JP2006146682A - Portable terminal, construction photograph management system, construction photograph pickup control method, construction photograph management method and construction photograph pickup control program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To easily produce necessary photographic data 30 in photographing of construction to be photographed to efficiently produce construction photograph data 57. <P>SOLUTION: This portable terminal 24 stores a photographed drawing 11 of each the construction to be photographed and a construction check list 43 including a construction design value and a construction name of each the target construction. The photographic data 30 including the construction design value 12, the construction name, and the photographed drawing 11 of the construction operation-selected from respective pieces of the construction in the construction photograph check list 43 and the stored photographed drawings 11 of the respective pieces of the construction, and an actual measurement 13 of the operation-inputted construction are produced. Photograph data 56 of the construction 14 are obtained according to camera photographing operation while the photographic data 30 is displayed. The actual measurement and a photograph number of the photographed construction are written in the construction photograph check list 43. Lastly, the photograph data 56 of each the construction and the construction photograph check list 43 after update are transmitted to an external construction photograph editing device. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a construction photo management system that obtains construction photo data of each construction by photographing each construction at each construction site in the construction industry and the construction industry, a portable terminal incorporated in the construction photo management system, and a construction photography control method The present invention relates to a construction photo management method and a construction photography control program.

  In the construction industry and the construction industry, when a series of construction work is received from a private company or a government agency, etc., each construction in this series of construction is carried out according to the construction plan, but the progress of each construction and the construction results of the completed construction Must be reported to the owner. In this case, the construction to be reported was photographed, and the photographed data was attached to the photographed photograph. More specifically, first, photographing data including a construction name, a work type, a drawing, a design value, an actual measurement value, and the like of the work to be reported is described on a portable blackboard. Next, the work to be reported and the blackboard on which the shooting data is recorded are photographed with a camera so that they enter the same screen. Therefore, each construction photograph taken includes construction and photographing data. Therefore, it is possible to submit each construction photograph taken as a report to the client as it is.

  FIG. 13 is a schematic diagram showing a procedure for creating a construction photograph including the construction and the shooting data.

  At the head office / branch 1 of the construction company, the person in charge 3 creates a standard photography list 4 for a series of orders received based on the shooting standards of the client 2 including the public office. This standard construction photography list 4 is transmitted to the construction site office 5. The person in charge of the site office 5 creates a paper-based construction photo checklist 6 based on the received standard construction photography list 4 and the situation on the site, special specifications, and discussion with the supervisor. The person in charge at the site office 5 creates a paper-based shooting drawing 7 for each construction to be shot from the design drawing. Then, the person in charge at the site office 5 gives the person in charge who goes to the site 8 the created construction photo checklist 6 and the photographed drawings 7 of each construction.

  Based on the construction photo checklist 6 and the photographing drawings 7 of each construction, the person in charge who arrived at the work site 8 supplies the construction name 10, construction code, construction company name, construction name, photographing drawing 11, design value 12, etc. to the blackboard 9. Post by hand. Further, an actual measurement value 13 for the design value 12 is measured and written on the blackboard 9. Such shooting data is written, the blackboard 9 is set on the construction 14 side to be photographed, and the construction 14 to be photographed is photographed by the camera 15.

  After shooting, the person in charge at the site 8 returns to the site office 5, develops, and obtains a construction photograph 16 for each construction. Then, the construction photo checklist 6 and the photographed drawing 7 of each construction are collated with the construction photo 16 for each construction, and the construction photo 16 is organized and edited. Check for omissions, deficiencies, etc., and if there is a problem, go to the site 8 again and take a construction photo again.

  The report 17 of the arranged and edited construction photo 16 is mailed to the head office / branch 1. The person in charge at the head office / branch 1 stores this report 17 as a storage report 17a. The report 17 is submitted to the owner 2 as a report 17b for submission.

Patent Document 1 discloses a technique for registering photographic data of a plurality of image frames taken at a construction site in a database server, displaying the data on a computer screen, and performing a quality inspection for the construction performed.
Japanese Patent Laid-Open No. 2003-317079

  However, there is still the following problem to be solved even in the method of obtaining a construction photograph for each construction by the method shown in FIG.

  In other words, the person in charge at the field office 5 has created the construction photo checklist 6 on paper based on the received standard construction photography list 4 on the paper. Since each data of the photo checklist 6 and the photographed drawing 7 of each construction are transferred by handwriting on the blackboard 9, a transfer error, a transfer error, a recognition error due to unclear characters, etc. occur.

  Omissions and inadequacies in the shooting data written on the blackboard 9 are detected when the construction photo checklist 6 in the field office 5, the shooting drawings 7 of each construction, and the construction photos 16 for each construction are collated. For this reason, the above-described backward work occurs.

  In addition, the construction photo checklist 6 and the photographed drawings 7 of each construction are collated with the construction photographs 16 for each construction, and the construction photographs 16 are manually organized and edited. Needed. In addition, a check mistake or the like may occur.

  Furthermore, the report 17b of the construction photo 16 submitted to the client 2 is a paper base, and the management of the report 17b in the client 2 becomes complicated.

  The present invention has been made in view of such circumstances, and by incorporating the construction photograph checklist and the photographing drawings into an electronic form, it is possible to easily and definitely create photographing data at the time of photographing the construction to be photographed, Abolished on-site blackboard posting work, prevention of transcription mistakes, prevention of shooting omissions, detection of omissions and inadequacies at an early stage, and reduction in the probability of backtracking work, construction photos An object is to provide a photography control method and a construction photography control program.

  Furthermore, in addition to the above-mentioned purposes, it is possible to easily synthesize and edit photo data after shooting, prevent errors in information association and work leakage, and finally obtain each construction photo data obtained. It is an object of the present invention to provide a construction photo management system and a construction photo management method which can be converted into electronic data, can be converted into electronic data from a report of each construction photo data submitted to the owner, and can improve the service to the owner.

  The invention of claim 1 is a portable terminal having a camera function for photographing each construction on a construction site. In order to solve the above-described problem, the portable terminal of the present invention includes a photography drawing storage unit that stores a photography drawing of each construction to be photographed, a construction photograph including a construction name and construction design value of each construction to be photographed. Construction photo checklist storage means for storing the checklist, and the photography drawings, construction names, construction design values, and operations of constructions selected from the construction photography checklist and construction photograph checklist. Shooting data creation means that creates shooting data that includes the actual measured values of the input work and displays them in the camera function finder, and the shooting data specified by the shooting data according to the camera shooting operation when the shooting data is displayed A construction photography checklist that writes the construction photography means to obtain the photograph data of the construction, and the photograph number and actual measurement value of the photographed construction to the construction photograph checklist Comprises a updating means, and transmission means for transmitting the captured construction photo checklist after photographic data and updating the work was to the outside of the construction photo editing apparatus.

  In the portable terminal configured as described above, the photography drawing of each construction to be photographed and the construction photo checklist including the construction name and construction design value of each construction to be photographed are stored and held in this portable terminal. . Therefore, it is possible to easily and definitely create shooting data to be referred to when the operator uses the portable terminal having the camera function to photograph the construction to be photographed.

  In addition, the actual measurement value of the construction to be photographed is written in the photographing data and construction photograph checklist. Furthermore, the photograph number of the photographed construction is written in the construction photograph checklist. The updated construction photo checklist and photographed construction photo data are transmitted to a construction photo editing device such as a field device, for example. The construction photo editing apparatus can synthesize the photograph data with the construction photo data using the construction photo checklist and edit the construction photo data.

  The invention of claim 2 specifies a portable terminal having a camera function for photographing each construction on a construction site, each construction photographed with this portable terminal, and photograph data of each construction photographed with the portable terminal. A construction photo management system comprising a field device that edits and obtains construction photo data to which shooting data is attached for each piece of photo data.

  Then, the field device has a construction photo checklist creation means for creating a construction photo checklist including the construction name and construction design value of each construction to be photographed based on the operation instruction, and a photographing target from the design drawing based on the operation instruction. Photography drawing creation means for creating photography drawings of each construction, transmission means for transmitting the created construction photo checklist and photography drawings for each construction to the portable terminal, and the photography drawings of each construction and the update received from the portable terminal Based on the subsequent construction photo checklist, create shooting data including the shooting drawings, construction names, construction design values, and actual measurement values of each construction, and overwrite each part of the photograph data of each construction that received this photography data. And construction photo data editing means for obtaining construction photo data of each construction.

  In addition, the mobile terminal uses the shooting drawings of each construction received from the field equipment and the construction drawings selected for operation from the construction photo checklist, the construction name, the construction design value, and the corresponding construction that has been input. Shooting data creation means that creates shooting data including actual measured values and displays them in the camera function finder, and photo data of the construction specified in the shooting data according to the camera shooting operation in the state where this shooting data is displayed A construction photo checklist, a construction photo checklist updating means for writing the photograph number and actual measurement value of the photographed construction into the construction photo checklist, and a photograph data of each photographed construction and an updated construction photo checklist. And transmitting means for transmitting to the field device.

  In the construction photo management system configured as described above, the person in charge at the site office creates a construction photo checklist in the field device and creates a photography drawing of each construction to be photographed from the design drawing. The created construction photo checklist and shooting drawings of each construction are transmitted (downloaded) to the mobile terminal.

  When the person in charge on the site operates the mobile terminal, selects a construction to be photographed and inputs an actual measurement value of the construction, photographing data of the construction is created and displayed on the finder. In this state, the person in charge photographs the construction designated by the photographing data. The photographed photograph data and the construction photograph checklist to which the photograph number and the actual measurement value are added are transmitted to the field device.

  In the field device, shooting data is created based on the shooting drawings of each construction and the updated construction photo checklist received from the mobile terminal, and this shooting data is overwritten on a part of the received photo data of each construction. Construction photo data for each construction can be obtained.

  In this case, each photo data and each construction on the construction photo checklist are linked by a photo number, so that each photo data and the shooting data always correspond.

  Accordingly, the work for editing the construction photo data is automatically performed, so that the operation burden on the operator can be reduced and the occurrence of an editing work error can be prevented.

  The invention of claim 3 is a construction photography control method for photographing each construction on a construction site using a camera function. In the construction photo shooting control method of the present invention, a procedure for storing the shooting drawings of each construction to be shot, a procedure for storing a construction photo checklist including the construction name and construction design value of each construction to be shot, Photographing data including the photographed drawings of each construction stored and the photographed drawings of constructions selected from the constructions in the construction photo checklist, construction names, construction design values, and actual measured values of the operations entered. Creating and displaying in the camera function finder, taking a photo of the construction specified in the shooting data according to the camera shooting operation with the shooting data displayed, and obtaining this photo data, Write and update the photograph number and actual measured value of the photographed construction in the construction photograph checklist, the photograph data of each photographed construction and the updated construction photograph check And a procedure to send a Cristo to the outside of the construction work photo-editing equipment.

  In the construction photography control method configured as described above, it is possible to achieve substantially the same operational effects as the portable terminal of the invention described above.

  The invention of claim 4 is a construction photo in which each construction at the construction site is photographed to obtain photographic data of each construction, and each of the obtained photographic data of each construction is attached with photographing data indicating information on the construction. This is a construction photo management method for obtaining data.

  Then, in the field equipment, create a construction photo checklist including the construction name and construction design value of each construction to be photographed based on the operation instruction, and obtain a photography drawing of each construction to be photographed from the design drawing based on the operation instruction. Create and send the created construction photo checklist and the shooting drawings of each construction to the mobile terminal having the camera function, and the shooting drawings and construction photo checklist of each construction received from the field device in the mobile terminal. A procedure for creating shooting data including the shooting drawings, the work name, the work design value, and the actual measurement value of the applicable work that has been selected for operation, and displaying them on the camera function finder In the terminal, according to the camera shooting operation with the shooting data displayed, obtain the photo data of the construction specified in the shooting data, Write the shaded work photo number and actual measured value to the work photo checklist, send the photo data of each work taken and the updated work photo checklist to the site equipment, and the site equipment Based on the photographed drawing and the updated construction photograph checklist received from the mobile terminal, the photographed data including the photographed drawing of each construction, construction name, construction design value and actual measurement value is created, and each photographed data received And a procedure for obtaining construction photo data of each construction by overwriting a part of the construction photo data.

  In the construction photo management method configured as described above, it is possible to achieve substantially the same operational effects as the construction photo management system described above.

  The invention of claim 5 is incorporated in a portable terminal having a camera function for photographing each construction on a construction site, and stored in the computer is a photographed drawing of each construction to be photographed and each photographed object to be photographed. Create the shooting data including the shooting drawing of the work selected from the work photo checklist including the work name and work design value of the work, the work name, the work design value, and the actual measurement value of the operation input. Shooting data creation function to be displayed in the camera function finder, construction shooting function to obtain the photo data of the construction specified in the shooting data according to the camera shooting operation in the state where this shooting data is displayed, The construction photo checklist update function that writes the photo number and actual measurement value of the construction to the construction photo checklist, and the photo data and update of each construction taken Is a construction photography control program for realizing the transmission function for the construction photo checklist transmitted to the external of the construction work photo-editing equipment.

  In the construction photography control program configured as described above, it is possible to achieve substantially the same operational effects as the portable terminal of the invention described above.

  In the portable terminal, the construction photography control method, and the construction photography control program of the present invention, the construction photography checklist and the photography drawings of each construction are incorporated electronically. Therefore, it is possible to easily and definitely create the shooting data necessary for shooting the construction of the shooting target, abolish the transfer work on the blackboard on the site, prevent transfer mistakes, prevent shooting omissions, and prevent omissions and shootings. Since deficiencies can be detected at an early stage, the probability of backtracking work can be reduced.

  In the construction photo management system and construction photo management method of the present invention, the field device creates shooting data based on the construction photo checklist received from the mobile terminal with a camera function, and receives each shooting data from the mobile terminal. The construction photo data of each construction is obtained by overwriting a part of the photograph data of each construction.

  Therefore, in addition to the effects of the above-described invention, it is possible to easily organize and edit photo data after the completion of photography, prevent information association errors and omissions, and finally obtain each construction photo Data can be converted into electronic data, and reports of each construction photo data submitted to the client can be converted into electronic data, improving the service to the client.

  The best mode for carrying out the present invention will be described below with reference to the drawings.

  FIG. 1 is a block diagram showing the overall configuration of a construction photo management system in which a portable terminal, a construction photography control method, a construction photography control program, and a construction photography management method according to the preferred embodiment of the present invention are incorporated and applied. FIG. The same parts as those in the conventional construction photo creation procedure shown in FIG.

  The construction photo management system according to this embodiment is roughly divided into a site office for the head office / branch 1 and is, for example, a field device 20 composed of a personal computer (PC) or the like, and a field office to an actual construction site. It consists of a portable terminal 24 incorporating a camera function held by a person in charge. Note that the portable terminal 24 is detachably attached to the field device 20. In the state where the portable terminal 24 is attached to the field device 20, data can be transmitted and received between the portable terminal 24 and the field device 20.

  At the head office / branch 1 of the construction company, the person in charge 3 creates a standard photography list 4 for a series of orders received based on the shooting standards of the client 2 including the public office. This standard construction photography list 4 is transmitted to the field office of the construction.

  The person in charge at the site office activates the photography drawing creation unit 21 and the construction photo checklist creation unit 22 of the field device 20 made of a PC based on the received standard construction photography list 4, and is shown in FIG. The construction photograph check list 43 shown in the photographed drawings 11 and 5 is created, and this construction photograph check list 43 is transmitted to the portable terminal 24. The portable terminal 24 downloads the construction photo checklist 43 transmitted from the field office. Further, as shown in FIG. 4, the construction photo composition editing unit 23 of the site apparatus 20 obtains construction photo data 57 by superimposing the photographing data 30 on the photo data 56 received (uploaded) from the portable terminal 24. Then, edit and send it to the head office / branch 1.

  FIG. 2 is a block configuration diagram showing a detailed configuration of the field device 20 composed of a PC. In the auxiliary storage device 40 comprising an HDD or the like, a design drawing file 41 for storing design drawings of each construction, a photography drawing file 42, a construction photo checklist 43, a photo data file 44, and a construction photo data file 45 are provided. Yes.

  The photographing drawing creation unit 21 designates the construction name or construction code of each construction designated as the subject to be photographed in the standard construction photography list 4 via the operation unit 46 for inputting data such as a keyboard and a mouse. Then, a photographed drawing 11 of each construction shown in FIG. 3 is created from the design drawing of each designated construction stored in the design drawing file 41 and written into the photographed drawing file 42. The construction design value 12 is also written in the photograph drawing file 42 in a state attached to the photograph drawing 11. The operator can check the created photographed drawing 11 and design value 12 on the display 47.

  The construction photo checklist creation unit 22 sets various conditions (items) for the operator to obtain the construction photo data 47 of each construction designated as the subject of photography in the standard construction photography list 4 via the operation unit 46. The written construction photo check list 43 shown in FIG. 5 is created and set in the auxiliary storage device 40.

  In the construction photo check list 43, the construction name 43a, construction code 43b, construction type 43c, measurement point 43d, photographing drawing number 43e, design value 12, actual measurement value 13, confirmation person 43f, photographing date and time inputted by the operator are included. 43g, a shooting file name 43h as a photo number is written. As shown in FIG. 5, the actual measurement value 13, the confirmer 43 f, the shooting date / time 43 g, and the shooting file name 43 h are written at the time when the actual photo shooting for the corresponding construction is performed by the portable terminal 24.

  The photographic drawing 11 of each construction stored in the photographic drawing file 42 is downloaded to the mounted portable terminal 24 via the photographic drawing transmission unit 48 and the transmission / reception I / F 53. The construction photo checklist 43 is also downloaded to the mobile terminal 24 in the mounted state via the construction photo checklist transmission / reception unit 49 and the transmission / reception I / F 53.

  The mobile terminal 24 shown in FIG. 1 temporarily stores the photographic drawing 11 and the construction photo checklist 43 of each construction received from the field device 20 in the photography drawing file 25 and the construction photo checklist memory 26, respectively. When this storage process is completed, the person in charge at the construction site removes the portable terminal 24 from the field device 20 and goes to the construction site to be photographed.

  The person in charge at the construction site operates the operation unit 28 of the portable terminal 24 to display the photographing data input screen 29 shown in FIG. 8 on the display 31 that is a finder in the camera function. Then, when one work to be photographed in the construction photo checklist 43 is designated by the selection button 29a, the photographing data input screen 29 is read from the construction photo checklist 43 stored in the construction photo checklist memory 26. The construction name 43a, the construction type 43c, the measuring point 43d, the design value 12, and the photographing drawing 11 of the corresponding construction read from the photographing drawing file 25 are displayed.

  Then, the person in charge at the construction site uses the photographing data input screen 29 to input the actual measurement value 13 for the design value 12. Further, a confirmer name (person in charge) 43 f is input from the operation unit 28. The state in which each item of the shooting data input screen 29 is input in this way is set as shooting data 30 of the construction to be shot. The photographing button 29b on the photographing data input screen 29 is pressed to activate the photographing unit 33 as the camera function of the portable terminal 24, and the photographing data 30 is moved to the upper right by reducing the display position of the display 31 serving as a finder.

  Next, as shown in FIG. 10, the person in charge of the construction site confirms the construction 14 to be photographed with the display device 31 serving as a finder, and photographs the construction 14 to be photographed. The photographing unit 33 writes the photograph data 56 including the photographed work 14 shown in FIG. 11 into the photograph data file 34 as shown in FIG.

  The check list updating unit 32 writes the actual measurement value 13 of the shooting data 30 and the confirmer 43f into the construction photo check list 43 temporarily stored in the construction photo check list memory 26, and also the shooting date and time 43g and the shooting file name. Write 43h.

  The updated construction photo checklist 43 stored in the construction photo checklist memory 26 and the photo data 56 of each construction stored in the photo data file 34 are in a state where the portable terminal 24 is mounted on the field device 20. It is transmitted (uploaded) to the field device 20.

  The actual measurement data input unit 27, the shooting data input screen 29, the shooting data 30, the check list update unit 32, and the shooting unit 33 that constitute the portable terminal 24 are each configured by an application program (module).

  2 receives the updated construction photo checklist 43 and the photo data 46 of each construction from the portable terminal 24 via the transmission / reception I / F 53, the construction data received by the photo data receiving unit 50 is received for each construction. The photograph data 56 is stored in the photograph data file 44. The construction photo checklist update unit 51 that has received the updated construction photo checklist 43 via the construction photo checklist transmission / reception unit 49 has updated the construction photo checklist 43 stored and held in the auxiliary storage device 40. Is overwritten with the construction photo checklist 43 of FIG.

  The construction photo composition editing unit 23 uses the pieces of information 43a to 43h including the actual measurement values 43g of the constructions in the construction photo checklist 43 and the photographing drawings 11 of the constructions in the photographing drawing memory 42 to obtain photographing data for each construction. 30 is created.

  Then, as shown in FIG. 4, the construction photo composition editing unit 23 receives the construction data corresponding to a part of the construction photo data 56 received (uploaded) from the portable terminal 24 and stored in the photography data file 44. The photographic data 30 is overwritten and combined to obtain the construction photo data 57 for each construction, and is written into the construction photo data file 45. The construction photo composition editing unit 23 associates the shooting data 30 of each construction with the photo data 56 of each construction with the shooting file name 43h. FIG. 7 is a diagram showing an editing screen 58 of the construction photo data 57 for each construction displayed on the display unit 47. The person in charge confirms the construction photo data 57 of each construction in order on this editing screen 58.

  The construction photo data transmission unit 52 writes the construction photo data 57 of each construction written in the construction photo data file 45 to an electronic storage medium such as an optical disk and transmits it to the head office / branch 1.

  The person in charge at the head office / branch 1 stores the construction photo data 57 written in an electronic storage medium such as an optical disk as a storage report 59a. Further, the construction photograph data 57 is submitted to the owner 2 as a report 59b for submission.

  FIG. 6 is a flowchart showing operations on the field device 20 performed by a person in charge at the field office and processing operations performed by the field device 20.

  The person in charge obtains the standard construction photography list 4 in writing from the head office / branch 1 (step S1). The person in charge obtains each work to be photographed from the photography list 4 and inputs it to the field device 20. The field device 20 edits (creates) the photographed drawing 11 of each construction (step S2). Further, the site apparatus 20 creates a construction photo checklist 43 in which information on each construction to be photographed is written (step S3). Then, the created photographic drawing 11 and construction photo checklist 43 are transmitted (downloaded) to the portable terminal 24 (step S4).

  Then, when the photograph data 56 of each construction to be photographed and the updated construction photograph checklist 43 are received from the portable terminal 24 (step S5), the photography data 30 of each construction is created, and the photograph data 56 of each construction and each The construction photograph data 30 is combined with the construction photography data 30 to obtain construction photograph data 57 for each construction (step S6). Then, the combined construction photograph data 57 is edited (step S7). Finally, the edited construction photo data 57 is written in an electronic storage medium such as an optical disk and transmitted to the head office / branch 1 (step S8).

  FIG. 12 is a flowchart showing operations on the portable terminal 24 performed by a person in charge at the construction site and processing operations performed by the portable terminal 24.

  The photographed drawing 11 and the construction photo checklist 43 of each construction downloaded from the field device 20 are taken into the files 25 and 26 (step Q1). Next, the photographing data input screen 29 is created and displayed (step Q2). When one shooting target construction is selected and specified on the shooting data input screen 29 (step Q3), the actual measurement value 13 and the confirmer 43f are input to the shooting data input screen 29 (step Q4). The construction photo check list 43 is updated with the shooting data 30 obtained on the shooting data input screen 29 (step Q5).

  Then, the construction 14 to be photographed is photographed by the photographing unit 33 of the portable terminal 24 (step Q6). The photographed photograph data 56 is stored in the photograph data file 34, and the photographed file name 43h is registered in the construction photograph checklist 43 (step Q6).

  If there is an unphotographed construction (step Q7), the process returns to Q2, and the photographing data input screen 29 is created and displayed.

  If there is no unphotographed construction (step Q7), the portable terminal 24 is taken back to the field office and attached to the field device 20. Then, the photo data 56 of each construction stored in the photo data file 34 and the updated construction photo check list 43 stored in the construction photo check list memory 26 are transmitted to the field device 20 (step Q8).

  In the construction photo management system of the embodiment configured as described above, the person in charge at the site office works in the site apparatus 20 with reference to the standard construction photography list 4 transmitted from the head office / branch 1. A photo checklist 43 is created, and a photographic drawing 11 of each construction to be photographed is created from a design drawing of the entire construction. The created construction photo checklist 43 and the shooting drawings 11 of each construction are transmitted (downloaded) to the portable terminal 24 having a camera function.

  The person in charge at the site operates the portable terminal 24, selects a construction to be photographed using the photographing data input screen 29, and inputs the actual measured value 13 of the construction. 11, shooting data 30 of the corresponding construction is created and displayed at one corner (upper right) of the display 31 as a finder.

  In this state, the person in charge photographs the construction 14 designated by the photographing data 30. The photographed photo data 56 of each construction, the photographed file name 43h (photo number), and the corrected construction photograph checklist 43 to which the actual measurement value 13 is added are transmitted to the field device 20.

  As described above, the photography drawing 11 of each construction to be photographed and the construction photo checklist 43 including the construction name and construction design value of each construction to be photographed are transmitted from the field device 20 to the portable terminal 24 and stored therein. ing. Therefore, the imaging data 30 to be referred to when the operator uses the portable terminal 24 having the camera function to photograph the construction 14 to be photographed can be easily and definitely created.

  In the field device 20, as shown in FIG. 4, the photographed data 30 is created based on the photographed drawing 11 of each construction and the updated construction photograph checklist 43 received from the mobile terminal, and the photograph of each construction received. Overwriting a part of the data 56, construction photo data 57 of each construction is obtained. In this case, each photo data 56 and each construction in the construction photo checklist 43 are linked by a shooting file name 43h as a photo number, so that each photo data 56 and the shooting data 30 always correspond to each other. Become.

  Therefore, the editing work of the construction photo data 57 is automatically performed, so that the operation burden on the operator can be reduced and the occurrence of editing errors can be prevented.

  Further, each work photo data 57 finally obtained can be converted into electronic data, and a report 59b of each work photo data 57 submitted to the owner 2 can be converted into electronic data, so that the service for the owner 2 can be improved.

1 is a block diagram showing an overall configuration of a construction photo management system in which a portable terminal, a construction photography control method, a construction photography control program, and a construction photography management method according to the best embodiment of the present invention are incorporated and applied. The block diagram which shows schematic structure of the site apparatus integrated in the construction photograph management system of the embodiment. The figure which shows the photography drawing memorize | stored in the photography drawing file of the site apparatus. The figure which shows the construction photograph data memorize | stored in the construction photograph data file of the site apparatus. The figure which shows the construction photograph check list memorize | stored in the auxiliary storage device of the same site apparatus. The flowchart which shows operation | movement of the same site apparatus. The figure which shows the edit screen displayed on the indicator of the same site apparatus. The figure which shows the imaging | photography data input screen displayed on the portable terminal integrated in the construction photograph management system of the embodiment. The figure which shows the construction photograph check list memorize | stored in the portable terminal. The figure which shows the imaging | photography operation | movement of the imaging | photography part incorporated in the portable terminal. The figure which shows construction photograph data memorize | stored in the photograph data file of the portable terminal. The flowchart which shows operation | movement of the portable terminal. The figure which shows the preparation procedure of the conventional construction photograph.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1 ... Head office / branch, 2 ... Client, 4 ... Photographing list of standard construction, 11 ... Photographing drawing, 12 ... Design value, 13 ... Actual measurement value, 14 ... Construction, 20 ... On-site equipment, 21 ... Photographing drawing creation part, 22 ... Construction photo checklist creation unit, 23 ... Construction photo composition editing unit, 24 ... Mobile terminal, 25 ... Shooting drawing file, 26 ... Construction photo checklist memory, 27 ... Actual measurement data input unit, 28, 46 ... Operation unit, 29 ... Shooting data input screen, 30 ... Shooting data, 31, 47 ... Display, 32 ... Checklist update unit, 33 ... Shooting unit, 34, 44 ... Photo data file, 40 ... Auxiliary storage device, 41 ... Design drawing file 42 ... Photographing drawing file, 43 ... Construction photo checklist, 45 ... Construction photo data file, 48 ... Photography drawing transmission unit, 49 ... Construction checklist transmission / reception unit, 50 ... Photo data Data transmitting and receiving unit, 51 ... construction photos checklist updating unit, 52 ... construction photograph data transmission unit, 53 ... reception I / F, 56 ... picture data, 57 ... construction picture data, 58 ... editing screen

Claims (5)

A portable terminal having a camera function for photographing each construction on a construction site,
Shooting drawing storage means for storing shooting drawings of each construction to be shot;
Construction photo checklist storage means for storing a construction photo checklist including the construction name and construction design value of each construction to be photographed,
Photographing data including photographed drawings of constructions selected for operation from the construction drawings in the stored construction drawings and construction photo checklist, construction names, construction design values, and actual measurement values for the operations entered. Shooting data creating means for creating and displaying on the finder of the camera function;
In accordance with the camera shooting operation in the state where the shooting data is displayed, construction shooting means for obtaining the photo data of the construction designated by the shooting data;
A construction photo checklist updating means for writing the photograph number and actual measured value of the photographed construction into the construction photo checklist;
A portable terminal comprising: transmission means for transmitting photographed photograph data of each construction and an updated construction photograph checklist to an external construction photo editing apparatus. A portable terminal having a camera function for photographing each construction on the construction site and each construction to be photographed by this portable terminal, and each photograph data by editing the photograph data of each construction photographed by the portable terminal A construction photo management system comprising a field device that obtains construction photo data with shooting data attached to each,
The field device is
A construction photo checklist creation means for creating a construction photo checklist including the construction name and construction design value of each construction to be photographed based on the operation instructions;
Shooting drawing creation means for creating a shooting drawing of each construction subject to shooting from a design drawing based on an operation instruction;
Transmitting means for transmitting the created construction photo checklist and the photographed drawings of each construction to the mobile terminal;
Based on the photographed drawings of each construction and the updated construction photograph checklist received from the mobile terminal, photographing data including the photographed drawings of each construction, construction names, construction design values, and actual measured values are created, and each of these photographs is taken. Construction photo data editing means for obtaining construction photo data of each construction by overwriting a part of the photo data of each construction having received the data;
The portable terminal is
Includes the photographed drawings of each construction received from the field device and the photographed drawings of constructions selected from among the constructions on the construction photo checklist, construction names, construction design values, and measured values of the constructions that were input by the operations. Shooting data creation means for creating shooting data and displaying it on the camera function finder;
In accordance with the camera shooting operation in the state where the shooting data is displayed, construction shooting means for obtaining the photo data of the construction designated by the shooting data;
A construction photo checklist updating means for writing the photograph number of the photographed construction and the actual measurement value into the construction photo checklist;
A construction photo management system, comprising: transmission means for transmitting photographed photograph data of each construction and updated construction photo checklist to the field device. In the construction photo shooting control method of shooting each construction on the construction site using the camera function,
The procedure for storing the shooting drawings of each construction subject to shooting,
A procedure for storing a construction photo checklist including the construction name and construction design value of each construction to be photographed;
Photographing data including photographed drawings of constructions selected for operation from the construction drawings in the stored construction drawings and construction photo checklist, construction names, construction design values, and actual measurement values for the operations entered. Create and display in the camera function finder,
In accordance with a camera shooting operation in a state where the shooting data is displayed, a procedure for taking a photograph of a construction designated by the shooting data and obtaining the photo data;
A procedure for writing and updating the photograph number and actual measurement value of the photographed construction in the construction photograph checklist,
A construction photo shooting control method comprising: a procedure of transmitting photograph data of each photographed construction and an updated construction photo checklist to an external construction photo editing apparatus. Photographing each construction on the construction site to obtain photographic data for each construction, and a construction photo management method for obtaining construction photographic data with photographing data indicating information on the construction for each photographic data obtained for each construction. In
In the field equipment, create a construction photo checklist including the construction name and construction design value of each construction to be photographed based on the operation instructions, and create a photography drawing of each construction to be photographed from the design drawings based on the operation instructions. , A procedure for transmitting the created construction photo checklist and shooting drawings of each construction to a mobile terminal having a camera function;
In the portable terminal, the shooting drawings of each construction received from the field device and the construction drawings selected for operation from the constructions in the construction photo checklist, the construction name, the construction design value, and the corresponding construction input by the operation. Creating shooting data including actual measured values and displaying them on the finder of the camera function;
In the portable terminal, in accordance with a camera photographing operation in a state where the photographing data is displayed, the construction data specified by the photographing data is obtained, and the photograph number of the photographed construction and the actual measurement value are obtained. A procedure for writing the photograph data of each construction written in the photograph checklist and sending the construction photograph checklist after the update to the field device,
In the field device, based on the photographed drawing of each construction and the updated construction photograph checklist received from the mobile terminal, the photographing data including the construction drawing, construction name, construction design value, and actual measurement value of each construction is created. And a procedure for obtaining construction photo data of each construction by overwriting a part of the photo data of each construction received with the respective photographing data. Built into a portable terminal with a camera function to shoot each construction on the construction site,
Photographed drawings, construction names, and constructions of operations selected from the construction photograph checklist including the construction name and construction design value of each construction that is memorized and photographed. A shooting data creation function that creates shooting data that includes design values and actual values of the operation that has been input and displays them in the camera function finder,
In accordance with the camera shooting operation in a state where this shooting data is displayed, a construction shooting function for obtaining photo data of the construction designated by the shooting data;
A construction photo checklist update function for writing the photograph number and actual measured value of the photographed construction into the construction photo checklist;
A construction photo shooting control program for realizing a transmission function for transmitting photograph data of each construction taken and an updated construction photo checklist to an external construction photo editing apparatus.

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