for each unit inspection area. By displaying the progress status of each construction item in the unit inspection area and rearranging the progress status inspection result data into a list format, the progress status list of all construction items and the progress status inspection result data are united. The reordering process for each inspection area creates inspection result data with a progress list of construction items in the unit inspection area.

Further, the data processing means of the present invention converts the progress rate for each construction item in the inspection result data of the progress status into bar graph data by filling and displaying the data in drawing data such as an elevation view for each unit inspection area. By the related setting process, the inspection result data in which the progress rate of each construction item in the inspection result data of the progress status is displayed for each unit inspection area in the drawing data such as an elevation view by solid bar graph data is created. And

Further, the data processing means of the present invention causes the display / print output means connected to the terminal device to output inspection result data of the object to be inspected.

Further, the work management apparatus according to the present invention is characterized in that:
A work management device that receives inspection result data from each of the described terminals, a reading unit that reads drawing data such as an elevation view of a subject to be inspected, a quality inspection, a progress status,
Creation means for creating an input screen related to safety and safety inspections, character data indicating quality inspection, progress status, and inspection results of safety inspections, display / printout means, drawing data, input screens, and text Storage means for accumulating test input data composed of data and the like, and test result data from the terminal; data transmission and reception for transmitting test input data to the terminal and receiving test result data from the terminal And data processing means, and the data processing means accumulates in the storage means the drawing data such as an elevation view of the object to be inspected, the input screen, and the test input data such as character data in a layered structure format. In addition to transmitting inspection input data to the terminal, receiving and processing inspection result data from the terminal, and displaying the inspection result data of quality inspection, progress status, and safety inspection transferred from the terminal And outputs the print outputting means.

[0015] The data processing means of the work management apparatus of the present invention rearranges the received inspection result data of the progress status into a list format of all the construction items by executing a rearrangement process, and displays a progress status list of all the construction items. By sorting the status inspection result data into unit inspection areas, a progress list of all construction items in the unit inspection area, and a sorting process for each construction item until the creation of the progress inspection result data, It is characterized in that inspection result data with a progress transition graph for each construction item is created and output to a display / print output unit connected to the work management device.

Further, the data processing means of the work management apparatus of the present invention converts the progress rate for each construction item in the progress inspection result data into bar graph data by filling in,
The progress rate of each construction item in the inspection result data of the progress is calculated by the related setting process that displays the drawing data such as the elevation view for each unit inspection area in the drawing data such as the elevation drawing by the bar graph data by filling. It is characterized in that inspection result data displayed for each inspection area is created and output to a display / print output unit connected to the work management device.

[0017]

With the terminal device being carried, the object to be inspected is observed, and at the time of quality inspection, the defect location of the object to be inspected is indicated by a sequentially increasing positive integer symbol at a corresponding position in the drawing showing the inspection area of the object to be inspected. In addition to inputting the location of the drawing, inspection result data of quality inspection, progress status, and inspection result data of safety inspection are input.

Furthermore, the progress management data is rearranged, and the progress status display for each construction item in each unit inspection area, the progress status list of the construction items for the entire inspection object, and the progress status list for each unit inspection area are displayed. create.

Further, according to the related setting, bar graph data is created by filling in, instead of displaying the progress rate by the numerical value of the progress management status.

Further, the inspection result data of the object to be inspected, various progress states created by rearranging, or bar graph data by filling are output to the display / print output means connected to the terminal device.

Further, the work management apparatus of the present invention edits the read drawing of the object to be inspected, the created input screen, and data such as character data, and transfers the created inspection input data to the terminal. The inspection result data of the quality inspection, the progress, and the safety inspection are displayed and printed based on the inspection result data transferred from the device.

Further, the transferred progress management data is rearranged to create various progress graphs.

In addition, according to the related setting, the bar graph data is created by filling in, instead of displaying the progress rate by the numerical value of the progress status of the subject.

[0024]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The details of the present invention will be described below based on embodiments shown in the accompanying drawings. FIG. 1 is an overall configuration diagram of a construction management device of the present invention and a portable terminal, FIG. 2A is a functional block diagram of the construction management device, and FIG. 2B is a block diagram of the portable terminal. Is a diagram showing a half of the hierarchy of the input menu of the master data of the host computer of the construction management device,
FIG. 4 is a diagram showing the other half of the hierarchy of the input menu for related settings, construction management, data transmission / reception, etc. of the host computer, and FIG. 5 is a diagram showing the hierarchy of the input menu of the portable terminal.

The CPU 2 of the host computer 1 installed in the management office at the construction site stores image data of the elevation, plan, construction section, and detailed drawings of the object to be inspected, A large-capacity hard disk 4 that is read by an image scanner 5 and stored in a layer format is connected. Furthermore, a mouse and a keyboard 9 not shown
, An initial menu screen to be displayed on the terminal device 11, a menu screen such as an inspection target input screen, an inspection target call input screen, a quality inspection input screen, and the like.
Progress management, i.e., creates inspection result input screen data such as a progress status input screen and a safety inspection input screen, accumulates them in a hierarchical manner, and operates the keyboard 9 to operate inspection items used for the quality inspection input screen. A memory 6 in which character data created by standardizing and unifying terminology of construction items and the like used for inspection contents and progress status input screens and the like, and a control program for executing data processing described later are registered.
And image data and the like and character data to be transmitted from the host computer 1 to the portable terminal 11 described later via the RS232C cable 10, and the inspection result data transmitted from the terminal 11 Is connected to a reader / writer 8 that reads the data. In addition,
Reference numeral 7 in the figure denotes a printer that prints quality inspection data, progress status data, and the like that have been processed by the host computer 1.

On the other hand, various screens such as the above-described inspection target selection menu screen, inspection input call input screen, quality inspection input screen, and progress status input screen carried by the inspector while traveling around the construction site are described above. In addition to the capacitive type, a pressure-sensitive type or the like is displayed on the lower surface of the touch panel 13 and a corresponding position of the touch panel 13 on the displayed screen is touched with a pen or the like, and this position is used as a two-dimensional coordinate position signal. Touch-panel type portable terminal device 11 for inputting the input data of FIG.
A RAM for storing image data and the like and test data for character data transmitted from the host computer 1 and a RAM for storing a control program for causing the terminal device 11 to execute data processing described later. The provided IC card 12 is mounted inside as shown by a dotted arrow.

Reference numeral 16 in the figure converts an output signal into a video signal in order to transmit and display the inspection result data output from the IC card 12 via the RS232C cables 18 connected to the terminal device 11. Shows a video converter input to the video monitor 17.
Reference numeral 4 denotes a printer adapter for inputting this signal to the printer 15.

FIG. 2A shows a functional block diagram of the host computer 1. (1) Data editing processing unit 2 for inspection and the like.
A displays the text / drawing registration screen of the master data creation menu on the CRT 3 as shown in the half of the menu hierarchy of the host computer 1 in FIG. 3, and then selects the drawing registration menu (see FIG. 3). , An elevation view, a plan view, a construction section diagram showing a subdivided construction site, and a detailed view relating to a subject to be inspected such as a prearranged reinforcing bar arrangement or a tile wall inputted from the image scanner 5 are read one after another. A key code is added to the file 2B and registered so that the plane view to the detailed view can be narrowed down and extracted in the layer format.

Further, instead of the above-described layer format based on the elevation view or the detailed view, a graphic editor is used to use a mouse, a keyboard 9, and a CRT 3, and if the inspection target is, for example, an apartment, the An inspection target call input screen 70 (FIG. 8A) for selecting a ridge having a ridge input column 71 of the district, and an inspection target call input screen 70 'for selecting a floor having a floor input column 72 (FIG. 8B) ) And an inspection dwelling unit call input screen 73 (FIG. 8 (C)) for selecting and inputting a dwelling unit number input column 74 for the selected building and floor number.
By narrowing down these input screens 70, 70 ', and 73 in this order and calling up the detailed diagram input screen 75 (FIG. 9A),
A key code is added and registered in the file 2B in a layer format. Furthermore, a quality inspection input screen 75 (FIG. 9C),
For example, a large item screen 82 below the member name of the inspection item
(FIG. 9 (D)), and the sub-item screen 83 (FIG. 9
(E)) and an inspection result input screen such as the progress status input screen 76 (FIG. 9B) are similarly registered in the file 2B with a key code in a layer format. In addition, instead of displaying the safety check input screen 90 (FIG. 10D) or a progress rate numerical value to be described later, a progress rate display bar 87 (FIG.
(B)) is prepared in advance, and a key code is added so that these can be narrowed down to a layered structure and extracted.
Register with.

Further, after the construction name / inspection target master 62 shown in FIG. 6A is displayed, the inspection item master is selected, and the number and quality used in the detailed diagram input screen 75 (FIG. 9A) are selected. Inspection items and inspection contents to be used on the inspection input screen 79 (FIG. 9C), construction items to be used on the progress status input screen 76 by selecting a construction item master, and a safety inspection input screen (FIG. D)) and other languages to be used are unified, and a key code is added to these and registered in the file 2B in a layer format.

Further, in the other half of the hierarchy of the menu for the related setting menu, manual creation, data transmission, construction management, etc. of the host computer 1 shown in FIG. The inspection target selection menu screen of the information related setting is displayed, and the display field of the basic drawing related setting is selected, and as shown in FIG.
The displayed screen 64 of the elevation views 1 to 5 and the plan view 1
When the user touches the pointing mark 63 set on the screen 65 of the plan view 5, for example, the lower level plan view 2 related to the elevation view 1 is called, or when the pointing mark 63 of the plan view 2 is touched. The relevant settings are set so that the detailed diagram 3 of the lower layer detailed diagram screen 66 can be called up and displayed.

Similarly, in the construction item-related settings, as will be apparent from the description below, the construction items shown on the progress input screen after the completion of the input of the progress rate are not shown, for example, provided in the sound insulation partition column. When you touch the pointing mark, the progress rate of each floor related to the sound insulation partition is a solid bar graph, and when you touch the pointing mark on a certain floor on the screen, the progress rate value for each section is filled. Make the relevant settings to be displayed in.

Further, a manual preparation menu screen (FIG. 4) is called, and a construction item is selected, and for example, a technical meaning of a working language of the construction item, an interpretation word of a building regulation concerning these languages, and the like are prepared. A reference information menu is selected, a reference information menu is created, and a language to be referenced can be searched using this menu, and registered in the master file 2B. Thus, file 2B
The image data, the input screen, the characters to be used, and the like registered in the file 2 are registered in a layer format, and edited so that the test input data related to the test of the test object can be transferred to the terminal device 11 and stored in the file 2B. Register.

(2) The construction management processing unit 2C receives the quality inspection data, the progress status inspection data, and the inspection result data of the safety inspection data transmitted from the touch panel type portable terminal 11, and After displaying the quality inspection menu (Fig. 4), the rebar arrangement inspection results, intermediate inspection results, and construction inspection results displayed in an elevation view and the like will be apparent from the following description. Is printed on the drawing data displayed on the terminal device 11 in a display format in which a drawing is input as a positive integer, or a Pareto drawing, that is, a defect such as a scratch or break is displayed on the horizontal axis in the case of an inspection content. The status is plotted with the number of occurrences on the vertical axis, and the fault status is rearranged according to the key code using spreadsheet software in the descending order of numerical values, and printed together with the cumulative line graph.

Further, the progress management menu is selected, and the progress status of each elevation or plan is rearranged and displayed by spreadsheet software, and the progress status of the entire construction item or the construction item of each floor plan is displayed. Create and print a management status list, sort and sort the progress data accumulated up to the creation of the progress data for each construction item, create and print a progress transition graph, and select the safety inspection menu to perform a safety inspection A process for printing the result is performed. In addition, when a progress status display / print menu according to the drawing is selected and, for example, an inspection item is selected as a sound insulation partition, as shown in FIG.
The input screen 84 for inputting the progress of the finish of the apartment is displayed. As described above, for example, when the user touches a pointing mark (not shown) provided in the sound insulation partition section, the screen shown in FIG.
As shown in (B), an elevation view 86 of a 9-story condominium is shown on the left side, and a progress bar for each unit inspection area, that is, a progress bar for each floor is shown on the right side of the bar graph 87 on the right instead of displaying the progress ratio by numerical values. Then, a progress display screen 85 of the sound insulation partition for each floor is displayed. For example, when a pointing mark (not shown) on the seventh floor is touched, as shown in FIG. A unit inspection area indicated by a bar graph by filling, that is, each process distinction progress status display screen 88 is displayed and printed. The transmission / reception processing unit 2E transmits the created test input data to the terminal device 11 and receives the test result data collected by the terminal device 11. In addition to the manual creation described above, a maintenance process is also performed.

FIG. 2B is a functional block diagram of a data processing means for executing a control program stored in the IC card 12 of the portable terminal device 11. (1) The inspection data collecting section 11A When the power switch 11 of the detector 11 is turned on, the initial menu screen 67 shown in FIG. 7A is read out from the file 11B storing test input data necessary for the test transmitted from the host computer 1 and displayed. Then, when an inspection data collection item is selected, an elevation target, a floor plan, and a construction section drawing are arranged in a layer format in this order, or the above-described inspection target call input screen 7 for ridge selection.
0, an inspection target call input screen 70 'for selecting a floor, and an inspection dwelling unit call input screen 73 are called in this order and a detailed diagram input screen 75 is displayed.
(FIG. 9A) is read and displayed. Then, on the detailed diagram input screen 75, it is displayed that a trouble spot is found in a Western-style room, a Japanese-style room, a bathroom, a dining room, and the like, and the corresponding position on the screen is touched with a pen or the like. ,... Are sequentially input to the screen. The drawing input by the number of such a defective portion is performed in an elevation view, a plan view, and a construction section drawing.

When the user touches a pointing mark (not shown) in the displayed elevation view, plan view, section drawing, and detailed view, as shown by a dotted line in FIG. 5, a quality inspection input screen 79 (FIG. 9 ( C)) or, similarly, selecting and displaying the information reference menu screen, or directly selecting the progress input screen 76 (FIG. 9B) by touching the detailed map input screen 75 (FIG. 9A). Possible path functions are set by the related settings.

Accordingly, when the inspection and progress command keys on the detailed diagram input screen 75 are touched, the quality inspection input screen 79 and the progress status input screen 76 are directly displayed. Then, when the user touches the command key and progress on the detailed diagram input screen 75 (FIG. 9A) displayed on the terminal device 11, the progress status input screen 76 is displayed.
(FIG. 9B) is displayed, and the displayed construction item column 77 is displayed.
When the progress rate input field 78 on the right side of the is touched sequentially from the top, the position is input as a two-dimensional coordinate position signal to the inspection data collection unit 11A of the terminal device 11, and the touch is continued until the evaluated progress rate number is displayed. , And the numerical value and% which are sequentially increased are transferred from the file 11B and displayed.

The up and down arrow command keys indicate a scroll function, and the currently displayed 1.. To 8. In the case of inputting to items other than the construction item, it is possible to display other progress items by touching the arrow command key.

When the user touches the command key and return on the progress input screen 76 after the input of the progress rate is completed, FIG.
The detailed map input screen 75 shown in (A) is displayed again, a defect is found in a Western-style room, a Japanese-style room, a bathroom, a dining room, etc., and the corresponding position on the detailed map input screen 75 is touched with a pen or the like. , In the order in which the trouble spots are entered,
,... Are sequentially input to the screen. The drawing input by the number of such a defective portion is performed in an elevation view, a plan view, and a construction section drawing.

Next, when the user touches the command key and inspection on the detailed diagram input screen 75, a quality inspection input screen 79 (FIG. 9)
(C)) is displayed, and the inspection content input column 81 on the right side of the inspection item column 80 is sequentially touched with a finger from the top, and the language suitable for each inspection item, that is, the dwelling unit number to be inspected is displayed in the dwelling unit column. Until is displayed, a numerical value which is sequentially increased in the position column is displayed in accordance with the input order of the defect positions.

If the member name does not appear until the corresponding member name appears in the column of the member name, the member name is divided into a multilayer structure.
A pointing mark (not shown) is provided in a member name column 81 shown in FIG. 9 (C), and by touching this, a large item menu screen 82 shown in FIG. 9 (D) is displayed.
9 (E), a small item name screen 83 shown in FIG. 9 (E) is displayed, and touching the cross column displays the quality inspection input screen 7
9 and "Cross" is displayed in the member name column shown in FIG. 9 (C). Then, keep touching until a suitable state name appears in the column of defect status, a corresponding processing method name appears in the processing method column, and a corresponding industry name appears in the industry name column. When the contents are completed, a process of registering the collected data in the file 11B is performed by touching a registration command key.

For example, in the case of a condominium construction, an inspection target input screen 68 (FIG. 7 (B)) is displayed and a condominium finishing work (not shown) is performed in place of the elevation, the floor plan, and the construction section diagram. Is selected, an inspection target call input screen 70 for selecting a ridge shown in FIG. 8A is displayed. Touching the ridge A in the input field 71 selects and inputs the ridge.
Inspection target call input screen 7 for floor selection shown in FIG.
When 0 'is displayed and the number of floors is selected and input in the input column 72, an inspection dwelling unit call input screen 73 for the A building and the second floor is displayed as shown in FIG. When the user selects and inputs a dwelling unit number, it can be set to perform processing for displaying a detailed diagram input screen 75 shown in FIG. 9A.

Further, (2) In the progress input / display processing section 11C, as shown in FIG. 5, a screen to be inspected is selected, a construction item is selected, and, for example, a floor is selected as a unit inspection area. Displays the progress of each construction item. In addition, when the screen to be inspected is called, and the floor is selected and specified, the overall progress in that floor is displayed by rearranging, and when the construction item is selected, the construction item in the floor selected by rearranging is displayed. A process for displaying the progress of each process is performed.

For example, when the progress input screen 84 (FIG. 10A) of the overall finished state is displayed and the pointing mark in the sound insulation partitioning column of the construction item column is touched, the result is shown in FIG. 10B. Thus, the elevation view 86 of the 9-story condominium is displayed on the left side, the progress status display screen 87 for each floor in a bar graph by filling each floor is shown on the right side, and a pointing mark (not shown) on the 7th floor. , As shown in FIG. 10 (C), a progress display screen 88 for each elevator section and stairs according to the construction section diagram is displayed, and when a pointing mark (not shown) of each construction section 89 is touched, a sound insulation partition for each construction section is displayed. The progress rate is displayed in a bar graph by filling.

Further, (3) the form print processing unit 11D
The user selects the form print menu field on the screen 67 shown in FIG. 7A, displays the inspection target menu screen as described above, and displays the quality inspection menu as shown in FIG.
Inspection result data is called from the file 11B, and the bar arrangement inspection result, the intermediate inspection result, and the completion inspection result data by the elevation view or the like are transferred to the construction site, for example, in the display format shown in FIG. 9A. It is connected to the printer 15 provided for printing, or the progress management is selected, rearranged by spreadsheet software and printed on the overall progress list or the progress list by floor, and furthermore, the safety check result is displayed. Execute the function to print.

(4) The transmission / reception processing section 11E performs processing for receiving inspection input data from the host computer 1 and transmitting inspection result data and the like to the host computer 1. The screens of these terminals can be monitored on a large screen by being connected to the video monitor 17, and are used for meetings with a plurality of persons.

FIG. 1 shows the operation of the thus constructed device.
1, will be described sequentially with reference to the flowchart shown in FIG.

First, creation of master data of the host computer 1 will be described with reference to FIG.
Call the master data creation menu screen on CRT3,
When the text / drawing registration screen 61 shown in FIG. 6A is displayed, and then the drawing registration (FIG. 3) is selected, if the inspection object is an apartment, the image scanner 5 has already created the elevation that has been created. Loads drawings, such as drawings, plan views, construction drawings, and detailed drawings. If there is CAD data, it is directly read.

Further, by operating the keyboard 9 and the mouse by using the graphic editor and interacting with the CRT 3, various menu screens, input screens for calling inspection objects, input screens for quality inspection, progress inspection, safety inspection, etc. are created. .
In addition, by operating the keyboard 9, the inspection items used in the quality inspection input screen and the characters related to the inspection contents, the construction items used in the progress input screen, the characters related to the progress rate, and the characters related to the safety inspection are standardized and created. Then, these are edited as inspection input data such as a quality inspection input screen, a progress status input screen, and a safety inspection input screen (step S1). Needless to say, the above-described inspection input data is used in the inspection item and construction item columns when creating the input screen for the quality control or the like.

Next, the related setting menu screen is called, and the elevations and the like registered in the hard disk 4 are called in sequence, and as shown in FIG. 6B, an appropriate elevation view 1 is set by setting a pointing mark. To select the top view 2 from the top view, call up the detailed view 1 etc. from the top view 1, and perform display processing by filling corresponding to the progress rate numerical data input from the terminal device side (step S).
2) The test input data including these related setting data is registered in the files of the hard disk 4 and the memory 6 (step S3).

Further, a data transmission menu screen (FIG. 4) is displayed on the CRT 3 and, for example, the buildings A to C of the apartment are displayed.
When a ridge is to be inspected, the inspection target call input screen, the inspection dwelling unit call input screen, etc. related thereto, the quality inspection input screen 79, the progress status input screen 76, etc. The input data for inspection input is RS23
The data is transmitted to the IC card 12 (for data) of the touch panel type portable terminal 11 via the 2C cable 10 (step S4).

Next, the operation of the terminal device 11 will be described with reference to the flowchart of FIG. A site worker carrying the terminal device 11 that has received the above-described inspection input data and the like travels around the construction site, and in a target inspection target area,
For example, when the user comes to the inspection site of an apartment, when the power switch of the touch panel type portable terminal 11 is turned on, a menu screen 67 for inspection data collection or the like shown in FIG. When the user touches the upper part of the panel, an inspection target input screen 68 shown in FIG. 7B is displayed. Therefore, for example, when an unillustrated apartment finishing construction item is touched, an inspection target call input screen 70 for ridge designation shown in FIG. 8A is displayed, and the ridge selection field 71 is touched on the A ridge display surface. Next, the displayed floor input field 7 of the inspection target call input screen 70 'for floor selection shown in FIG. 8B is displayed.
2 Touch the second floor of the second frame from the bottom and input the drawing. Next, when the operator touches the command key of the inspection, an inspection dwelling unit call input screen 73 for the building A to be inspected and the entire second floor shown in FIG. 8C is displayed, and an input screen 74 of the room 201 to be inspected is displayed. Touching the display surface of, inputting the drawing, touching the command key and the inspection, as shown in FIG.
The detailed diagram input screen 75 of the room 201 is displayed (Step S21).

Then, the inspector enters the room 201 and inspects it. For example, the cloth is damaged in the western room, the fusuma part in the Japanese room is partially broken, the tile is cracked in the bathroom, and the wall of the cafeteria is dirty. The position is recognized, and the following numerical values are sequentially input to the drawing in the order of touching the position (step S22).

As described above, the path function for stepping to the progress and inspection stages is set from the detailed diagram input screen 75 by the related setting. A progress input screen 76 is displayed. Therefore, 1. 1. fireproof partition; Sound insulation partition,
3. 3. UB (unit bus); 4. UB piping, UB
5. partition walls; 6. Pillar and waist wall LG (board); 7. ceiling, board, 100%, 7 in the progress column 78 for each item of painting
A preset increase rate such as 5%, 50%, 0% (for example,
25%), the character input is continued by touching until the progress rate is increased and displayed (step S23). When the command key and the return key are touched, the detailed diagram input screen 75 of FIG. When touching the key and the inspection, a quality inspection input screen 79 shown in FIG. 9C is displayed.

Therefore, in the inspection content column 81 of the dwelling unit in the inspection item column 80, the touch panel is touched until the room A-201 is displayed, and then the position column is displayed. Then, when the corresponding character of the member name is not displayed, the user touches a pointing mark (not shown) in that column, and FIG.
9 (E) is displayed, and when a cross is touched, a small item screen 83 of the member name shown in FIG. 9 (E) is displayed.
A cross is displayed in the member name column 81 of FIG. 9C. Then, the user keeps touching until a defect is displayed in the column of the defect state, a replacement is displayed in the column of the processing method, and a cross is displayed in the column of the business name (step S24). When the user touches the command key and the registration, the inspection result of the progress status and the inspection result data of the quality inspection content are registered in the data RAM of the terminal device 11.

In addition, patrol the construction site under construction, FIG.
Touch the item of safety check (not shown) on the initial menu screen 67 shown in FIG. 10A to display the safety check input screen 90 shown in FIG. Whether you have appointed a chief of work,
2. Check the items such as whether or not people other than the person concerned are prohibited from entering, etc., in order, if they are compliant in the parentheses column, touch until no is displayed if not compliant, touch the command key, register, register Is performed (step S25). In this way, the inspection of the finished state of each room of the entire condominium and the safety check inspection are performed, and each inspection is completed.

Then, in the terminal device 11, FIG.
Touching the progress input / display items on the screen 67 shown in FIG. 7, for example, if you want to see the progress of the sound insulation partition of the construction item, select the item of condominium finishing work (not shown) on the inspection target input screen 68 shown in FIG. After the selection, the entire progress status display screen 84 shown in FIG. 10A is displayed, and when a pointing mark (not shown) in the sound insulation partition column of the construction item is touched, the ninth floor is displayed as shown in FIG. An elevation view 86 of the built condominium, and a progress display screen 85 for each floor, in which the progress rate for each floor is displayed as a solid bar graph 87, are displayed. Further, for example, by touching a pointing mark (not shown) on the 7th floor, the 7th floor shown in FIG.
When a section map screen 88 such as an elevator, a stair, etc. of the floor is displayed, and a pointing mark (not shown) of each section map 89 is touched, a bar graph is displayed by filling in the section and the progress rate of each section can be analyzed. . And
As shown in FIG. 5, when the number of floors is selected, the progress status is displayed, and the construction item is selected, the progress status for each construction item at that floor is displayed (step S26).

Further, it is connected to the printer 15 and
When the form printing on the screen 67 of (A) is selected and the inspection target is selected for the quality inspection, as shown in FIG.
Intermediate inspection results and completion inspection results are printed, and if you select progress management and select items in the overall progress list,
When the entire progress result data is rearranged and printed in the form of a list, and when the progress list by floor is selected,
Sorting is performed for each floor and printed. Further, when a safety check is selected, the result of the safety check is printed (step S).
27). Then, I via the RS232C cable 10
The inspection result data collected by the C card 12 (for data) is transmitted to the host computer 1 (step S28).

As shown in the flowchart of FIG. 12, the host computer 1 receives the inspection result data transmitted from each terminal (step S31), and displays the construction management menu screen on the CRT 3, as shown in FIG. As described above, the inspection target is selected, the quality inspection menu is selected, and the bar arrangement inspection result, the intermediate inspection result, the completion inspection result, etc., and the Pareto drawing are printed (step S32). At this time, as a result of the quality inspection, the data created by inputting to the input screen 79 is rearranged by using a key code by spreadsheet software to create sorting data for each type of business and each part.

When the progress management menu is selected and the progress status display / print menu based on the drawing is selected, the progress status based on the drawing is displayed and printed for each of the elevation view and the plan view. Instead of the rate display, bar graph display and printing by filling can be performed. Also, if you select the progress list print menu, you can print and display the overall progress management status by spreadsheet software, the progress status management status for each floor plan searched using key codes, and select the progress transition graph menu Then, a progress transition graph is created, displayed and printed (step S33), and when a safety check is selected, the check result of the safety check list can be printed (step S34).

The control program of the data processing device used for the terminal can also be transferred and stored in the memory of the terminal, prepared by the host computer. If the memory of the host computer has a large capacity, it is needless to say that a plurality of drawing data to be inspected, character data and the like are stored in the memory. In this embodiment, the inspection of the finished state of the condominium construction has been described. However, the inspection of the quality of office buildings and the like, the inspection of the progress, the inspection of the frame construction of the joints and the like, as well as the steel frame and PC
It goes without saying that the present invention can be applied to inspection of plates, curtain walls and the like. Furthermore, various modifications can be made and applied to the inspection field related to other operations without departing from the gist of the present invention. For example, the present invention can be applied to quality control, progress management, and the like in production lines such as shipbuilding and automobiles.

[0063]

As described above, according to the terminal of the present invention, the screen for inputting the inspection results of the quality inspection, the progress status and the safety inspection is displayed on the touch panel type portable terminal. Create and collect quality inspection data by entering inspection details of items, progress management data by entering the progress rate of each construction item for progress management, and safety inspection data by entering safety inspection results for safety inspections. With the configuration, the construction management area can be extended not only to the quality inspection of the construction state, but also to the area of progress management and safety inspection, so that the utilization area thereof can be greatly expanded. Furthermore, at the time of quality inspection, the location of the defect location of the inspection target can be input to the drawing of the inspection target drawing as a positive integer symbol, so that the location of the defect location can be immediately determined by visual inspection of the drawing screen. This provides more convenience for this type of inspection management.

Further, according to the terminal device of the present invention, the progress management data obtained as a result of the inspection is rearranged, and the progress status for each unit inspection area and each construction item, and the progress status list for the whole construction item to be inspected are listed. Since it is possible to create and output a table and a progress list for each unit inspection area, it is possible to clearly grasp the progress of a plurality of works that are proceeding simultaneously.

Further, according to the terminal device of the present invention, the display of the progress rate by the numerical value of the progress management status is made by the bar graph data by filling in the related setting, so that the progress rate is determined from the degree of filling. It can be instantly detected intuitively.

According to the work management apparatus of the present invention, inspection input data is created by editing drawing data such as an elevation, an input screen, etc., and character data used for an inspection, etc.
While transferring this to the touch panel type portable terminal, it receives the inspection result data collected by each terminal and prints and displays the inspection result data of quality inspection, progress status and safety inspection based on these data As a result, it is possible to clearly grasp the quality inspection status, progress status, and safety inspection status of a plurality of works simultaneously proceeding at each location.

Further, according to the work management device of the present invention,
Since a progress list of the entire construction items, a progress list of each construction item in the unit inspection area, and a progress transition graph can be created, the progress of the construction can be analyzed from various viewpoints. In addition, since the progress rate of the progress status can be created by bar graph data, the status can be grasped at a glance.

[Brief description of the drawings]

FIG. 1 is an overall configuration diagram of a touch panel type portable terminal device and a construction management device of the present invention.

FIG. 2A is a functional block diagram of a host computer in the construction management device of the present invention, and FIG. 2B is a functional block diagram of a touch panel portable terminal.

FIG. 3 is a diagram showing one half of a menu hierarchy of the construction management device of the present invention.

FIG. 4 is a diagram showing the other half of the menu hierarchy of the construction management device of the present invention.

FIG. 5 is a hierarchical view of a menu of the touch panel portable terminal of the present invention.

6A is a text / drawing registration screen and a text data creation screen on the construction management device side, and FIG. 6B is a specific plan view from an elevation view and a specific detail view from a plan view using a pointing mark. FIG. 6 is a diagram for explaining a related setting mode for calling up.

FIG. 7A is an initial menu screen of the touch panel portable terminal, and FIG. 7B is an inspection target input screen.

FIG. 8 (A) is an inspection target call input screen for selecting a ridge to be inspected, (B) is an inspection target call input screen for selecting a floor, and (C) is a selected ridge and a dwelling unit from the floor. It is an inspection dwelling unit call input screen to select.

9A is a detailed diagram input screen, FIG. 9B is a progress status input screen, FIG. 9C is a quality inspection input screen, FIG. Is a small item input screen of the inspection content of the member.

10A is a progress status input screen, FIG. 10B is a progress status display screen for each floor showing the progress status in a solid bar graph, and FIG. 10C is a progress rate for each work section on the seventh floor. Is a progress bar display screen showing each worker's distinction, and (D) is a safety check input screen.

11A is a flowchart of a host computer that creates master data and the like, and FIG. 11B is a flowchart of a terminal that performs inspection data collection and the like using a touch panel portable terminal.

FIG. 12 is a flowchart of a host computer that receives inspection data and the like collected from a terminal device and prints inspection result data and the like.

13A is an external perspective view of a conventional touch panel portable terminal, and FIG. 13B is a diagram showing an inspection result data input screen displayed on the display surface shown in FIG.

[Explanation of symbols]

1 host computer, 2 CPU, 3 CRT, 4
Hard disk, 5 image scanner, 6 memory,
7 printer, 8 reader / writer, 10RS232C
Cable, 11 Touch panel type portable terminal, 12
IC card for terminal installation, 13 touch panel display screen, 14 printer adapter, 15 printer, 16
Video Converter, 17 Video Monitor.

──────────────────────────────────────────────────続 き Continued on the front page (58) Fields surveyed (Int. Cl. ⁷ , DB name) G06F 17/60 104 G06F 3/00 620 G06F 17/40 JICST file (JOIS)

Claims (7)

(57) [Claims] 1. A work-inspection touch-panel type mobile phone in which a touch panel on a screen on which input data is displayed is used as input means, and the data is input by touching a corresponding position on the data via the input means. Type terminal,
The terminal device includes drawing data such as an elevation view of a subject to be inspected, a quality inspection including an inspection item column and an inspection content input column, a progress status including a construction item column and a progress rate input column, and a safety inspection item column. Accumulation of inspection input data such as input screens related to safety inspections consisting of inspection content input fields and character data indicating quality inspection, progress status, and inspection results of safety inspections in a layered format, and inspection result data And a data processing means. The data processing means displays the drawing data such as the elevation and the input screen for quality inspection, progress status, and safety inspection on the screen of the terminal device. Are sequentially displayed, and at the time of quality inspection, the position of the defect location to be inspected is attached to the corresponding position in the drawing data such as the elevation view or the like, with a positive integer sign sequentially increasing in the order of input. display Data and the inspection result data in which text data indicating the inspection result is displayed in the inspection content input field of the quality inspection input screen, and the progress rate is displayed in the construction item field of the progress input screen during the progress status inspection. Is created, and in the case of a safety inspection, inspection result data in which character data or the like indicating the safety inspection result is input in the inspection content input field of the safety inspection input screen, and the inspection result data is generated. Collecting and accumulating the data in the storage means, receiving the test input data, and transmitting the test result data. 2. The method according to claim 1, wherein the data processing unit rearranges the collected inspection result data of the progress status for each construction item and for each unit inspection area to be inspected. The progress status display of all the construction items in the unit inspection area and the progress status display of all the construction items in the unit inspection area are sorted by the construction item by sorting the inspection result data of the progress status for each unit inspection area. The progress status display for each construction item in the unit inspection area by the rearrangement process, and the progress status list for all the construction items, By rearranging the inspection result data for each unit inspection area, it is necessary to create inspection result data with the progress list of construction items in the unit inspection area. The touch panel type portable terminal device for work inspection according to claim 1. 3. The data processing means converts the progress rate of each construction item in the progress inspection result data into bar graph data by filling and displaying the progress data in drawing data such as the elevation view for each unit inspection area. In the related setting process, the progress rate of each construction item in the above-described progress status inspection result data is created as inspection result data that is displayed for each unit inspection area in drawing data such as an elevation view in solid bar graph data. The touch panel type portable terminal device for work inspection according to claim 1, characterized in that: 4. The apparatus according to claim 1, wherein the data processing means causes the display / print output means connected to the terminal device to output the inspection result data of the object to be inspected. Item 2. The touch panel portable terminal device for work inspection according to claim 2 or 3. 5. A work management device for receiving inspection result data from each of the terminals according to claim 1, wherein the reading unit reads drawing data such as an elevation view of the object to be inspected, A screen for inputting an inspection, a progress status, and a safety check, a creating unit for creating character data and the like indicating a quality inspection, a progress status, and an inspection result of the safety check; a display / print output unit; Screen for input, test input data consisting of character data and the like, storage means for accumulating test result data from the terminal device, and transmitting the test input data to the terminal device, from the terminal device, Data sending and receiving means for receiving inspection result data,
Data processing means, wherein the data processing means accumulates drawing data such as an elevation view of an object to be inspected, an input screen, and inspection input data such as the character data in the storage means in a layered format. Then, the inspection input data is transmitted to the terminal, and the inspection result data from the terminal is received and processed, and the quality inspection, progress, and inspection result data of the safety inspection transferred from the terminal are transmitted. The work management device outputs the information to the display / print output means. 6. The data processing means reorders the received inspection result data of the progress into a list format of all the construction items, and displays a list of the progress of all the construction items and the inspection result of the progress. By sorting the data into unit inspection areas, the progress status list of all construction items in the unit inspection area, and sorting the construction items until the creation of the above-described progress inspection result data, can be sorted by construction item. 6. The work management device according to claim 5, wherein the inspection result data with the progress transition graph is created and output to a display / print output unit connected to the work management device. 7. The data processing means converts the progress rate for each construction item in the progress inspection result data into bar graph data by filling in, and displays the data in drawing data such as an elevation view for each unit inspection area. By the related setting process,
The progress rate for each construction item in the inspection result data of the progress is created as inspection result data to be displayed for each unit inspection area in drawing data such as an elevation view by bar graph data by filling, and the work management device Display connected
[Claim 5] The data is output to a print output unit.
Work management device as described.