JP2011080216A - Bar arrangement inspection system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a bar arrangement inspection system, for example, taking an image of all bar arrangements without any omission. <P>SOLUTION: This bar arrangement inspection system 1 can be applied to at least either of various inspections including a bar arrangement inspection of a building using a digital camera 2, and the execution of work or the management of operations, associated with the various inspections. Operation instruction data associated with the inspection of each section are created on the basis of individual bar arrangement drawing data preliminarily inputted by an OA personal computer 4 installed in an office, and notification of completion of photographing is made on the completion of the photographing of all operation records of a certain section by the digital camera 2, on the basis of the operation instruction data of the certain section, by means of a site terminal 3 transferring the operating instruction data. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a bar arrangement inspection system, and more particularly, bar arrangement applicable to at least one of various inspections including a bar arrangement inspection of a building using imaging means and construction or work management related to the various inspections. It relates to the inspection system.

  In bar arrangement inspection in rebar construction, it is checked whether or not the amount, position, and spacing of rebars are correctly arranged as designed, but in the past, collation with design drawings brought to the construction site by inspectors. And taking pictures of the situation with a digital camera.

  Such an amount of photographing is enormous, and when such photographed photographs are reported as inspection results after the fact, the photographing location, time, etc. may become unclear. In view of this, a bar arrangement inspection system has been developed in which a bar arrangement inspection of a building is performed using a photographing means of a camera.

  For example, Patent Document 1 includes a personal computer and database installed in a work office, and an information recording card that is mounted at a work site and records location information and member information. The construction position is photographed by a digital camera with an information reading function. Thus, a work site photographing recording system is disclosed in which an image and date / time information are recorded, and at the same time, location information and member information recorded in an information recording card are recorded in a database.

  Usually, from the viewpoint of ensuring the strength of a building, 100% inspection is often adopted as a bar arrangement inspection. However, in the system disclosed in Patent Document 1, since the determination of the location to be photographed by the digital camera is only based on the judgment of the inspector, it is difficult to confirm whether or not the work for all the inspection target locations has been completed. . In particular, when there are a lot of inspection target portions, the inspection period becomes long, and it is considered that a plurality of persons may hit the inspection.

  The present invention has been made in view of such circumstances, and an object thereof is to provide a bar arrangement inspection system capable of photographing all bar arrangements without omission.

  The first invention is a bar arrangement inspection system applicable to at least one of various inspections including bar arrangement inspection of buildings using photographing means, and construction or work management related to the various inspections, Work instruction data creation means for creating work instruction data related to inspection for each section based on individual arrangement drawing data input in advance, and work records for the section based on work instruction data in a section And a photographing completion notifying means for notifying that the photographing is completed when all the images are taken by the photographing means.

  According to the first invention, based on the individual arrangement drawing data inputted in advance, the work instruction data creating means for creating work instruction data relating to the inspection for each section, and the work instruction data in a certain section And an imaging completion notification means for notifying that the imaging is complete when all the work records in the certain section have been imaged by the imaging means. It is possible to know whether or not shooting is completed. And when there is such a notification, it will start shooting in the next section. Thereby, it becomes possible to photograph all the bar arrangements for each section without omission.

  The second invention is a bar arrangement inspection system applicable to at least one of various inspections including bar arrangement inspection of a building using an imaging means, and construction or work management related to the various inspections, Work instruction data creation means for creating work instruction data related to inspection for each section based on individual arrangement drawing data input in advance, and work records for the section based on work instruction data in a section And a first photographing continuation means for enabling the photographing means to photograph the work record in the next section based on the work instruction data in the next section when all of the images are photographed by the photographing means. It is characterized by that.

  According to the second invention, based on the individual arrangement drawing data inputted in advance, the work instruction data creating means for creating work instruction data relating to the inspection for each section, and the work instruction data in a certain section Thus, when all the work records in the certain section have been photographed by the photographing means, the work record in the next section can be photographed by the photographing means based on the work instruction data in the next section. Since the first photographing continuation means is provided, if the previous work is not completed, recording input, photography and registration of the next work cannot be performed. Thereby, it becomes possible to photograph all the bar arrangements for each section without omission.

  The third invention is a bar arrangement inspection system applicable to at least one of various inspections including bar arrangement inspection of a building using photographing means and construction or work management related to the various inspections, Work instruction data creation means for creating work instruction data related to inspection for each section based on individual arrangement drawing data input in advance, and work records for the section based on work instruction data in a section A first photographing continuation means for enabling the photographing means to photograph the work record in the next section based on the work instruction data in the next section A second photographing continuation unit, the first photographing continuation unit, and the second photographing continuation unit, which allow the photographing unit to photograph the work record in the arbitrary section based on the work instruction data in the section. Noisy It is characterized in that a selection means for selecting whether Re.

  According to the third invention, based on the individual arrangement drawing data inputted in advance, the work instruction data creating means for creating work instruction data related to the inspection for each section, and the work instruction data in a certain section Thus, when all the work records in the certain section have been photographed by the photographing means, the work record in the next section can be photographed by the photographing means based on the work instruction data in the next section. A first photographing continuation unit, a second photographing continuation unit that enables photographing of the work record in the arbitrary section based on the work instruction data in the arbitrary section, and the first photographing continuation unit; And a selection means for selecting one of the second imaging continuation means, so that when the first imaging continuation means is selected by the selection means, if the previous work is not completed, the next work Record input and photos Shadow, can not be registered. Thereby, it becomes possible to photograph all the bar arrangements for each section without omission. On the other hand, when the second photographing continuation unit is selected by the selection unit, the operations in the instruction sheet can be performed in any order. Further, in this case, it is convenient that a new work can be started even if there is a suspended work.

  By the way, when there are a large number of shooting target locations in a section, it is difficult to respond quickly by creating a report after shooting all of them. On the other hand, when the shooting target location in the section is too small, the shooting is completed in a short time, so that a report is frequently created and is complicated.

  Therefore, as in the invention described in claim 4, it is preferable that the section has at least one of a place unit including a floor and a bundle unit for managing construction or work.

  According to invention of Claim 4, since the said division uses as a unit at least one of the place unit containing a floor, and the binding unit which manages construction construction or work, it leaks all the bar arrangements for every said unit. You can shoot without.

  As in the fifth aspect of the invention, it is preferable to provide individual reinforcing bar drawing data creation means for creating the individual reinforcing bar drawing data by cutting out the reinforcing bar drawing data. Note that the individual arrangement drawing data is data composed of arrangement data of unit arrangements in each photographing target portion, such as a large beam and a small beam constituting a floor.

  According to the fifth aspect of the present invention, since the individual arrangement drawing data creating means for creating the individual arrangement drawing data by cutting out the arrangement drawing data is provided, the individual arrangement drawing data is efficiently obtained. Can be created.

  According to a sixth aspect of the present invention, it is preferable to provide report data creating means for creating report data using the photographing data photographed by the photographing means.

  According to the sixth aspect of the invention, since the report data creating means for creating the report data using the photographing data photographed by the photographing means is provided, the report data can be efficiently created.

  According to the first invention, based on the individual arrangement drawing data inputted in advance, the work instruction data creating means for creating work instruction data relating to the inspection for each section, and the work instruction data in a certain section And an imaging completion notification means for notifying that the imaging is complete when all the work records in the certain section have been imaged by the imaging means. It is possible to know whether or not shooting is completed. And when there is such a notification, it will start shooting in the next section. Thereby, it becomes possible to photograph all the bar arrangements for each section without omission.

  According to the second invention, based on the individual arrangement drawing data inputted in advance, the work instruction data creating means for creating work instruction data relating to the inspection for each section, and the work instruction data in a certain section Thus, when all the work records in the certain section have been photographed by the photographing means, the work record in the next section can be photographed by the photographing means based on the work instruction data in the next section. Since the first photographing continuation means is provided, if the previous work is not completed, recording input, photography and registration of the next work cannot be performed. Thereby, it becomes possible to photograph all the bar arrangements for each section without omission.

  According to the third invention, based on the individual arrangement drawing data inputted in advance, the work instruction data creating means for creating work instruction data related to the inspection for each section, and the work instruction data in a certain section Thus, when all the work records in the certain section have been photographed by the photographing means, the work record in the next section can be photographed by the photographing means based on the work instruction data in the next section. A first photographing continuation unit, a second photographing continuation unit that enables photographing of the work record in the arbitrary section based on the work instruction data in the arbitrary section, and the first photographing continuation unit; And a selection means for selecting one of the second imaging continuation means, so that when the first imaging continuation means is selected by the selection means, if the previous work is not completed, the next work Record input and photos Shadow, can not be registered. Thereby, it becomes possible to photograph all the bar arrangements for each section without omission. On the other hand, when the second photographing continuation unit is selected by the selection unit, the operations in the instruction sheet can be performed in any order. Further, in this case, it is convenient that a new work can be started even if there is a suspended work.

It is a conceptual diagram which shows the hardware constitutions around the bar arrangement inspection system which concerns on one Embodiment of this invention. It is a functional block diagram which shows the software structure around this system. It is a flowchart which shows the operation example of this system. It is explanatory drawing which shows the example of a recording input screen in the field terminal of this system. It is explanatory drawing which shows the example of a bar arrangement display with the field terminal of this system. It is explanatory drawing which shows the example of a work procedure screen in the field terminal of this system. It is explanatory drawing which shows the example of an album output with the field terminal of this system.

  FIG. 1 is a conceptual diagram showing a hardware configuration around a bar arrangement inspection system (hereinafter, this system) 1 according to an embodiment of the present invention, and FIG. 2 is a functional block diagram showing a software configuration around the system 1. It is. As shown in FIG. 1 and FIG. 2, the present system 1 performs a bar arrangement inspection of a building, and mainly includes a digital camera (corresponding to photographing means) 2 and the digital camera 2 at the site. It is comprised from the portable field terminal 3 and the one part function processing part of the OA personal computer 4 installed in the office.

  Here, the digital camera 2 performs imaging of a location inspection target portion, and can transfer the imaging data to the field terminal 3 by wireless communication.

  The on-site terminal 3 includes, for example, a tablet personal computer, and includes a CPU (Central processing unit) that executes various calculations and the like, and a memory that stores various programs and various data, and the like, such as a keyboard and a stylus pen. The input unit 3a and a display unit 3b such as a liquid crystal screen are integrated.

  Then, by reading various programs stored in the memory into the CPU and executing them, the work record photography function processing unit 31, the blackboard function processing unit 32, and the report creation function processing unit 33 are provided. Each is built.

  The work record photography function processing unit 31 is for capturing photographing data transferred by wireless communication from the digital camera 2 when the digital camera 2 photographs the work situation in the field.

  The blackboard function processing unit 32 performs blackboard display and the like for performing on-site bar arrangement inspection on the basis of work instruction data for a bar arrangement inspection target location in a certain section (for example, a floor of a bit floor). . Then, when all the work records in the certain section have been photographed by the digital camera 2, “completion” is displayed on the display unit 3 b as a notice that the photographing is completed (shooting completion notice). Equivalent to the means).

  The report creation function processing unit 33 creates report (construction album) data using the photographic data captured by the work record photography function processing unit 31, and corresponds to report data creation means.

  Similar to the on-site terminal 3, the OA personal computer 4 includes a CPU for executing various calculations and the like, and a memory for storing various programs and various data, and an input unit 4a such as a keyboard and a mouse. The display unit 4b such as a liquid crystal screen is electrically connected to each other.

  Then, by loading various programs stored in the memory into the CPU and executing them, the arrangement drawing individual cutout function processing unit 41, the work instruction creation / issue function processing unit 42, and the system Although not in the range of 1, the arrangement drawing data creation function processing unit 43, the report output unit 44, and the report transmission unit 45 are each constructed.

  The input unit 4a is used for inputting information (floor, structure, position, etc.) of a bar arrangement inspection target portion into an EXCEL (Microsoft product name) file.

  The bar arrangement drawing individual cutout function processing unit 41 cuts out bar arrangement drawing data individually from the original drawing data (image data) created by the bar arrangement drawing data creation function processing unit 43, thereby providing individual bar arrangement drawing. Data is created (corresponding to individual reinforcement drawing data creation means). Note that the individual arrangement drawing data is data composed of arrangement data of unit arrangements in each photographing target portion, such as a large beam and a small beam constituting a floor.

  The work instruction creation / issuance function processing unit 42 is based on the information on the placement target area input from the input unit 4a and the individual arrangement drawing data created by the arrangement drawing individual cutting function processing unit 41. In addition to creating work instructions relating to the inspection for each section (corresponding to work instruction data creating means), the work instructions are issued (transferred to the on-site terminal 3).

  The reinforcing bar drawing data creation function processing unit 43 creates the reinforcing bar drawing CAD data using an appropriate CAD tool.

  The report output unit 44 displays the report data created by the report creation function processing unit 33, for example, on the display unit 4b, and further stores the report data.

  The report transmission unit 45 transmits the report data created by the report creation function processing unit 33 to, for example, the head office outside the office.

  FIG. 3 is a flowchart showing an example of the operation of the system 1, FIG. 4 is an explanatory diagram showing an example of a record input screen on the site terminal 3, FIG. 5 is an explanatory diagram showing an example of a bar arrangement display on the site terminal 3, and FIG. FIG. 7 is an explanatory diagram showing an example of album output at the site terminal 3. Hereinafter, the operation of the system 1 will be described with reference to these drawings. Here, it is assumed that the arrangement drawing CAD data has already been created by the arrangement drawing data creation function processing unit 43 of the OA personal computer 4.

  First, in FIG. 3, the arrangement drawing individual cutout function processing unit 41 of the OA personal computer 4 is used to cut out the arrangement drawing for each inspection target portion from the design drawing, and create a drawing file for each inspection target portion ( Step S1).

  Next, in the input unit 4a, enter information (floor, structure, position, etc.) of the placement inspection target portion and the file name of the placement drawing file created in step S1 into EXCEL (Microsoft product name). Thus, the work instruction creation / issuance function processing unit 42 is used to create inspection instruction data. This inspection instruction data is transferred to the site terminal 3 (step S2).

  Next, the site terminal 3 and the digital camera 2 are brought to the site, and the work of the inspection target location on the floor of the bit floor (corresponding to a certain section) is performed by the work record photography function processing unit 31 of the site terminal 3. The instruction data is opened, and further the work for the inspection target portion (cross section) is opened (step S3).

  Next, an inspection is performed based on information such as a bar arrangement drawing on the site terminal 3, and an inspection result, an inspector, an inspection date, and the like are input to the site terminal 3 from the input unit 3a (step S4). At this time, in the screen example of the record display displayed on the display unit 3b, as shown in FIG. 4, on the left side, the construction content is “bar arrangement”, the floor is “bit floor”, the part is “foundation”, A code “FG1”, a position “Y1-X1, X2”, a date “2009/2/10”, an inspector “Taro Hinomoto”, and a determination “pass” are displayed. Whether the determination is “pass” or “hold” is input to the on-site terminal 3 by the inspector selecting one of them. On the right side of the screen, there is displayed a note that “checks against the arrangement drawing to determine whether it is appropriate. Further, in the screen example of the arrangement diagram display example, as shown in FIG. 5, the symbol “FG1”, the position “all cross sections”, the cross-sectional shape, and the like are displayed.

  Next, after passing the inspection, the blackboard function processing unit 32 of the on-site terminal 3 is used to display the inspection location information on the on-site terminal screen, and the on-site terminal 3 is placed beside the inspection object and the digital camera. 2 is used to photograph the inspection object, and the photographing data is transmitted to the on-site terminal 3 (step S5). The photographing data is taken into the worksite terminal 3 by the work record photograph photographing function processing unit 31.

  Next, it is determined whether or not the inspection work for the inspection target portion has been completed (step S6). The status of work, “complete”, “work in progress”, etc. of the upper management unit is displayed on the work procedure screen (see FIG. 6) and the work instruction list screen on the screen of the display unit 3b. If it is determined that there is no indication of “complete” and the inspection work has not been completed (No in step S6), the process returns to step S3. On the other hand, if it is determined that the inspection work has been completed (Yes in step S6), “completed” is displayed on the screen of the display unit 3b, and the process proceeds to the next step S7.

  Then, a report (construction album) is created using the report creation function processing unit 33 (step S7). At this time, in the screen example of the construction album displayed on the display unit 3b, as shown in FIG. 7, the construction content and the reinforcing bar construction are displayed as a photograph on the left side and an article on the right side, and a drawing is displayed on the right side. Has been. The report format is defined in advance and stored in the field terminal 3.

  This report is transmitted to the OA personal computer 4, and the report output unit 44 displays the report data created by the report creation function processing unit 33 on, for example, the screen of the display unit 4b. Data is stored in the OA personal computer 4. The report transmission unit 45 transmits the report data created by the report creation function processing unit 33 to the head office or the like.

  As described above, according to the present system 1, a photograph taken on site can be pasted on a report and sent to a head office outside the office. In addition, since a layout chart (design document) is attached to a report (inspection report), an image of the layout chart can be brought into the system, and can be viewed on the site terminal 3 and pasted into the report. In addition to images, the report can include the date of inspection and the inspector. A blackboard to be copied at the time of taking a picture is displayed on the display unit 3b of the worksite terminal 3 to eliminate handwriting on the blackboard. Management is easily performed by automatically deleting the photographed status in the inspection target list.

  In other words, work instruction data related to inspection for each section such as a floor is created based on individual arrangement drawing data input in advance, and work records for the certain section are recorded based on work instruction data in a certain section. When the digital camera 2 completes the shooting, the display unit 3b displays that the shooting is complete. Therefore, the inspector can take a shot in a certain section depending on whether or not the display is “completed”. You can know if it is completed. When “complete” is displayed on the screen of the display unit 3b, shooting in the next section is started. As a result, all the bar arrangements for each section can be photographed without omission.

  In the above embodiment, when all the work records in a certain section have been photographed by the digital camera 2, the display unit 3b displays that the photographing has been completed, but based on the work instruction data in the certain section. When all the work records in the certain section have been photographed by the digital camera 2, the work record in the next section can be photographed by the digital camera 2 based on the work instruction data in the next section. (Corresponding to the first photographing continuation means). In this case, if the previous work is not completed, recording input, photography, and registration of the next work cannot be performed. Thereby, it becomes possible to photograph all the bar arrangements for each section without omission.

  Alternatively, based on the work instruction data in a certain section, when all the work records in the certain section have been photographed by the digital camera 2, the work instruction data in the next section is determined based on the work instruction data in the next section. Whether the work record can be photographed with the digital camera 2 (corresponding to the first photographing continuation means), or the work record in the arbitrary section can be photographed with the digital camera 2 based on the work instruction data in the arbitrary section Or (corresponding to the second photographing continuation means) may be selected (corresponding to the selection means). In this case, when the former is selected, unless the previous work is completed, recording input, photography, and registration of the next work cannot be performed. Thereby, it becomes possible to photograph all the bar arrangements for each section without omission. On the other hand, when the latter is selected, the operations in the instruction sheet can be performed in any order. Further, in this case, it is convenient that a new work can be started even if there is a suspended work.

  In the above embodiment, the arrangement drawing individual cutout function processing unit 41 and the work instruction creation / issuance function processing unit 42 are provided in the OA personal computer 4, but this may be provided in the field terminal 3. On the contrary, the OA personal computer 4 may include the report creation function processing unit 33 provided in the on-site terminal 3, the arrangement drawing individual cutting function processing unit 41, and the like.

1 Bar arrangement inspection system (sometimes called this system)
2 Digital camera (corresponds to photographing means)
3 Field Terminal 3a Input Unit 3b Display Unit 31 Work Record Photo Shooting Function Processing Unit 32 Blackboard Function Processing Unit (corresponding to shooting completion notification means, first shooting continuation means, second shooting continuation means, selection means)
33 Report creation function processing section (corresponds to report data creation means)
4 OA personal computer 4a input unit 4b display unit 41 bar arrangement drawing individual cutout function processing unit (corresponding to individual bar arrangement drawing data creation means)
42 Work instruction creation / issue function processing unit (corresponds to work instruction data creation means)

JP 2005-16108 A

Claims (6)

A bar arrangement inspection system applicable to at least one of various inspections including a bar arrangement inspection of a building using an imaging means and construction or work management related to the various inspections,
Work instruction data creating means for creating work instruction data related to the inspection for each section based on individual arrangement drawing data input in advance;
A shooting completion notifying means for notifying that the shooting is completed when all the work records in the certain section have been shot by the shooting means based on the work instruction data in the certain section; Reinforcement inspection system. A bar arrangement inspection system applicable to at least one of various inspections including a bar arrangement inspection of a building using an imaging means and construction or work management related to the various inspections,
Work instruction data creating means for creating work instruction data related to the inspection for each section based on individual arrangement drawing data input in advance;
Based on the work instruction data in a certain section, when all the work records in the certain section have been photographed by the photographing means, the work record in the next section is based on the work instruction data in the next section. A bar arrangement inspection system comprising: first imaging continuation means that enables imaging by the imaging means. A bar arrangement inspection system applicable to at least one of various inspections including a bar arrangement inspection of a building using an imaging means and construction or work management related to the various inspections,
Work instruction data creating means for creating work instruction data related to the inspection for each section based on individual arrangement drawing data input in advance;
Based on the work instruction data in a certain section, when all the work records in the certain section have been photographed by the photographing means, the work record in the next section is based on the work instruction data in the next section. First photographing continuation means for enabling photographing with the photographing means,
Based on work instruction data in an arbitrary section, second photographing continuation means for enabling the photographing means to photograph the work record in the arbitrary section;
A bar arrangement inspection system comprising a selection unit for selecting one of the first imaging continuation unit and the second imaging continuation unit.   The bar arrangement inspection system according to any one of claims 1 to 3, wherein the section is based on at least one of a place unit including a floor and a binding unit for managing construction work or work. .   The bar arrangement inspection system according to any one of claims 1 to 4, further comprising individual arrangement drawing data creation means for creating the individual arrangement drawing data by cutting out the arrangement drawing. .   6. The bar arrangement inspection system according to any one of claims 1 to 5, further comprising report data creation means for creating report data using photographing data photographed by the photographing means.