JP2022129465A - Information processing apparatus, information processing system, information processing method, and program for information processing method - Google Patents

Abstract

To provide an information processing apparatus, an information processing system, an information processing method, and a program for the information processing method that smoothly proceed with the creation of a repair drawing and reduce work time.SOLUTION: In an information processing system in which a first information processing apparatus 10 communicates with a second information processing apparatus configured by a cloud service using a network, the first information processing apparatus 10 includes a screen unit 110 that switches and displays a damage drawing input screen used for depicting damaged portions of a structure and a repair drawing input screen used for inputting repair details for the damaged portions, and a control unit 130 that controls the screen unit. The control unit 130 displays, on the repair drawing input screen, a damage drawing representing the damaged portion drawn on the damage drawing input screen.SELECTED DRAWING: Figure 4

Description

The present invention relates to an information processing apparatus, an information processing system, an information processing method, and a program for the information processing method, and more particularly to repair design work for infrastructure structures.

Conventionally, infrastructure structures such as bridges and tunnels are inspected once every five years based on regular inspection procedures determined by administrators such as the Ministry of Land, Infrastructure, Transport and Tourism or local governments. A structure whose soundness level has been diagnosed as III or IV as a result of the inspection needs to be repaired, and it is necessary to carry out the repair by the next inspection implementation date. Repair design is carried out for structures that require repair. A repair design is a design for repair that is performed with the aim of restoring a structure that requires repair to its original state.

Repair design begins with the creation of accurate damage diagrams that describe the current state of damage to the structure. For example, as a technology related to a system that supports inspection work for structures, images obtained by imaging the wall of a tunnel, and the coordinates and reflection intensity values of each of the multiple measurement points on the wall of the tunnel measured by a laser scanner. Based on this, a technique for creating a diagram of damage has been disclosed (see, for example, Patent Document 1). Subsequently, a repair method corresponding to the type of damage to the structure is selected from the damage map, and a repair map describing the repair method selected for the damage to the structure is created. Furthermore, in the repair design, it is necessary to calculate the volume of repair materials such as cement or surface coating material required for the entire repair work.

JP 2012-220471 A

Generally, in the conventional repair design, when creating a repair diagram, damage information about the shape of the damage is created when creating the damage diagram, and the damage information about the shape of the damage is traced again when creating the repair diagram. A repair map has been prepared. Therefore, in the repair design, the process of copying the shape of the damage occurs twice, when creating the damage drawing and when creating the repair drawing, and the work time for the repair design increases.

SUMMARY OF THE INVENTION The present invention is intended to solve the problems described above, and provides an information processing apparatus, an information processing system, an information processing method, and a program for the information processing method that facilitates the creation of repair drawings and reduces work time. intended to

An information processing apparatus according to the present invention is an information processing apparatus used for repair design of a structure, and inputs a damage drawing input screen used to depict a damaged portion of a structure and repair details for the damaged portion. a repair drawing input screen used for repairing, a screen unit for switching display, and a control unit for controlling the screen unit, wherein the control unit controls the damage drawing representing the damaged portion drawn on the damage drawing input screen. is displayed on the repair drawing input screen.

An information processing system according to the present invention is an information processing system used for repair design of a structure, and communicates with a first information processing device, which is an information terminal used for field reconnaissance, and the first information processing device, and a second information processing device for outputting repair data related to repair details based on the damage diagram and the repair diagram created by the first information processing device, wherein the first information processing device is a damage diagram depicting the damaged portion of the structure. A screen unit for switching between a damage drawing input screen used for inputting a drawing and a repair drawing input screen used for inputting a repair drawing for a damaged part, and controlling the screen unit to input a damage drawing and a control unit for displaying a damage diagram representing the damaged portion drawn on the screen on the repair diagram input screen.

An information processing method according to the present invention includes: a screen unit having an input unit for inputting positional information of an object by touching or bringing the object close to the object, and a display unit for displaying an image based on the positional information input to the input unit; Repair design of a structure using a first information processing device, which is an information terminal having a first control unit for controlling a screen unit, and a second information processing device, which is an information terminal having a second control unit for processing data In the second information processing device, the design information on the structure to be inspected for repair design is taken in, and in the first information processing device, the damage diagram depicting the damage state of the structure and the repair details a sketch data creation step of creating sketch data of a structure to be used as a basic drawing for writing a repair drawing showing a step of receiving master device data; a step of sketching a damage diagram in the first information processing device, in which a damage diagram is created based on the position information of the object input to the input unit; and a damage diagram in the first information processing device A repair map sketch process in which a repair map corresponding to the damage state of the structure is created in a layer different from the layer in which the damage map was created, based on the position information of the object entered in the input unit while being displayed in the section. and, in the second information processing device, a created sketch data download step in which the created sketch data including the damage drawing and the repair drawing created in the first information processing device is captured, and in the second information processing device, the captured A repair drawing CAD drawing output step in which CAD data including repair details of a structure is created based on the damage drawing and the repair drawing of the created sketch data, and damage to the created sketch data captured in the second information processing device. and a total data output step of creating a total table in which repair types and repair ranges are described based on the drawings and repair drawings.

A program for an information processing method according to the present invention is a screen unit having an input unit for inputting positional information of an object by touching or bringing the object close to it, and a display unit for displaying an image based on the positional information input to the input unit. and a first control unit for controlling a screen unit, which is an information terminal, and a second information processing unit, which is an information terminal equipped with a second control unit for processing data. A program for a method of processing information related to repair design, wherein the second information processing device captures design information related to a structure to be inspected for repair design, and the first information processing device describes the damage state of the structure. a sketch data creation step of creating sketch data of a structure to be used as a drawing of a foundation for writing a drawing and a repair drawing showing repair details; a step of receiving parent device data downloaded by the device; a step of sketching a damage diagram in the first information processing device, in which a damage diagram is created based on the position information of the object input to the input unit; While the damage diagram is displayed on the display, a repair map corresponding to the damage state of the structure is created on a layer different from the layer where the damage diagram was created based on the position information of the object entered in the input unit. a repair drawing sketching step; a completed sketch data downloading step in which the created sketch data including the damage drawing and the repair drawing created in the first information processing device is captured in the second information processing device; , a repair drawing CAD drawing output step in which CAD data including repair details of the structure is created based on the damage drawing and the repair drawing of the created sketch data that has been taken in; and a total data output step of creating a total table in which repair types and repair ranges are described based on the damage diagram and repair diagram of the sketch data.

According to the present invention, the control unit of the information processing apparatus displays, on the repair diagram input screen, the damage diagram representing the damaged portion drawn on the damage diagram input screen. That is, the information processing device can store damage drawings and apply them to repair drawings. By using this damage diagram, the user does not need to rewrite the damage state when creating the repair diagram, and the repair diagram can be created smoothly, and the work time can be reduced.

1 is an explanatory diagram showing a configuration example of an information processing system according to an embodiment; FIG. 1 is a front view of a first information processing device according to an embodiment; FIG. 2 is a rear view of the first information processing device according to the embodiment; FIG. 2 is a block diagram showing an example functional configuration of a first information processing apparatus according to an embodiment; FIG. FIG. 4 is an explanatory diagram schematically showing an example of a damage drawing input screen in the screen section of the first information processing device according to the embodiment; FIG. 5 is an explanatory diagram schematically showing an example of a repair drawing input screen in the screen section of the first information processing device according to the embodiment; FIG. 4 is an explanatory diagram schematically showing an example of layers configured in a display section by a display control section of the first information processing device according to the embodiment; It is a block diagram showing the example of functional composition of the 2nd information processor concerning an embodiment. FIG. 5 is an explanatory diagram showing that CAD data output and summary table output are performed from created sketch data created by the first information processing apparatus according to the embodiment; FIG. 10 is an image diagram showing an example of a summary table created by the second information processing device according to the embodiment; It is a flowchart which shows the information processing method regarding a repair design using the information processing system which concerns on embodiment. It is a flowchart which shows the flow of general repair design.

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, embodiments of the present invention will be described with reference to the drawings. The present invention is not limited to the following embodiments, and various modifications can be made without departing from the gist of the present invention. Also, in each figure, the same reference numerals denote the same or corresponding parts, which are common throughout the specification.

Embodiment.
[Configuration of information processing system 1]
FIG. 1 is an explanatory diagram showing a configuration example of an information processing system 1 according to an embodiment. The information processing system 1 is an information processing system used for repair design of infrastructure structures such as bridges and tunnels. The information processing system 1 includes a first information processing device 10 and a second information processing device 30, as shown in FIG.

The first information processing device 10 is an information terminal used for site reconnaissance. The second information processing device 30 is an information processing device configured by a cloud service. The first information processing device 10 includes a communication device and communicates with the second information processing device 30 configured by a cloud service using the network 50 . The second information processing device 30 is desirably configured by a cloud service, but may be a specific information processing device that connects to the first information processing device 10 using the network 50 .

[Configuration of first information processing device 10]
FIG. 2 is a front view of the first information processing device 10 according to the embodiment. FIG. 3 is a rear view of the first information processing device 10 according to the embodiment. The first information processing apparatus 10 will be described with reference to FIGS. 2 and 3. FIG. The first information processing apparatus 10 is an information processing apparatus used for repair design of a structure, and is an information terminal such as a tablet terminal. In the embodiment, the first information processing apparatus 10 is described as a tablet terminal, but the first information processing apparatus 10 is not limited to a tablet terminal, and can be a portable device such as a notebook PC, a smartphone, or the like. Other forms of information processing apparatuses may be used.

The first information processing device 10 is used by an inspector (hereinafter, also referred to as a “user”) during a site reconnaissance. The first information processing device 10 can use cloud services via the network 50 . The first information processing device 10 communicates with the second information processing device 30 to transmit and receive various data, and exchange various data.

The first information processing device 10 has a screen section 110 . The screen unit 110 is a so-called touch panel, and is a combination of a display device and an input device. The screen unit 110 displays various types of information, and can input the position of an object on the screen by touching the screen with a fingertip or an object such as the pen 20 . The user can write graphics or characters on the screen unit 110 using the fingertip or the pen 20, and by touching icons or the like displayed on the screen unit 110, for example, switching the display or selecting a menu. etc.

The first information processing device 10 has an imaging unit 120 . The photographing unit 120 is a camera, and the first information processing apparatus 10 can use the photographing unit 120 to photograph. The first information processing apparatus 10 can display image data captured by the imaging unit 120 on the screen unit 110 and store the image data captured by the imaging unit 120 . Although the first information processing apparatus 10 according to the embodiment incorporates the photographing unit 120, the first information processing apparatus 10 does not incorporate the photographing unit 120, and the photographing unit 120 is externally attached to perform the first information processing. It may be connected to the body of the device 10 .

FIG. 4 is a block diagram showing a functional configuration example of the first information processing device 10 according to the embodiment. Next, a functional configuration example of the first information processing apparatus 10 according to the embodiment will be described with reference to FIG. As shown in FIG. 4 , the first information processing apparatus 10 according to the embodiment includes a screen section 110 , an imaging section 120 , a control section 130 , a storage section 140 , a sensor section 150 and a communication section 160 .

The screen unit 110 has an input unit 111 and a display unit 112 . The input unit 111 is configured by an input device that receives an input of the position of an object with respect to the screen. The input unit 111 receives positional information of an object by bringing the object into contact with or close to it. In the first information processing apparatus 10 according to the embodiment, the input unit 111 is configured by a touch panel that detects the contact position or proximity position of the pen 20 with respect to the screen. The input unit 111 of the screen unit 110 provides the control unit 130 with the input position on the screen. The input unit 11 is provided so as to overlap the display unit 112 on the screen unit 110 , and input can be made using the display content of the display unit 112 .

Note that the input unit 111 of the screen unit 110 may detect the contact position or proximity position of a part of the user's body (for example, the user's finger) instead of the pen 20 . Also, the input unit 111 may be configured by an input device (for example, a keyboard, a mouse, a touch pad, etc.) other than a touch panel. In the case of an input device other than a touch panel, pointer position information can be input based on the position of the pointer instead of the position of the pen 20 or the like.

The display unit 112 of the screen unit 110 has a function of performing display according to control by the control unit 130 . The display unit 112 displays various screens generated by the control unit 130 . For example, the display unit 112 displays an image corresponding to the positional information of the object input to the input unit 111 . The display unit 112 displays a line along the trajectory of the object such as the pen 20 input to the input unit 111, and displays the range specified by specifying the position with the pen 20 or the like. In addition, the display unit 112 displays icons that are selected by the user to determine the content of control.

The form of the display unit 112 is not particularly limited. For example, the display unit 112 is a display device such as a liquid crystal display (LCD) device, an organic EL display (OLED: Organic Light Emitting Diode) device, or a CRT (Cathode Ray Tube) display device.

The photographing unit 120 is a camera, as described above, and photographs a subject according to the user's operation of the first information processing apparatus 10 . An image captured by the imaging unit 120 is displayed on the display unit 112 via the control unit 130 . Further, the image data of the image captured by the imaging unit 120 is stored by the control unit 130 or processed by the control unit 130 .

The control unit 130 controls the entire operation of the first information processing device 10 . The control unit 130 is composed of a device such as a computer centered on a CPU (Central Processing Unit) that performs control arithmetic processing. Control unit 130 implements the functions of each unit by reading and executing programs stored in storage unit 140 . Note that the control unit 130 of the first information processing device 10 is the first control unit of the information processing system 1 (see FIG. 1).

Based on various input information from the input unit 111, the imaging unit 120, the communication unit 160, or the like, the control unit 130 executes a pre-programmed procedure of the signal processing method performed by each unit to control the processing of each unit. come true. For example, control unit 130 may be realized by developing a program stored in ROM (Read Only Memory) in RAM (Random Access Memory) and executing the program. The control unit 130 is not limited to this configuration, and each unit may be separately configured by dedicated equipment (hardware). The control unit 130 includes a processing unit 131 , a recording control unit 132 and a display control unit 133 .

The processing unit 131 has a data communication function F1 that downloads or uploads information on infrastructure structures stored in a storage unit 330 (see FIG. 8) described later of the second information processing device 30 . The processing unit 131 downloads the sketch data in the second information processing device 30 . Further, the processing unit 131 transfers the created sketch data P3 (see FIG. 9) including the damage drawing P1 (see FIG. 5) and the repair drawing P2 (see FIG. 6) created by the first information processing device 10 to the second Upload to the information processing device 30 .

The processing unit 131 has an inter-terminal sharing function F2 for synchronizing with other first information processing apparatuses 10 . At least one of the plurality of first information processing apparatuses 10 is a parent device, and a child device communicating with the first information processing device 10, which is the parent device, is a third information processing device 10a. The configuration of the third information processing apparatus 10a, which is a child device, is the same as that of the first information processing apparatus 10. FIG. It should be noted that the third information processing apparatus 10a does not have to have completely the same configuration as the first information processing apparatus 10, which is the parent device, and may have different components, or may have a part of the components. It doesn't have to be.

The control unit 130 of the third information processing device 10a is the third control unit of the information processing system 1 (see FIG. 1). The processing unit 131 of the third information processing device 10a communicates with the communication unit 160 of the first information processing device 10, which is the master device, and downloads the sketch data created by the second information processing device 30. FIG. The processing unit 131 of the third information processing device 10a uploads to the first information processing device 10 the sketch data including the damage diagram P1 (see FIG. 5) created by the third information processing device 10a.

The processing unit 131 of the first information processing apparatus 10 receives the damage diagram P1 created by the third information processing apparatus 10 a and synchronizes it with the damage diagram P1 created by the first information processing apparatus 10 .

The processing unit 131 has a damage diagram sketching function F3 for creating a damage diagram P1 depicting the damage state of the infrastructure structure. Using the pen 20 or the like, the user writes the damage state of the structure to be inspected on the screen unit 110 based on the sketch data created by the second information processing device 30 . The processing unit 131 creates a damage map P1 depicting the damage state of the infrastructure structure based on the positional information of the pen 20 or the like input to the input unit 111 .

FIG. 5 is an explanatory diagram schematically showing an example of the damage drawing input screen 114 in the screen unit 110 of the first information processing apparatus 10 according to the embodiment. A damage drawing input screen 114 displayed on the screen unit 110 is used by the user to draw the damaged portion DP of the structure ST.

On the damage diagram input screen 114, the user creates a damage diagram P1 that depicts the damaged portions DP of the structure ST such as the peeled portion D1, the deteriorated portion D2, the cracked portion D3, etc., as shown in FIG. Note that the damage mode of the damaged portion DP shown in the damage diagram P1 of FIG. 5 is an example, and the depicted damage mode may be other damage modes such as lifting and peeling, for example.

Note that the screen unit 110 of the third information processing apparatus 10a is a slave unit screen unit. Similar to the screen unit 110 of the first information processing apparatus 10, the slave device screen unit displays a damage drawing input screen 114 used for inputting the damage drawing P1.

The processing unit 131 has a repair drawing sketch function F4 for creating a repair drawing P2 (see FIG. 6) corresponding to the damage described in the damage drawing P1 of the infrastructure structure. Using the pen 20 or the like, the user selects an arbitrary type of repair (repair work) and draws the range of repair. The processing unit 131 creates a repair map P2 corresponding to the damage state of the infrastructure structure based on the positional information of the pen 20 or the like input to the input unit 111 .

FIG. 6 is an explanatory diagram schematically showing an example of the repair drawing input screen 115 in the screen unit 110 of the first information processing apparatus 10 according to the embodiment. The repair drawing input screen 115 displayed on the screen unit 110 is used by the user to input repair details for the damaged portion DP of the structure ST.

On the repair drawing input screen 115, the user can surround the peeled portion D1 and the deteriorated portion D2 with a frame as shown in FIG. It is input and a repair drawing P2 is created. In addition, on the repair drawing input screen 115, the user traces the crack portion D3 with a line, inputs that crack grouting is to be applied to the crack portion D3, and creates a repair drawing P2.

The screen unit 110 includes a damage drawing input screen 114 used to input a damage drawing P1 depicting a damaged portion DP of a structure, and a repair drawing input screen 115 used to input a repair drawing P2 for the damaged portion DP. , and . The user can sketch each drawing by switching between the damage drawing input screen 114 and the repair drawing input screen 115 on the screen unit 110 of the same first information processing apparatus 10 .

Various data created by the processing unit 131 are controlled by the recording control unit 132 regarding recording methods, recording targets, and the like. Where the various data created by the processing unit 131 are recorded is not limited. In the first information processing apparatus 10 according to the embodiment, various data created by the processing section 131 are stored in the storage section 140 . For example, sketch data in which the damage drawing P1 and the repair drawing P2 created by the first information processing device 10 are written, or a sketch associated with the damage drawing P1 and the repair drawing P2 created by the first information processing device 10 The data are stored in the storage unit 140 . Note that the recording control unit 132 stores various data created by the processing unit 131 in a storage device different from the storage unit 140 (for example, a server capable of communicating with the first information processing device 10). above storage device, etc.).

The display control unit 133 controls display of an input/output screen on the screen unit 110 . For example, the display control unit 133 controls the screen unit 110 to switch between the damage drawing input screen 114 and the repair drawing input screen 115 according to the user's selection. Then, the display control unit 133 displays on the repair drawing input screen 115 the damage drawing P1 representing the damaged portion DP drawn on the damage drawing input screen 114 . Therefore, the first information processing apparatus 10 can display the damage drawing P1 as a lower drawing on the display unit 112 when the user creates the repair drawing P2. Since the repair drawing P2 can display the damage drawing P1 as a lower drawing, it is possible to save the trouble of duplicating the damaged part, which is required in the conventional draft sketch on paper.

FIG. 7 is an explanatory diagram schematically showing an example of layers configured on the display unit 112 by the display control unit 133 of the first information processing apparatus 10 according to the embodiment. The display control unit 133 configures the damage diagram display layer 117 for displaying the damage diagram P1 input using the input unit 111 in the display unit 112 . In addition, the display control unit 133 displays a repair drawing P2, which is configured in a layer different from the damage drawing display layer 117 in the display unit 112, and shows repair details for the damaged portion DP input using the input unit 111. The repair drawing display layer 118 is configured. When the user inputs the position information of the pen 20 or the like to the input unit 111 in order to create the repair map P2, the display control unit 133 allows the repair map display layer 118 in which the repair map P2 is created and the damage map P1 to be displayed. The prepared damage diagram display layer 117 is superimposed and displayed.

In addition, the display control unit 133 displays the photographed data photographed by the photographing unit 120 on the damage diagram display layer 117 . Note that the display control unit 133 may display the photographed data photographed by the photographing unit 120 on the repair diagram display layer 118, and display it on the display unit 112 as a layer different from the damage diagram display layer 117 and the repair diagram display layer 118. You may

The processing unit 131 has a photographing function F5 for capturing a photograph taken on site using the photographing unit 120 . Photo data taken at the site using the imaging unit 120 may be stored in association with the damage diagram display layer 117 or the repair diagram display layer 118 (see FIG. 7), which will be described later. It may be stored without association with layer 118 .

Further, the display control unit 133 may display a selection screen for the type of repair (repair work) based on information input to the input unit 111 by the user, for example. Further, when a keyboard is displayed on the display unit 112 by the display control unit 133 and the keyboard is controlled, information may be input using the keyboard. Further, when options are displayed by the display control unit 133, information may be input by selecting an option.

Storage unit 140 may be configured by a storage device that stores various data. Storage unit 140 stores, for example, a program or data for operating control unit 130 . In addition, the storage unit 140 temporarily stores various data necessary during the operation of the control unit 130 .

The storage unit 140 is, for example, a volatile memory such as a RAM (Random Access Memory) that can temporarily store data, or a non-volatile auxiliary storage device such as a hard disk drive. The non-volatile secondary storage device may be a solid state drive, flash memory for long-term data storage, or the like.

The sensor section 150 may be configured with a sensor. The sensor unit 150 obtains sensor data detected by such sensors. For example, the sensor unit 150 can detect the orientation of the first information processing device 10 . Here, the method of detecting the orientation of the first information processing device 10 is not particularly limited. For example, when the sensor unit 150 has a geomagnetic sensor, the sensor unit 150 uses the direction in which the first information processing apparatus 10 is facing as the orientation of the first information processing apparatus 10 based on the geomagnetic data detected by the geomagnetic sensor. may be detected.

Alternatively, if the sensor section 150 has an acceleration sensor, the sensor section 150 may detect the orientation of the first information processing device 10 based on the acceleration detected by the acceleration sensor. Alternatively, if the sensor section 150 has a gyro sensor, the sensor section 150 may detect the orientation of the first information processing device 10 based on the angular velocity detected by the gyro sensor.

The communication unit 160 is used for the first information processing device 10 to use the cloud service. The first information processing device 10 communicates with external devices via the communication unit 160 . For example, the first information processing device 10 connects to the second information processing device 30 via the communication unit 160 . Communication unit 160 has receiving unit 161 and transmitting unit 162 . The first information processing device 10 receives various data from the second information processing device 30 via the receiving unit 161 and transmits various data to the second information processing device 30 via the transmitting unit 162 .

Also, the communication unit 160 is used to communicate with the other first information processing apparatus 10, that is, the third information processing apparatus 10a serving as a child device. The first information processing device 10 connects to the third information processing device 10a via the communication unit 160 . The first information processing apparatus 10 receives various data from the third information processing apparatus 10a via the receiving section 161, and transmits various data to the third information processing apparatus 10a via the transmitting section 162. FIG.

[Configuration of second information processing device 30]
The second information processing device 30 is an information processing device that processes various data. The second information processing device 30 is configured by a cloud service as described above. Note that the second information processing device 30 may be configured as a specific information processing device. The second information processing device 30 transmits and receives various data to and from the first information processing device 10 via the network 50 . Note that data transfer between the second information processing device 30 and the first information processing device 10 is not limited to that performed via the network 50 . For example, data transfer between the second information processing device 30 and the first information processing device 10 may be performed directly by wire or wirelessly, or may be performed via a recording medium.

FIG. 8 is a block diagram showing a functional configuration example of the second information processing device 30 according to the embodiment. A functional configuration example of the second information processing apparatus 30 according to the embodiment will be described with reference to FIG. As shown in FIG. 8 , the second information processing device 30 according to the embodiment includes a communication section 310 , a control section 320 , a storage section 330 and a display section 340 .

The communication unit 310 is a communication interface for communicating with the first information processing device 10 . The communication unit 310 is connected to the network 50 and communicates with the first information processing device 10 via the network 50 . Note that the communication unit 310 may be directly connected to the first information processing apparatus 10 by wire or wirelessly without going through the network 50 to communicate with the first information processing apparatus 10 . The second information processing device 30 receives various data from the first information processing device 10 via the communication unit 310 and transmits various data to the first information processing device 10 via the communication unit 310 .

The control unit 320 controls the overall operation of the second information processing device 30 . The control unit 320 is composed of a device such as a computer centered on a CPU (Central Processing Unit) that performs control arithmetic processing. Control unit 320 implements the functions of each unit by reading and executing programs stored in storage unit 330 . The control unit 320 of the second information processing device 30 is the second control unit of the information processing system 1 (see FIG. 1), and processes programs and data.

The control unit 320 implements processing of each unit by executing a pre-programmed procedure of a signal processing method to be performed by each unit based on various types of input information from the communication unit 310 and the like. For example, the control unit 320 may be implemented by expanding a program stored in a ROM (Read Only Memory) into a RAM (Random Access Memory) and executing the program. The control unit 320 is not limited to this configuration, and each unit may be separately configured by dedicated equipment (hardware). The control unit 320 includes a processing unit 321 , a recording control unit 322 and a display control unit 323 .

The processing unit 321 captures design information about the infrastructure structure to be inspected for repair design, and creates a sketch of the infrastructure structure to be used as a diagram of the foundation for writing the damage diagram P1 and the repair diagram P2 by the first information processing device 10. It has a function F11 for creating data.

The processing unit 321 takes in design information regarding infrastructure structures as inspection data as CAD (Computer-Aided Design) data. The design information regarding the infrastructure structure may be created in advance as CAD data. Then, the processing unit 321 may import this CAD data as inspection data. Various data to be taken in by the processing unit 321 are stored in the storage unit 330 in advance, but may be acquired from outside the storage unit 330 using the network 50 or the like.

Sketch data is drawing data of a portion of an infrastructure structure to be inspected for repair design. Note that the sketch data may be drawing data of the entire infrastructure structure. The drawing data may be data representing a two-dimensional drawing or data representing a three-dimensional drawing. The sketch data created by the second information processing device 30 is transmitted to the first information processing device 10 and stored in the storage unit 140 of the first information processing device 10 .

FIG. 9 is an explanatory diagram showing that CAD data output and summary table output are performed from the created sketch data P3 created by the first information processing apparatus 10 according to the embodiment. The processing unit 321 processes the created sketch data P3 in which the damage map P1 and the repair map P2 created by the first information processing device 10 are written, or the damage map P1 and the repair map created by the first information processing device 10. Import created sketch data P3 associated with P2. The processing unit 321 has a CAD data conversion function F12 that takes in the created sketch data P3 created by the first information processing device 10, and creates CAD data including repair details of the structure based on the damage diagram P1 and the repair diagram P2. have

The CAD data created by the CAD data conversion function F12 is repair data relating to repair details output by the second information processing device 30 . The created CAD data is drawing data of the repair range of the infrastructure structure. The CAD data to be created may be drawing data of the entire infrastructure structure.

The processing unit 321 takes in the created sketch data P3 created by the first information processing device 10, and when converting it into CAD data, the processing unit 321 may use the design information related to the infrastructure structure stored in the storage unit 330. good. The processing unit 321 may also use CAD data of design information related to the infrastructure structure used when creating the created sketch data P3.

FIG. 10 is an image diagram showing an example of the summary table TB created by the second information processing device 30 according to the embodiment. The processing unit 321 has a damage tallying function F13 that takes in the created sketch data P3 created by the first information processing device 10, tallies the damage information and repair information, and creates a tally table TB.

For example, the processing unit 321 determines from the created sketch data P3 that cross-section repair work and crack injection work are required as repair types, and the repair type column of summary table TB includes "cross-section repair work" and "crack injection work". "Work" is displayed. The processing unit 321 uses the “width (m),” “height (m),” “area (m ² ),” “depth (m),” and “volume ( m ³ )”, each value is recognized or estimated from the created sketch data P3, and each value is created corresponding to the type of repair. The summary table TB created by the damage summary function F13 is repair data relating to repair details output by the second information processing device 30 .

Returning to FIG. 8, the processing unit 321 has a photograph importing function F14 for importing data of photographs taken by the first information processing apparatus 10 . The captured photo data may be used when creating the created CAD data. Also, the captured photo data may be stored in the storage unit 330 in association with the created CAD data. Also, the fetched photo data may be stored in association with design information or sketch data relating to the infrastructure structure.

Various data created by the processing unit 321 are controlled by the recording control unit 322 regarding the recording method, the recording target, and the like. Where the various data created by the processing unit 321 are recorded is not limited. In the second information processing apparatus 30 according to the embodiment, various data created by the processing section 321 are stored in the storage section 330 . However, the configuration is not limited to this, and the recording control unit 322 stores various data created by the processing unit 321 in a storage device different from the storage unit 330 (for example, a server capable of communicating with the second information processing device 30). other storage device, etc.).

The display control unit 323 controls display of the output screen on the display unit 340 . Note that the display control unit 323 controls the output of the display unit 340. When the display unit 340 has a function as an input device such as a touch panel, the display control unit 323 controls the output of the display unit 340. It also controls input.

The storage unit 330 can be configured by a storage device that stores various data. Storage unit 330 stores, for example, a program or data for operating control unit 320 . The storage unit 330 also stores information about the infrastructure structure to be repaired. For example, the storage unit 330 stores CAD data created by the processing unit 321 from the created sketch data P3 including the damage drawing P1 and the repair drawing P2. The storage unit 330 also stores the summary table TB created by the processing unit 321 . In addition, the storage unit 330 temporarily stores various data necessary during the operation of the control unit 320 . Storage unit 330 is a data pool on the cloud service.

The storage unit 330 is, for example, a volatile memory such as a RAM (Random Access Memory) that can temporarily store data, or a non-volatile auxiliary storage device such as a hard disk drive. The non-volatile secondary storage device may be a solid state drive, flash memory for long-term data storage, or the like.

The display unit 340 has a function of displaying according to control by the control unit 320 . Display unit 340 displays various screens generated by control unit 320 . For example, the display unit 340 displays CAD data created by the processing unit 321 from the created sketch data P3 including the damage drawing P1 and the repair drawing P2. Also, the display unit 340 displays the summary table TB created by the processing unit 321 .

The form of the display unit 340 is not particularly limited. For example, the display unit 340 is a display device such as a liquid crystal display (LCD) device, an organic EL display (OLED: Organic Light Emitting Diode) device, or a CRT (Cathode Ray Tube) display device.

[Information processing method W1 and program using information processing system 1]
FIG. 11 is a flowchart showing an information processing method regarding repair design using the information processing system 1 according to the embodiment. An information processing method W1 relating to repair design using the information processing system 1 will be described with reference to FIG. The information processing method W1 has a preliminary preparation process W11, a field reconnaissance process W12, and a repair design and data collection process W13. The information processing method W1 is executed in order of a preliminary preparation process W11, a field reconnaissance process W12, and a repair design and data collection process W13.

(Advance preparation step W11)
The advance preparation step W11 is a step for preparing various data to be used by the first information processing device 10 and the third information processing device 10a before the user surveys the structure.

The advance preparation process W11 has a sketch data creation process (step S1). The sketch data creation step (step S<b>1 ) is executed by the control section 320 of the second information processing device 30 . In the sketch data creation step (step S1), design information about a structure to be inspected for repair design is taken in, and the infrastructure used as a basic drawing for writing the damage map P1 and the repair map P2 in the first information processing device 10. Sketch data of the structure is created.

The information processing method W1, which is a repair design support service, starts by registering information on the target structure on the second information processing device 30 (see FIG. 1). In addition, the information processing method W1, which is a repair design support service, is started by registering the information of the target structure on the cloud service (see FIG. 1) when the second information processing device 30 is configured as a cloud service. . When the sketch data of the target structure is registered in the second information processing device 30 , the sketch data can be downloaded from the second information processing device 30 to the first information processing device 10 .

The advance preparation process W11 has a parent device data reception process (step S2). The master device data receiving step (step S2) is executed after the sketch data creating step (step S1). The parent device data receiving step (step S<b>2 ) is executed by the control unit 130 of the first information processing device 10 and the control unit 320 of the second information processing device 30 . In the parent device data receiving step (step S2), the first information processing device 10 downloads the sketch data created by the second information processing device 30 . The sketch data is taken into the first information processing device 10 that the user brings to the site reconnaissance by the parent device data receiving step (step S2).

The advance preparation process W11 has a child device data reception process (step S3). The child device data receiving step (step S3) is executed after the parent device data receiving step (step S2). The slave device data receiving step (step S3) is executed by the control unit 130 of the first information processing device 10 and the control unit 130 of the third information processing device 10a. In the slave device data receiving step (step S3), the sketch data created by the second information processing device 30 and downloaded to the first information processing device 10 is downloaded from the first information processing device 10 to the third information processing device 10a. be done.

(Field reconnaissance process W12)
The site reconnaissance process W12 is a process executed at the site of reconnaissance of the structure to be repaired.

The field reconnaissance process W12 includes a damage diagram sketching process (step S4) and a handset damage diagram sketching process (step S5). The damage diagram sketching step (step S4) is executed after the parent device data receiving step (step S2). Further, the handset damage diagram sketch step (step S5) is executed after the handset data reception step (step S3).

The damage diagram sketching step (step S4) is executed by the control unit 130 of the first information processing device 10. FIG. Further, the handset damage diagram sketching step (step S5) is executed by the control unit 130 of the third information processing device 10a. The user draws a damage diagram P1 of the target structure at the reconnaissance site using the first information processing device 10 and the third information processing device 10a, which are information terminals. Using the pen 20 or the like, the user writes the damage state of the structure to be inspected on the input section 111 of the screen section 110 based on the sketch data created by the second information processing device 30 .

In the damage diagram sketching process (step S4) and the handset damage diagram sketching process (step S5), a damage diagram P1 depicting the damage state of the infrastructure structure is created based on the positional information of the pen 20 or the like input to the input unit 111. be done. In the damage diagram sketching process (step S4), at the reconnaissance site, along with creating the damage diagram P1, photographs of the damaged locations are taken using the photographing units 120 of the first and third information processing apparatuses 10 and 10a. may be broken. The captured photograph data is stored in the storage unit 140 together with the damage diagram P1 or in association with the damage diagram P1.

The field reconnaissance process W12 has a damage information synchronization process (step S6). The damage information synchronization process (step S6) is executed after the damage diagram sketching process (step S4) and the handset damage diagram sketching process (step S5). The damage information synchronization step (step S6) is performed by the control unit 130 of the first information processing device 10 and the control unit 130 of the third information processing device 10a. In the damage information synchronization step (step S6), the control unit 130 of the first information processing device 10 receives the damage diagram P1 created by the third information processing device 10a, and Synchronize with damage map P1.

The first information processing apparatus 10 serving as a parent device and the third information processing apparatus 10a serving as a child device have a synchronization function. By synchronizing the first information processing apparatus 10 and the third information processing apparatus 10a among users, the users can reduce the working time and can share information in real time. After completing the reconnaissance, the third information processing device 10a, which is a child device, causes the first information processing device, which is a parent device, to aggregate the data of the damage diagram P1, and detects the damage on the first information processing device, which is a parent device. Figure P1 is completed.

(Repair design and data collection process W13)
The repair design and data collection process W13 is a process that is executed after performing an inspection at the site of the reconnaissance of the structure targeted for repair design and creating the damage map P1 of the structure.

The repair design and data compilation process W13 has a repair drawing sketch process (step S7). The repair drawing sketch process (step S7) is executed after the damage information synchronization process (step S6). The repair drawing sketching step (step S7) is executed by the control unit 130 of the first information processing device 10. FIG. Using the pen 20 or the like, the user selects an arbitrary type of repair (repair work) and draws the range of repair. In the repair map sketch step (step S7), a repair map P2 corresponding to the damage state of the infrastructure structure is created based on the positional information of the pen 20 or the like input to the input unit 111. FIG.

In the first information processing apparatus 10, the repair drawing P2 is created based on the damage drawing P1. In the repair drawing sketch step (step S7), while the damage drawing P1 is displayed on the screen, a repair drawing P2 corresponding to the damage state of the structure is created based on the positional information of the object input to the input unit 111. is created in a layer different from the layer in which it was created.

When the user selects the damaged part of the damage drawing P1 on the repair drawing input screen 115, the screen changes to the repair method selection screen, so select an arbitrary repair work such as cross-section repair work or crack injection work and specify the repair range. draw. After all the repaired parts are drawn, the created sketch data P3 including the damaged drawing P1 and the repaired drawing P2 is uploaded from the first information processing device 10 to the second information processing device 30, which is a cloud service.

The repair design and data compilation process W13 has a created sketch data download process (step S8). The created sketch data download step (step S8) is executed after the repair drawing sketch step (step S7). The created sketch data download step (step S8) is executed by the control unit 130 of the first information processing device 10 and the control unit 320 of the second information processing device 30. FIG. In the created sketch data download step (step S8), the created sketch data P3 (see FIG. 9) including the damage map P1 and the repair map P2 created by the first information processing device 10 is downloaded from the first information processing device 10. It is uploaded to the second information processing device 30 . Then, in the created sketch data download step (step S8), the created sketch data P3 (see FIG. 9) including the damage map P1 and the repair map P2 created by the first information processing device 10 is downloaded to the second information processing device. 30 and stored in the storage unit 330 .

The repair design and data collection process W13 has a repair drawing CAD drawing output process (step S9). The repair drawing CAD drawing output process (step S9) is executed after the created sketch data download process (step S8). The repair drawing CAD drawing output step (step S9) is executed by the control unit 320 of the second information processing device 30. FIG. In the repair drawing CAD drawing output process (step S9), CAD data including repair details of the structure is created based on the damage drawing P1 and the repair drawing P2 of the created sketch data P3. The repair drawing CAD drawing output step (step S9) can be executed by a cloud service when the second information processing device 30 is configured by a cloud service.

The repair design and data collection process W13 has a total data output process (step S10). The tabulated data output step (step S10) is executed after the created sketch data download step (step S8). The total data output process (step S10) may be executed before the repair drawing CAD drawing output process (step S9), or may be executed after the repair drawing CAD drawing output process (step S9). Alternatively, the total data output step (step S10) may be executed simultaneously with the repair drawing CAD drawing output step (step S9).

The total data output step (step S10) is executed by the control unit 320 of the second information processing device 30. FIG. In the tabulated data output step (step S10), a tabulated table TB describing at least the type of repair and the range of repair is created based on the damage diagram P1 and the repair diagram P2 of the created sketch data P3. In the aggregated data output step (step S10), for example, the volume (m ³ ) of the portion requiring the repair material is aggregated. The total data output step (step S10) can be executed by a cloud service when the second information processing device 30 is configured by a cloud service.

The repair design and data compilation step W13 may include a photo ledger output step (step S11). The photo ledger output step (step S11) is executed after the created sketch data download step (step S8). The photo ledger output process (step S11) may be executed before the repair drawing CAD drawing output process (step S9), or may be executed after the repair drawing CAD drawing output process (step S9). Alternatively, the photo ledger output step (step S11) may be executed simultaneously with the repair drawing CAD drawing output step (step S9). The photo ledger output step (step S<b>11 ) is executed by the control unit 320 of the second information processing device 30 . In the photo ledger output step (step S11), a photo ledger is created from the captured photo data. The photo ledger output step (step S11) can be executed by a cloud service when the second information processing device 30 is configured by a cloud service.

The information processing method W1 from the sketch data creation step (step S1) to the total data output step (step S10) and the photo ledger output step (step S11) is performed by a computer program. This computer is the control section 130 of the first information processing apparatus 10, the control section 320 of the second information processing apparatus 30, and the control section 130 of the third information processing apparatus 10a. A program for executing the steps from the sketch data creation step (step S1) to the total data output step (step S10) and the photo ledger output step (step S11) is stored in the storage unit 140 of the first information processing device 10 and the third information processing. It is stored in the storage unit 140 of the device 10a. A program for executing the steps from the sketch data creation step (step S1) to the total data output step (step S10) and the photo ledger output step (step S11) is stored in the storage unit 330 of the second information processing device 30. ing.

[Effects of information processing device, etc.]
The control unit 130 of the first information processing apparatus 10 displays on the repair drawing input screen 115 the damage drawing P1 representing the damaged portion DP drawn on the damage drawing input screen 114 . Since the repair drawing P2 can display the damage drawing P1 as a lower drawing, it is possible to save the trouble of duplicating the damaged part, which is required in the conventional draft sketch on paper.

FIG. 12 is a flow chart showing the flow of general repair design. A general repair design flow will be described with reference to FIG. Accurate damage diagrams of target structures are required for repair design. To create the damage diagram, the results of the inspection work performed on the target structure are obtained (step SP1). The user conducts a site reconnaissance based on the inspection result of the target structure (step SP2). Then, the user creates a damage diagram depicting the current damage state of the target structure (step SP3).

Subsequently, the user selects a repair method according to the type of damage from the damage drawing and writes up the repair drawing (step SP4). After that, the user puts together a repair plan (step SP5). In the repair design, it is necessary to calculate the volume of repair material such as cement or surface coating material required for the entire repair work, and the user aggregates the volume of repair material required from the repair drawing. The user puts together a repair plan from the repair drawings, tallies the data, and estimates the total number of construction works.

In this general flow of repair design, in the conventional damage diagram creation (step SP3), the user visually confirms the damage state of the target structure, traces the damage based on the paper surface, and sketches. Or, take a picture of the damaged area and create a diagram of the damage. Then, in the conventional preparation of the repair drawing (step SP4), the user prepares the repair drawing based on the information of the damage drawing. In the conventional repair design, when the user creates a repair drawing, the damage information drawn on the damage drawing is traced back to the repair drawing. Therefore, in the repair design, the process of copying the shape of the damage occurs twice, when creating the damage drawing and when creating the repair drawing, and the work time for the repair design increases.

In response to this, as described above, the control unit 130 of the first information processing apparatus 10 displays the damage diagram P1 representing the damaged portion DP drawn on the damage diagram input screen 114 on the repair diagram input screen 115 . In other words, the first information processing device 10 can store the damage drawing P1 and apply it to the repair drawing P2. By reusing the damage diagram P1, the user does not need to write down the damage state again when creating the repair diagram P2, and the repair diagram P2 can be created smoothly, thereby reducing the work time.

Further, when the user inputs the position information of the pen 20 or the like to the input unit 111 to create the repair map P2, the display control unit 133 controls the repair map display layer 118 and the damage map display layer 118 where the repair map P2 is created. The damage diagram display layer 117 on which P1 is created is superimposed and displayed. Therefore, the user does not need to write down the damage state again when creating the repair map P2, and can proceed smoothly to create the repair map P2, thereby reducing the work time.

In addition, the display control unit 133 displays the photographed data photographed by the photographing unit 120 on the damage diagram display layer 117 . Therefore, when creating the repair map P2, the user can use the photographic data showing the damaged state of the object, so that the repair map P2 can be created smoothly and the work time can be reduced.

The information processing system 1 also has a screen unit 110 and a control unit 130 . This screen unit 110 includes a damage drawing input screen 114 used to input a damage drawing P1 depicting a damaged portion DP of a structure, and a repair drawing input screen used to input a repair drawing P2 for the damaged portion DP. 115 and , are switched and displayed. Then, the control unit 130 controls the screen unit 110 to display the damage diagram P<b>1 representing the damaged portion DP drawn on the damage diagram input screen 114 on the repair diagram input screen 115 . Therefore, the user does not need to write down the damage state again when creating the repair map P2, and can proceed smoothly to create the repair map P2, thereby reducing the work time.

Also, the second information processing device 30 is configured by a cloud service. Therefore, the information processing system 1 having the second information processing device 30 can enjoy the advantages of the cloud service, such as easy information sharing, easy system distribution, and expansion of required functions and capacity.

In addition, the second information processing device 30 takes in the design information regarding the structure to be inspected for repair design, and the structure used as a diagram of the foundation for writing the damage diagram P1 and the repair diagram P2 by the first information processing device 10. It has a control unit 320 for creating sketch data of an object. By having this configuration, the information processing system 1 can reduce the load on the first information processing device 10 which is an information terminal, and reduce the amount of work compared to the case where sketch data is created for each first information processing device 10. and work time can be suppressed, and work efficiency can be improved.

Further, the control unit 320 of the second information processing device 30 receives the damage map P1 and the repair map P2 from the first information processing device 10, and uses the damage map P1 and the repair map P2 to create a CAD for the repair range of the structure. Create the data as repair data. By having this configuration, the information processing system 1 can reduce the load on the first information processing device 10 which is an information terminal, and reduce the amount of work compared to the case where sketch data is created for each first information processing device 10. and work time can be suppressed, and work efficiency can be improved.

Further, the control unit 320 of the second information processing device 30 receives the damage map P1 and the repair map P2 from the first information processing device 10, and uses the damage map P1 and the repair map P2 to determine the type of repair for the structure. A summary table TB describing the scope of repair is created as repair data. With this configuration, the information processing system 1 can reduce the load on the first information processing device 10 which is an information terminal, and reduce the amount of work compared to creating repair data for each first information processing device 10. and work time can be suppressed, and work efficiency can be improved.

Further, the control unit 130 of the first information processing device 10 receives the damage drawing P1 created by the third information processing device 10a and synchronizes it with the damage drawing P1 created by the first information processing device 10 . In the information processing system 1, by synchronizing the first information processing device 10 and the third information processing device 10a, the user can reduce the working time and can share information in real time.

The information processing method W1 and the program of the information processing system 1 also have a repair drawing sketching process (step S7). In the repair drawing sketch step (step S7), while the damage drawing P1 is displayed on the screen, a repair drawing P2 corresponding to the damage state of the structure is created based on the positional information of the object input to the input unit 111. is created in a layer different from the layer in which it was created. Therefore, the user does not need to write down the damage state again when creating the repair map P2, and can proceed smoothly to create the repair map P2, thereby reducing the work time.

The information processing method W1 and the program of the information processing system 1 also have a repair drawing CAD drawing output step (step S9) and a total data output step (step S10). The information processing method W1 and the program can reduce the load on the first information processing device 10, which is an information terminal, by having the configuration, and create a repair drawing CAD drawing and a summary table for each first information processing device 10. As compared with the case of doing this, the amount of work and work time can be suppressed, and work efficiency can be improved.

The information processing method W1 and the program of the information processing system 1 also have a damage information synchronization step (step S6). By synchronizing the first information processing apparatus 10 and the third information processing apparatus 10a, the information processing method W1 and the program enable the user to reduce work time and share information in real time.

Although the embodiments have been described above, the present invention is not limited to the above-described embodiments, and various modifications and applications are possible without departing from the gist of the present invention. In the embodiment, an example aimed at repair design of a bridge, tunnel, or the like has been described, but the target of repair design is not limited to this example.

1 information processing system 10 first information processing device 10a third information processing device 20 pen 30 second information processing device 50 network 110 screen unit 111 input unit 112 display unit 114 damage diagram input screen 115 repair diagram input screen 117 damage diagram display layer 118 repair drawing display layer 120 imaging unit 130 control unit 131 processing unit 132 recording control unit 133 display control unit 140 storage unit 150 sensor unit 160 communication unit 161 reception unit 162 transmission unit 310 communication unit 320 control unit 321 processing unit 322 recording control unit 323 display control unit 330 storage unit 340 display unit.

Claims (15)

An information processing device used for repair design of a structure,
a screen unit for switching between and displaying a damage drawing input screen used for depicting the damaged portion of the structure and a repair drawing input screen used for inputting repair details for the damaged portion;
a control unit that controls the screen unit;
with
The control unit
An information processing apparatus for displaying, on the repair drawing input screen, a damage drawing representing the damaged portion drawn on the damage drawing input screen. The screen part
an input unit for inputting position information of the object by bringing the object into contact with or in close proximity;
a display unit that displays an image based on the position information input to the input unit;
has
The control unit, in the display unit,
a damage diagram display layer for displaying the damage diagram input using the input unit;
a repair diagram display layer configured in a layer different from the damage diagram display layer, the repair diagram display layer displaying a repair diagram showing the details of the repair for the damaged portion input using the input unit;
and configure
When the position information is input to the input unit to create the repair map on the repair map display layer, the repair map display layer from which the repair map is created and the damage from which the damage map is created. 2. The information processing apparatus according to claim 1, wherein the diagram display layer is superimposed and displayed. further comprising a photographing unit for photographing,
The control unit
3. The information processing apparatus according to claim 2, wherein photographed data photographed by said photographing unit is displayed on said damage diagram display layer. An information processing system used for repair design of structures,
a first information processing device, which is an information terminal used for site reconnaissance;
a second information processing device that communicates with the first information processing device and outputs repair data related to repair content based on the damage diagram and the repair diagram created by the first information processing device;
with
The first information processing device is
Switching display between a damage diagram input screen used to input the damage diagram depicting the damaged portion of the structure and a repair diagram input screen used to input the repair diagram for the damaged portion. a screen part;
a control unit that controls the screen unit and displays, on the repair diagram input screen, the damage diagram representing the damaged portion drawn on the damage diagram input screen;
An information processing system having The screen part
an input unit for inputting position information of the object by bringing the object into contact with or in close proximity;
a display unit that displays an image based on the position information input to the input unit;
has
The control unit, in the display unit,
a damage diagram display layer for displaying the damage diagram input using the input unit;
a repair diagram display layer configured in a layer different from the damage diagram display layer, the repair diagram display layer displaying the repair diagram indicating the details of the repair for the damaged portion input using the input unit;
and configure
When the position information is input to the input unit to create the repair map on the repair map display layer, the repair map display layer from which the repair map is created and the damage from which the damage map is created. 5. The information processing system according to claim 4, wherein the diagram display layer is superimposed and displayed. The second information processing device is
6. The information processing system according to claim 4, which is configured by a cloud service. The second information processing device is
Taking in design information about the structure to be inspected for repair design, and creating sketch data of the structure to be used as a foundation drawing for writing the damage diagram and the repair diagram by the first information processing device. 7. The information processing system according to any one of claims 4 to 6, comprising a second control unit. The second control unit is
receiving the damage drawing and the repair drawing from the first information processing device;
8. The information processing system according to claim 7, wherein CAD data of a repair range of said structure is created as said repair data using said damage diagram and said repair diagram. The second control unit is
receiving the damage drawing and the repair drawing from the first information processing device;
9. The information processing system according to claim 7 or 8, wherein, using said damage map and said repair map, a summary table in which repair types and repair ranges for said structure are described is created as said repair data. further comprising one or more third information processing devices that are information terminals used for the site reconnaissance;
The control unit of the first information processing device,
Download the sketch data,
The third information processing device is
a third control unit that communicates with the communication unit of the first information processing device and downloads the sketch data;
a slave unit screen unit that displays the damage diagram input screen used for inputting the damage diagram;
with
The control unit of the first information processing device,
The information processing system according to any one of claims 7 to 9, wherein the damage diagram created by the third information processing device is received and synchronized with the damage diagram created by the first information processing device. . a screen unit having an input unit for inputting positional information of the object by bringing the object into contact with or coming close to the object and a display unit for displaying an image based on the positional information input to the input unit; and controlling the screen unit. A method for processing information relating to repair design of a structure using a first information processing device, which is an information terminal provided with a first control unit, and a second information processing device, which is an information terminal provided with a second control unit for processing data and
In the second information processing device, the design information regarding the structure to be inspected for repair design is taken in, and in the first information processing device, a damage diagram depicting the damage state of the structure and a repair diagram showing repair details. A sketch data creation step in which sketch data of the structure to be used as a basic drawing for writing is created;
a parent device data receiving step in which the first information processing device downloads the sketch data created by the second information processing device;
a damage diagram sketching step of creating the damage diagram based on the position information of the object input to the input unit in the first information processing apparatus;
In the first information processing device, while the damage diagram is displayed on the display unit, the repair diagram corresponding to the damage state of the structure is displayed based on the position information of the object input to the input unit, a repair drawing sketch step in which the damage drawing is created in a layer different from the layer in which the damage drawing is created;
In the second information processing device, a created sketch data download step of importing created sketch data including the damage drawing and the repair drawing created in the first information processing device;
a repair drawing CAD drawing output step of creating CAD data including repair details of the structure based on the damage drawing and the repair drawing of the created sketch data that has been taken in, in the second information processing device;
a total data output step of generating, in the second information processing device, a total table in which a repair type and a repair range are described based on the damage diagram and the repair diagram of the created sketch data;
An information processing method comprising: A method for processing information related to repair design of the structure further using a third information processing device, which is an information terminal including the input unit, the screen unit, and a third control unit that controls the screen unit,
Between the parent device data receiving step and the repair drawing sketching step,
a slave device data receiving step of downloading sketch data created by the second information processing device and downloaded to the first information processing device from the first information processing device to the third information processing device, which is an information terminal; ,
a slave unit damage diagram sketch step of creating the damage diagram depicting the damage state of the structure based on the position information of the object input to the input unit in the third information processing device;
a damage information synchronization step of receiving the damage diagram created by the third information processing apparatus and synchronizing it with the damage diagram created by the first information processing apparatus in the first information processing apparatus;
The information processing method according to claim 11, comprising: The second information processing device is
13. The information processing method according to claim 11 or 12, which is configured by a cloud service. a screen unit having an input unit for inputting positional information of the object by bringing the object into contact with or coming close to the object and a display unit for displaying an image based on the positional information input to the input unit; and controlling the screen unit. A method for processing information relating to repair design of a structure using a first information processing device, which is an information terminal provided with a first control unit, and a second information processing device, which is an information terminal provided with a second control unit for processing data a program of
In the second information processing device, the design information regarding the structure to be inspected for repair design is taken in, and in the first information processing device, a damage diagram depicting the damage state of the structure and a repair diagram showing repair details. A sketch data creation step in which sketch data of the structure to be used as a basic drawing for writing is created;
a parent device data receiving step in which the first information processing device downloads the sketch data created by the second information processing device;
a damage diagram sketching step of creating the damage diagram based on the position information of the object input to the input unit in the first information processing apparatus;
In the first information processing device, while the damage diagram is displayed on the display unit, the repair diagram corresponding to the damage state of the structure is displayed based on the position information of the object input to the input unit, a repair drawing sketch step in which the damage drawing is created in a layer different from the layer in which the damage drawing is created;
In the second information processing device, a created sketch data download step of importing created sketch data including the damage drawing and the repair drawing created in the first information processing device;
a repair drawing CAD drawing output step of creating CAD data including repair details of the structure based on the damage drawing and the repair drawing of the created sketch data that has been taken in, in the second information processing device;
a total data output step of generating, in the second information processing device, a total table in which a repair type and a repair range are described based on the damage diagram and the repair diagram of the created sketch data;
A program of an information processing method for causing the first control unit and the second control unit to perform. The program of the method for processing information related to repair design of a structure further using a third information processing device, which is an information terminal comprising the input unit, the screen unit, and a third control unit that controls the screen unit, ,
Between the parent device data receiving step and the repair drawing sketching step,
a slave device data receiving step of downloading sketch data created by the second information processing device and downloaded to the first information processing device from the first information processing device to the third information processing device, which is an information terminal; ,
In the third information processing device, a slave device damage diagram sketch step of creating the damage diagram based on the position information of the object input to the input unit;
a damage information synchronization step of receiving the damage diagram created by the third information processing apparatus and synchronizing it with the damage diagram created by the first information processing apparatus in the first information processing apparatus;
15. The program for the information processing method according to claim 14, wherein the first control unit, the second control unit and the third control unit perform:

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