Repair work management system

Abstract

To provide a repair work management system capable of reducing a management cost of repair work for concrete outer walls of buildings and civil engineering structures, etc.SOLUTION: A repair work management system comprises an investigation portable terminal 3c associated with a user ID, a management server 1, and output terminals 3a and 3b associated with the user ID. The investigation portable terminal 3c has an image information photographing function of a repair work target surface including one or a plurality of repair locations, a repair work content setting function to set repair work content information corresponding to each repair location, and a function to transmit the photographed image information and the set repair work content information to the management server 1. The management server 1 has a function to manage the received image information and repair work content information in association with user IDs, and a function to provide the output terminal 3a and 3b with information managed according to requests from the output terminals 3a and 3b.SELECTED DRAWING: Figure 1

Description

[Technical field]

[0001] The present invention relates to a management system for repair work on concrete exterior walls of buildings and civil engineering structures. [Background technology]

[0002] As a custom in the repair industry, the cost of repair work is calculated based on the details of the work and the area of ​​each repair point. In the case of large-scale buildings such as high-rise buildings, the number of repair points can be enormous, but traditionally, when repair work was carried out at the construction site, the contractor's workers would record the details of the work and the area of ​​the repair for each repair point in a ledger, etc., and then take this ledger back to the contractor's office, where the contractor's clerk would enter the information on the enormous number of repair points into a computer and create a quantity table, etc., which would serve as the basis for the construction cost calculation. Summary of the Invention [Problem to be solved by the invention]

[0003] However, the conventional management method requires a huge amount of administrative work, which causes administrative costs to increase. Therefore, an object of the present invention is to provide a repair work management system that can efficiently manage repair work. [Means for solving the problem]

[0004] The repair work management system according to the present invention may include an investigation mobile terminal associated with user identification information assigned to each user, a management server, and an output terminal associated with the user identification information. The investigation mobile terminal may have a function of photographing image information of a surface to be repaired including one or more repair locations, a repair work content setting function of setting repair work content information corresponding to each repair location, and an investigation information transmission function of transmitting the photographed image information and the set repair work content information to the management server. The management server has a function of managing the image information and the repair work content information received from the investigation mobile terminal in association with the user identification number, and an information providing function of providing the output terminal with all or a part of the image information and the repair work content information managed in association with the user identification number in response to a request from the output terminal. The output terminal may have an output function of performing a predetermined output based on information provided from the management server.

[0005] The mobile terminal for inspection of the repair management system according to the present invention is associated with user identification information assigned to each user and communicates with a management server for the repair management system. Preferably, the mobile terminal for inspection has a function of photographing image information of a surface to be repaired including one or more repair locations, a function of setting repair content information corresponding to each repair location, and a function of transmitting the photographed image information and the set repair content information to the management server. Effect of the Invention

[0006] According to the management system and the mobile terminal for inspection of the present invention, the inspection worker takes image information of the repaired parts using the mobile terminal for inspection in the preliminary inspection, sets the repair work content information corresponding to each repaired part, and transmits this information to the management server, whereby the image information and the repair work content information can be associated with the user identification number and managed in an integrated manner by the management server. Then, by outputting the information associated with the user identification information on a screen or in a form by an output terminal having an appropriate output function, for example, a construction site worker can use a tablet terminal functioning as the output terminal to carry out repair work while checking the repair work content information set by the preliminary inspection together with the image information on the screen, or an office worker can use an office computer functioning as the output terminal for form output to output a quantity table that is the basis for labor cost calculation, thereby making it possible to efficiently manage the repair work including the office work. [Brief description of the drawings]

[0007] [Figure 1] FIG. 1 is a system overview diagram of a repair work management system. [Diagram 2] FIG. 13 is a menu configuration diagram of all functions of the survey mobile terminal. [Diagram 3] FIG. 13 is a diagram showing the construction list screen of the survey mobile terminal. [Figure 4] FIG. 13 is a diagram showing the construction setting screen of the survey mobile terminal. [Diagram 5] This is a diagram of the construction method and marker setting screen on the mobile device used for the survey. [Figure 6] FIG. 13 is a diagram showing the layout of the work area setting screen on the survey mobile terminal. [Figure 7] FIG. 13 is a diagram showing the layout of a drawing list screen on the survey portable terminal. [Figure 8] FIG. 13 is a diagram showing the configuration of a repair part registration screen of the survey portable terminal. [Figure 9] FIG. 13 is a diagram showing the configuration of an image capture screen of the survey portable terminal. [Figure 10] FIG. 13 is a diagram showing the configuration of a final confirmation screen for repair work details on the survey mobile terminal. [Figure 11]FIG. 13 is a diagram showing the configuration of a repair location indication marker setting screen of the survey portable terminal. [Figure 12] FIG. 13 is a diagram showing the configuration of a quantity table output screen of a survey portable terminal or an output terminal. [Figure 13] FIG. 13 is a diagram showing the layout of a quantity table preview screen of a mobile terminal for research or an output terminal. [Figure 14] FIG. 13 is a diagram showing the configuration of a preview screen for an image of a part to be repaired on the survey portable terminal or the output terminal. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0008] In a preferred embodiment of the present invention, the repair work management system may include a survey portable terminal associated with user identification information assigned to each user, a management server, and an output terminal associated with the user identification information.

[0009] The inspection portable terminal may have a function of photographing image information of a surface to be repaired including one or more repair locations, a repair work content setting function of setting repair work content information corresponding to each repair location, and an inspection information transmission function of transmitting the photographed image information and the set repair work content information to the management server. The management server may have a database function of managing the image information and the repair work content information received from the inspection portable terminal in association with the user identification number, and an information providing function of providing the output terminal with all or a part of the image information and the repair work content information managed in association with the user identification number in response to a request from the output terminal.

[0010] The output terminal may have an output function for performing a predetermined output based on information provided by the management server.

[0011] Each user may be a number of different construction companies (such as client companies using the system), and the user identification information may be unique character string information assigned to each client company. The user identification information may also be a combination of customer identification information assigned to each client company and sub-identification information assigned to each group or person in charge within the client. Each user may also be a person in charge or a department in charge within a company, and in this case, the user identification information may be unique character string information assigned to each person in charge or department in charge.

[0012] The user identification information may be associated with the survey portable terminal in any suitable manner. For example, when lending a survey portable terminal to a user, the service manager stores the user identification information in the survey portable terminal in a manner that the user cannot rewrite, and configures the survey portable terminal to transmit the user identification information when transmitting information to the management server, so that the management server can manage the user identification information and the transmitted information in association with each other. In addition, when a portable terminal owned by each user is used as the survey portable terminal, the user operates the management server to transmit the user identification information (login ID) and password to the management server at the start of use, and performs user authentication, so that the management server can manage the survey portable terminal in association with the user identification information during the authentication validity period (during login).

[0013] The image information of the surface to be repaired can be configured to be photographed multiple times. This allows image information to be photographed for each surface to be repaired, even if the areas to be repaired are scattered, such as multiple wall surfaces, floor surfaces, and ceiling surfaces, and repair work content information can be set for each repair area included (i.e., reflected) in each image information. Preferably, the system is configured to be capable of including multiple repair areas in each image information, but the system can also be configured to include only one repair area in each image information and photograph image information for each repair area. The image information may be bitmap image data, and the image format may be an appropriate one, such as JPEG, HEIF, GIF, PNG, or BMP.

[0014] The management server is typically a database server. The management server typically stores the entity of the information to be managed in a storage device locally connected to the management server itself, but the entity of the information to be managed may be stored in an external storage server connected to the network, and only the management information may be stored in a storage device locally connected to the server itself.

[0015] The management server may be a server group consisting of multiple servers. For example, the management server may be composed of one or more database servers, a Web server, and one or more application servers. These multiple servers may be implemented on a common computer, or each server may be implemented on a separate computer.

[0016] The output terminal may be the same mobile terminal as the survey mobile terminal. That is, a program that causes the mobile terminal to function as the survey mobile terminal and a program that causes the mobile terminal to function as the output terminal can be installed in one mobile terminal.

[0017] The output terminal may be a general-purpose computer. The management server may have a Web server function, and the output terminal may be configured as a Web terminal that acquires the image data and the repair work content information by communicating with the Web server and appropriately outputs the image data and the repair work content information, such as outputting a screen or a report, based on the image data and the repair work content information.

[0018] The repair work content information may include repair location area information indicating the area of ​​each repair location in the image information, and actual repair work area information for each repair location. The repair location area information may be, for example, vector information such as a rectangle or circle surrounding each repair location captured in the image information, or may be raster information obtained by filling in an area including the repair location. The repair work area information may be represented as the actual length and width dimensions (e.g., 5 cm length × 20 cm width) of an area including a rectangular repair location, or may be represented as an actual area value (e.g., 100 cm 2 or 1m 2The term ".times." may be expressed as ".times. ...

[0019] The repair area information may be automatically generated by analyzing the captured image information by AI, or may be manually generated by an operator through an appropriate operation such as a touch operation. Preferably, after implementing an automatic generation function by AI, the information can be configured to be corrected or reset by an operator's operation if the result of automatic generation by AI is not appropriate.

[0020] The survey mobile terminal may further have a function of automatically generating scale information of the image information when the image information is photographed by the photographing function, and / or a function of setting the scale information of the image information by manual input. The automatic generation of the scale information of the image information can be performed by an appropriate method. For example, when the survey mobile terminal is provided with a LiDAR sensor, the scale information of the image information can be automatically calculated based on the distance to the repair target surface measured by the LiDAR sensor and the focal length information of the lens of the camera that photographs the image information. Many commercially available tablet terminals with built-in LiDAR sensors are equipped with a software library that calculates the scale information and actual size of the photographed image as standard, so that the scale information of the photographed image can be easily configured to be automatically generated by using such a standard library. Even if a LiDAR sensor is not provided, if a library that analyzes the scale information of the image information and the dimensional information of the subject reflected in the image by AI based on the focal length of the lens of the camera and the behavior of the focus mechanism is implemented, the scale information can be automatically generated by using such a library. The inspection mobile terminal may further have a function of generating repair work area information for each repair area (i.e., actual area information of the repair work area) based on the area of ​​each repair area in the image information (i.e., the number of pixels of the area of ​​each repair area in the image) and the scale information.

[0021] Alternatively, the repair work content information may include repair location area information indicating the area of ​​each repair location in the image information and scale information of the image information. The survey mobile terminal may have a function of automatically generating the scale information of the image information when the image information is photographed by the photographing function, and / or a function of setting the scale information of the image information by manual input. The management server generates actual repair work area information of each repair location based on the area of ​​the area of ​​each repair location in the image information and the scale information, and the information providing function may be configured to provide all or a part of the image information, the repair work content information, and the repair work area information to the output terminal in response to a request from the output terminal. In this case, the repair work area information is generated not in the repair work mobile terminal but in the management server.

[0022] In addition, it is preferable that the type or content of the request from the output terminal, as well as which information among the image information, the repair work content information, and the repair work area information to be provided to the output terminal, be programmed in advance in the management server depending on the function and purpose of the output terminal.

[0023] The survey mobile terminal further has a construction unit setting function for setting construction unit information related to a plurality of construction units (for example, work areas at one construction site), and the repair work content setting function can be configured to set the repair work content information corresponding to each repair location in each construction unit in association with each construction unit information. This allows the repair work content information to be collectively managed for each construction unit. Note that the work area is set for the management of the construction company, and how the work area is determined for each construction site is not fixed. For example, the work area may be determined for each floor, or the first to third floors of the east wall may be determined as the first work area, and the first to third floors of the west wall may be determined as the second work area, etc.

[0024] The survey mobile terminal further has a first construction unit setting function for setting first construction unit information related to a plurality of first construction units, and a second construction unit setting function for setting second construction unit information related to a plurality of second construction units obtained by further dividing each first construction unit, and the repair work content setting function can be configured to set the repair work content information corresponding to each repair location in each second construction unit in association with each second construction unit information. According to this, for example, by setting first construction unit information (e.g., building name and construction ID, etc.) for each of a plurality of construction sites (buildings and civil engineering structures to be repaired), setting second construction unit information (e.g., name of work area, etc.) for each of the first construction unit information, and managing the repair work content information for each second construction unit, it is possible to efficiently manage the repair work even when a plurality of large-scale repair works are carried out at the same time.

[0025] In the above-mentioned repair work management system, the management server may further have a function of providing the image information and the repair work content information managed in association with the user identification number to the inspection mobile terminal in response to a request from the inspection mobile terminal, and the inspection mobile terminal may be configured to be able to additionally update and set the image information and the repair work content information based on the information provided by the management server. According to this, when a plurality of inspection workers are assigned to inspect all repair locations over a predetermined period of time, by viewing information inspected by other workers in the past, it is possible to avoid duplication of inspection work and to perform continuous inspection work, thereby further improving the efficiency of the inspection work. EXAMPLES

[0026] Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings.

[0027] FIG. 1 shows a system overview of a repair work management system according to an embodiment of the present invention. The repair work management system has a cloud server 1 that functions as a management server. The cloud server 1 is operated and managed by a service management company to provide the repair work management service according to this embodiment to users, i.e., construction contractors (construction requesting companies and / or construction subcontractors), and is configured to be able to communicate with a billing service server 2 and terminals 3a, 3b, and 3c via the Internet. In FIG. 1, the construction requesting companies, construction subcontractors, and the site show an example of a situation in which each person in charge of one user uses this service.

[0028] Cloud server 1 provides various functions related to this service to terminals 3a, 3b, 3c of users who have subscribed to this service by logging in with the terminals. Cloud server 1 is API-connected to a billing service server operated by another operator, and the service for the user is activated when the user pays for the service online on a continuous basis. Cloud server 1 has a standard backup function that backs up data set in each user's terminal 3a, 3b, 3c to cloud storage. The basic fee for the service sets a predetermined upper limit for backup capacity. Backup capacity can be increased by paying an option fee. The backed up data is sent to the terminals 3a, 3b, 3c upon request from the terminals and restored (information provision function).

[0029] The cloud server 1 has a database function for managing the backed-up data in association with a user ID (user identification information), and the person in charge of the construction client company can use the terminal 3a to obtain information on all construction works from the cloud server 1 and output a summary table of all construction works or a summary table of all repair points for each construction work. In addition, the site worker or the work manager at the construction contractor office can download the data (information) backed up in the cloud server 1 to the terminals 3c and 3b, and can check the image information and repair work content information based on the downloaded data (i.e., information provided from the server), edit the image information and repair work content information already set in the downloaded data, and add and set image information and repair work content information for new repair points.

[0030] In addition to or instead of the backup function, it is also possible to configure so that all information set using the terminals 3a, 3b, and 3c is transmitted to the cloud server 1 in real time.

[0031] The database function may be configured using a relational database system, or may be written in a text file in a certain format in which user IDs are associated with various information, or may be implemented using any other appropriate system configuration.

[0032] The service management company checks the billing status via the billing service and the details of the contract with the user, and performs contract user management and license authentication from its own terminal 4 using a management web application.

[0033] The terminals 3a, 3b, and 3c are mobile terminals such as tablet terminals and smartphones, and function as a mobile terminal for surveying and an output terminal that communicates with the cloud server 1 by installing and executing a survey process digitalization app provided by the service operating company. That is, in this embodiment, each of the terminals 3a, 3b, and 3c functions as a mobile terminal for surveying and an output terminal. The survey process digitalization app has a user login function, a construction / work area data creation function (first and second construction unit setting function), a drawing data import function, a repair location photographing function (image information photographing function), an AI analysis, automatic measurement, and electronic whiteboard function for photographed images (repair work content setting function, scale information automatic generation function, scale information manual setting function, and repair work area information generation function), a repair location plotting function, an output function for drawings, photo albums, quantity tables, summary tables, etc., and a backup management function (information provision function). When an Apple iPad (registered trademark) is used as the terminals 3a, 3b, and 3c, the app can be distributed using the Apple App Store.

[0034] Figure 2 shows an example of the menu configuration of the functions provided by the survey process digitalization app. When the user logs in, the construction list screen shown in Figure 3 is displayed. The construction list screen displays a list of constructions registered at that time, and the construction setting screen shown in Figure 4 is displayed by touching the display of each construction. On the construction setting screen, detailed information about each construction (first construction unit information) can be set. For example, when the "Construction method and color setting" menu on the construction setting screen is touched, the construction method and marker setting screen shown in Figure 5 is displayed, and the type of construction method for the repair work in the construction and the color for each construction method when markers are displayed on the repair point registration screen described later can be set.

[0035] In addition, the construction list screen is configured to allow new construction to be added by a predetermined construction addition operation (for example, touching a blank space, etc.). In this embodiment, the construction registered in the construction list may be each construction that the construction requesting company receives an order for.

[0036] In this embodiment, a plurality of work sections can be set for each construction project, and a work section list display screen similar to that of FIG. 3 is displayed by touching the "work section data" on the construction setting screen shown in FIG. 4 (see also FIG. 2). When the display of each registered work section is touched on the work section list display screen, the work section setting screen shown in FIG. 6 is displayed. On the work section setting screen, detailed information (second construction unit information) of each work section can be set. In addition, when the "drawing list" on the work section setting screen is touched, the drawing list screen shown in FIG. 7 is displayed. On the drawing list screen, a plurality of drawings in each work section can be registered by a predetermined registration method. For example, various drawings for each repair construction project can be uploaded in advance, and the drawings already uploaded can be selected and added by a predetermined operation on the drawing list screen, or a drawing upload screen can be displayed by a predetermined operation on the drawing list screen, and new drawings can be added and registered.

[0037] When the name of a registered drawing on the drawing list screen is touched, the drawing mode screen shown in Fig. 8 is displayed, and in the illustrated example, the east elevation of the building that is the target of repair work is displayed. When the position of the repair area on the drawing is touched on this drawing mode screen, a pop-up message "Register / Cancel repair area" is displayed as shown in Fig. 8, and when "Register repair area" is tapped, the screen switches to the image capture screen shown in Fig. 9.

[0038] On the image capture screen, the image from the camera built into the terminal is displayed full screen, along with an in-camera / out-camera switch button 5, a measurement button 6, a capture button 7, and a cancel button 8. Each time the camera switch button 5 is tapped, the image is switched between being captured by the in-camera or the out-camera built into each terminal. Tapping the measurement button 6 measures the actual dimensions (e.g., vertical and horizontal dimensions) of each of the repair area areas R1, R2, and R3 described below. Tapping the capture button 7 captures the currently displayed image information, and transitions to the final confirmation screen for the correction work contents shown in FIG. 10. Tapping the cancel button 8 cancels the capture and returns to the drawing mode screen.

[0039] In this embodiment, the app is equipped with a function to automatically detect damaged areas on the wall surface by image analysis using AI and automatically set repair areas. In the example shown in FIG. 9, the automatically detected repair areas are displayed in three rectangular frame areas R1, R2, and R3. The internal information indicating each rectangular frame area becomes repair area information. The automatically detected areas can be configured to be updated in real time as the camera moves.

[0040] At least the terminal 3c used for the preliminary survey at the site is preferably equipped with a LiDAR sensor, and the terminal 3c can be configured to measure the distance between the terminal 3c and the subject when photographing with the camera. The terminal 3c has a function to automatically generate scale information of the photographed image based on the measured distance, the focal length of the camera lens, the control value of the focus mechanism, etc. The actual size of each of the repair area regions R1 to R3 can be automatically generated based on the number of pixels of each area in the photographed image and the scale information.

[0041] If the terminal 3c does not have a function for generating scale information of the captured image, or if a function for manually correcting the automatically generated scale information is required, a function for setting the scale information of the captured image information by manual input can be implemented. For example, a digital ruler is displayed on the captured image, and the scale of the digital ruler can be manually changed so that the dimensions indicated by the digital ruler of each of the regions R1 to R3 match the actual dimensions of the repair region of the target surface of the repair work, thereby implementing the scale setting function by manual input. Alternatively, the scale information may be configured to be manually input as a numerical value.

[0042] When the photographing button 7 is tapped at a desired timing, the image information at that time is photographed, and the correction area information and the scale information indicating the automatically detected areas R1, R2, and R3 are temporarily stored, and the screen transitions to the repair work content final confirmation screen shown in FIG. 10. This screen can be configured to allow the size and shape of each area R1, R2, and R3 to be corrected and deleted, and further, it can be configured to allow the area of ​​the repair area that was not automatically detected to be added by manual input. In addition, when each set area is selected by tapping, an electronic whiteboard as shown in the lower right of FIG. 10 is displayed, and the construction method corresponding to the selected repair area, the repair number identifying the repair area, the dimensions and area of ​​the selected repair area, and the date are displayed as repair work content information. The dimensions and area of ​​the repair area are calculated based on the number of pixels of the photographed image and the above-mentioned scale information. The construction method, the dimensions and area of ​​the repair area, and the date displayed on the electronic whiteboard can be edited by manual input on an edit screen (not shown) that is displayed by tapping the edit button.

[0043] After checking the setting of the repair work content information for all repair locations, tap the shooting completion button 10, and the captured image information and the repair work content information corresponding to each repair location are saved in an associated state, and the screen returns to the drawing mode screen. At this time, by configuring it so that a marker indicating the relationship between the drawing and the photographed surface can be set, it is possible to set a marker indicating whether the photographed surface is a floor surface, a wall surface that appears in front of the drawing, or a wall surface on the left or right side of the drawing. For example, FIG. 11 shows an example in which a downward arrow marker is set with the position of the photographed image information as the starting point, which makes it possible to indicate that the photographed image is a floor surface.

[0044] By having the survey worker repeat the above work for all repair locations using terminal 3c, a large amount of image information related to all repair locations and one or more pieces of repair work content information associated with each image information are stored in terminal 3c, and by executing the above backup, all of the set information is uploaded to cloud server 1.

[0045] The person in charge at the construction client's office or the construction contractor's office downloads information about each construction from the cloud server 1 to the terminals 3a and 3b (output terminals) and executes various output functions of the above-mentioned application to output a quantity table that serves as the construction cost calculation standard as shown in FIG. 12 and FIG. 13, or to confirm each image information and the associated repair construction content information by screen output as shown in FIG. 14. The quantity table can be output in the form of a list of repair locations and their repair areas for all set repair locations or for each construction method for each construction or each work section. According to this, the total repair construction cost for each construction method can be easily and quickly calculated by integrating the unit price of each construction method and the total number of repair areas for each construction method. The information to be output and its output format can be designed as appropriate according to the user's request, and the present invention is not limited to a specific output.

Claims

1. The system includes a survey portable terminal associated with user identification information assigned to each user, a management server, and an output terminal associated with the user identification information, The survey mobile terminal has a function of photographing image information of a surface to be repaired including one or more repair locations, a function of setting repair work content information corresponding to each repair location, and a survey information transmission function of transmitting the photographed image information and the set repair work content information to the management server, the management server has a function of managing the image information and the repair work content information received from the survey portable terminal in association with the user identification number, and an information providing function of providing the output terminal with all or a part of the image information and the repair work content information managed in association with the user identification number in response to a request from the output terminal, the output terminal has an output function for performing a predetermined output based on information provided by the management server; Repair work management system.

2. In the repair work management system according to claim 1, The repair work content information includes repair area information indicating an area of ​​each repair location in the image information and actual repair work area information of each repair location, The survey mobile terminal includes: a function of automatically generating scale information of the image information when the image information is captured by the image capturing function, and / or a function of manually inputting the scale information of the image information; a function of generating the repair work area information of each repair location based on the area of ​​the region of each repair location in the image information and the scale information; Further comprising Repair work management system.

3. In the repair work management system according to claim 1, The repair work content information includes repair area information indicating an area of ​​each repair area in the image information and scale information of the image information, the survey portable terminal has a function of automatically generating the scale information of the image information when the image information is photographed by the photographing function, and / or a function of setting the scale information of the image information by manual input, The management server generates actual repair work area information for each repair location based on the area of ​​the region of each repair location in the image information and the scale information, and the information providing function provides all or a part of the image information, the repair work content information, and the repair work area information to the output terminal in response to a request from the output terminal. Repair work management system.

4. In the repair work management system according to claim 1, The survey mobile terminal further has a construction unit setting function for setting construction unit information related to a plurality of construction units, and the repair work content setting function sets the repair work content information corresponding to each repair location within each construction unit in association with each construction unit information; Repair work management system.

5. In the repair work management system according to claim 1, The survey mobile terminal further has a first construction unit setting function for setting first construction unit information related to a plurality of first construction units, and a second construction unit setting function for setting second construction unit information related to a plurality of second construction units obtained by further dividing each first construction unit, and the repair work content setting function sets the repair work content information corresponding to each repair location in each second construction unit in association with each second construction unit information. Repair work management system.

6. In the repair work management system according to any one of claims 1 to 5, The management server further has a function of providing the image information and the repair work content information managed in association with the user identification number to the survey portable terminal in response to a request from the survey portable terminal, The survey mobile terminal is configured to be able to update and set the image information and the repair work content information based on the information provided by the management server. Repair work management system.

7. A survey mobile terminal for a management system for repair work, which is associated with user identification information assigned to each user and communicates with a management server for the management system for repair work, The system has a function of photographing image information of a surface to be repaired including one or more repair locations, a function of setting repair work content information corresponding to each repair location, and a function of transmitting the photographed image information and the set repair work content information to the management server. A mobile terminal for surveying repair work management systems.

8. In the survey portable terminal for a repair work management system according to claim 7, The repair work content information includes repair area information indicating an area of ​​each repair location in the image information and actual repair work area information of each repair location, The survey mobile terminal includes: a function of automatically generating scale information of the image information when the image information is captured by the image capturing function, and / or a function of manually inputting the scale information of the image information; a function of generating the repair work area information of each repair location based on the area of ​​the region of each repair location in the image information and the scale information; Further comprising A mobile terminal for surveying repair work management systems.

9. In the survey portable terminal for a repair work management system according to claim 7, The repair work content information includes repair area information indicating an area of ​​each repair area in the image information and scale information of the image information, The survey portable terminal has a function of automatically generating the scale information of the image information when the image information is photographed by the photographing function, and / or a function of setting the scale information of the image information by manual input. A mobile terminal for surveying repair work management systems.

10. In the survey portable terminal for a repair work management system according to claim 7, Further having a construction unit setting function for setting construction unit information related to a plurality of construction units, the repair work content setting function sets the repair work content information corresponding to each repair location in each construction unit in association with each construction unit information; A mobile terminal for surveying repair work management systems.

11. In the survey portable terminal for a repair work management system according to claim 7, Further comprising a first construction unit setting function for setting first construction unit information relating to a plurality of first construction units, and a second construction unit setting function for setting second construction unit information relating to a plurality of second construction units obtained by further dividing each first construction unit, the repair work content setting function sets the repair work content information corresponding to each repair location within each second construction unit in association with each second construction unit information; A mobile terminal for surveying repair work management systems.

12. In the survey mobile terminal for a repair work management system according to any one of claims 7 to 11, the management server provides the image information and the repair work content information managed in association with the user identification number to the inspection portable terminal in response to a request from the inspection portable terminal; The survey mobile terminal is configured to be able to update and set the image information and the repair work content information based on the information provided by the management server. A mobile terminal for surveying repair work management systems.

Images