JP2014229230A - Object management server, system and method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an object management server capable of managing an object efficiently and capable of making use of management information easily.SOLUTION: An object management system 1 comprises: a mobile phone 3 used by an examiner of a bridge 2; a management server 4; and a manager terminal 5. In addition, in an indivisible state with the bridge 2, a two-dimensional code 6 is stuck. The mobile phone 3 is configured so that it can read the two-dimensional code 6, recognize the URL by reading the two-dimensional code 6, and access to the management server 4.

Description

  The present invention relates to an object management server, an object management system, and an object management method. Specifically, the present invention relates to an object management server, an object management system, and an object management method that can efficiently manage an object and can easily use management information.

  Road structures that support social life such as roads, bridges, and tunnels, and buildings that are used by many people such as schools and hospitals are properly maintained based on regular inspections for safe and continuous use. Management is required.

  In particular, for road structures, the inspection target tends to be wide, and the inspection time may overlap due to intensive construction at one time. For this reason, it is necessary to spend enormous time and money on inspections, information management, maintenance work, etc. necessary for maintenance.

  In recent years, maintenance work has become obscured due to a lack of cost and personnel required for inspection of structures, leading to serious accidents, which has become a major social problem.

  Under such circumstances, there is an efficient structure management system that utilizes three-dimensional scanning measurement data for structure maintenance. For example, Patent Document 1 proposes an electronic ledger system for structure management.

  Here, Patent Document 1 describes an electronic ledger system 100 for structure management as shown in FIG. The structure management electronic ledger system 100 acquires three-dimensional scanning measurement data, and converts the acquired three-dimensional data into CAD data that can be used as current data.

  In addition, the structure management electronic ledger system 100 acquires other management data from the existing management system, and creates various drawings and other management information of the entire bridge and each part based on the data. An electronic ledger system is configured to output various created drawings and other management information by screen search.

JP 2006-146614 A

  However, since the management system of Patent Document 1 creates various drawings and management information after converting measurement data to CAD data, knowledge of CAD operation, knowledge of drawings, and the like are required. In other words, the system cannot be handled efficiently without specialized knowledge.

  In addition, since specialized knowledge is required to use the management system, there are many cases in which measurement data acquisition and data reflection to the system are outsourced and only the accumulated data is stored. As a result, the management of the object cannot be efficiently performed even if the commission cost or the system introduction cost is added.

  In addition, the conventional management system includes the contents of collecting and managing the photo data of the object, but it is not integrated with detailed information such as information on damage and past inspection history information, Not enough management.

  The present invention has been made in view of the above points, an object management server, an object management system, and object management capable of efficiently managing an object and easily using management information. It aims to provide a method.

  In order to achieve the above object, the object management server of the present invention includes an inspection information recording unit that records inspection information that is information related to the inspection result of the object, and user identification that allows user identification information to be input from an external terminal. It is determined whether the user identification information input from an information input unit and an external terminal is identification information of a user having a predetermined authority, and if it is identification information of a user having a predetermined authority An address information display unit that displays on the external terminal address information that is information related to an e-mail address accessible to the inspection information recording unit corresponding to the object, and an object transmitted from the external terminal to the e-mail address of the address information Receiving the latest inspection information, which is information relating to the latest inspection result of the object, and at least the inspection information recorded in the inspection information recording unit; And an information updating unit for a part to update the contents to the latest inspection information.

  Here, the inspection information obtained by inspecting each object can be recorded on the server by the inspection information recording unit that records the inspection information that is information related to the inspection result of the object.

  Further, the user identification information can be input from the external terminal by the user identification information input unit that can input the user identification information from the external terminal. The user identification information means information such as individual IDs and passwords assigned according to the usage purpose of the server user.

  Further, it is possible to determine whether the user has authority by the address information display unit that determines whether the user identification information input from the external terminal is identification information of a user having a predetermined authority. It becomes possible. That is, only the authorized person can use the server.

  In addition, it is determined whether or not the user identification information input from the external terminal is identification information of a user having a predetermined authority. Access to the inspection information recording unit related to the management target on the external terminal used by the authorized user by the address information display unit that displays on the external terminal address information that is information on the e-mail address accessible to the inspection information recording unit E-mail address to be displayed.

  In addition, receiving the latest inspection information of the management target by the information updating unit that receives the latest inspection information that is information on the latest inspection result of the target transmitted from the external terminal to the e-mail address of the address information Can do.

  In addition, the information update unit that updates the content of at least part of the inspection information recorded in the inspection information recording unit to the latest inspection information allows the inspection information on the management target recorded in the server to be updated to the latest inspection each time. Can be updated with information. In addition, the update of information may reflect all the newest inspection information, and may update only a part of it.

  In addition, when the user identification information input unit is configured so that the user identification information can be input to the input form displayed on the external terminal by reading the identifier inseparably integrated with the target object on the external terminal, Input of identification information becomes easy. That is, the user identification information can be input simply by reading the identifier attached to the object with an external terminal. Note that reading with an external terminal means, for example, a reading operation using a camera function of a mobile phone or the like.

  In addition, when the user identification information input unit is configured to be able to input user identification information on an input form displayed on the external terminal by reading the identifier inseparably attached to the object with the external terminal, the identifier Can be prevented from being transferred from the object to another object. In other words, it is difficult to cause object management mistakes and unauthorized management acts that intentionally replace the inspection information of a specific object, thereby ensuring consistency of inspection.

  In addition, the inspection information recording unit records the image shooting date and time when checking the information to be managed when recording an image that is inseparable from the information indicating the shooting date and time when the target object was shot with the external terminal. Can be confirmed. Further, since the information on the image and the shooting date / time is inseparable, it is not possible to perform fraud such as falsification of the shooting date / time of the image, and it is possible to suppress fraud such as substituting other images taken in the past as inspection information. be able to.

  In addition, the inspection information recording unit records, as inspection information, an image that is inseparable from information indicating the date and time when the object was imaged with an external terminal, the shooting location of the object, the inspection item, and the degree of damage. Detailed information about management objects can be recorded. That is, it is possible to record not only the image of the inspection location but also the result of the inspection item as necessary.

  In addition, the information update unit receives, as the latest inspection information, an image that is inseparable from the information indicating the photographing date and time when the object is photographed by the external terminal, and updates the contents, At the time of confirmation, the shooting date and time of the image can be confirmed. Further, since the information on the image and the shooting date / time is inseparable, it is not possible to perform fraud such as falsification of the shooting date / time of the image, and it is possible to suppress fraud such as substituting other images taken in the past as inspection information. be able to.

  In addition, the information update unit receives, as the latest inspection information, an image that is inseparable from information indicating the shooting date and time when the object is imaged with the external terminal, the shooting location of the object, the inspection item, and the degree of damage; In the case of updating the contents, the contents can be updated with detailed information regarding the management target. In other words, not only the image of the inspection location but also the result of the inspection item as required can be updated.

  In addition, when the information update unit receives the latest inspection information, it has a document data reflection unit that creates the latest inspection information in a predetermined description format and reflects it in document data that can be printed and output. The information after inspection can be immediately output in the required document format. For example, even when the information to be managed needs to be submitted as a standard record, it can be immediately finished in writing, and work efficiency can be improved.

  In addition, it is determined whether the user identification information input from the external terminal is identification information of a user having a predetermined authority. When the management information display unit that displays the recorded inspection information on the external terminal is provided, the inspection information record of the management target can be displayed to a user having a predetermined authority. For example, it is possible to create a page of individual management objects and a list page that summarizes all management objects, and efficiently check the inspection status and manage information.

  In addition, regarding the disclosure of the inspection information recorded in the inspection information recording unit, the availability of the disclosure determined by a user having a predetermined authority is recorded, and the publicly accessible inspection information is disclosed to an externally accessible disclosure means. In the case where the inspection information disclosure unit is provided, it is possible to disclose any selected information out of the inspection information of the management target. For example, it is possible to provide information on public works and management works by disclosing the inspection status of buildings in public facilities to the general public.

  In addition, the identifier is displayed in such a manner that predetermined information is identifiable, and the identifier body attached to the object, the glass continuous fiber sheet attached on the identifier body, and the glass continuous fiber sheet are sealed. A transparent or translucent identifier having a resin material, and when the adhesive strength between the identifier body and the continuous glass fiber sheet is smaller than the adhesive strength between the object and the identifier body, the identifier body is removed from the object. If the peeling is attempted, the identifier main body is damaged. Therefore, the replacement of the identifier body from the object to another object can be suppressed, and the consistency of inspection can be ensured.

  In addition, the information update unit, within the predetermined time, the time difference between the photography date / time and the transmission date / time or the transmission date / time and the reception date / time among the photography date / time, transmission date / time and reception date / time of the image of the latest inspection information received. In some cases, when the information update unit updates the content of at least part of the inspection information recorded in the inspection information recording unit to the latest inspection information, the information of the image and the shooting date and time is inseparable, Only information taken, transmitted and received within a predetermined time can be handled as the latest inspection information used for updating. In other words, it is necessary to perform a series of processes from inspection to server information reception, and it is possible to suppress fraud such as substituting other images taken in the past as inspection information.

  In addition, in the case of including a damage degree determination unit that determines the degree of damage to the object based on the damage degree of the inspection information recorded in the inspection information recording part, it is possible to determine the total damage degree of the object. it can. For example, based on the number of inspection points having a large degree of damage, a mechanism may be considered in which an object is determined as a structure requiring attention when the number exceeds a certain number.

  In addition, the address information display unit is information regarding an e-mail address that can access the inspection information recording unit corresponding to the target object by reading an identifier that is inseparably integrated with the target object in a predetermined emergency. If you have a current status information reception unit that displays information on the external terminal and receives the current status information that is information related to the status of the object sent from the external terminal to the e-mail address of the address information, you have access authority in an emergency. It is possible to send information related to the management object to the server by those who do not have it. For example, after an earthquake occurs, image data of the current status of the management target can be sent to a server by an unauthorized person to notify the server of the situation.

  In addition, when the information update unit updates the content of at least part of the inspection information recorded in the inspection information recording unit to the latest inspection information, the inspection information before the update of the inspection information recording unit is recorded as history information. When the history information recording unit is provided, it is possible to confirm the history of inspection information of the management target. That is, when the information update unit updates the content to the latest inspection information, the history information recording unit accumulates information that is out of date.

  In order to achieve the above object, the object management system of the present invention records an external terminal that transmits inspection information that is information related to the inspection result of the object, and the inspection information transmitted by the external terminal. Check information recording unit, user identification information input unit capable of inputting user identification information from the external terminal, and whether the user identification information input from the external terminal is identification information of a user having a predetermined authority And, when it is identification information of a user having a predetermined authority, an address for displaying on the external terminal address information which is information on an e-mail address accessible to the inspection information recording unit corresponding to the object An information display section and information on the latest inspection result of the object transmitted from the external terminal to the e-mail address of the address information. Receiving inspection information, and includes a target object management server and an information updating unit for at least a part of the inspection information recorded in the inspection information recording section updates the contents to the latest inspection information.

  Here, the inspection information of the management object can be transmitted to the server by the external terminal that transmits the inspection information that is information on the inspection result of the object. The external terminal means a terminal capable of communicating outside such as a mobile phone. Image data and inspection information can be transmitted to the server using the photo shooting function of the mobile phone.

  Further, in order to achieve the above object, the object management method of the present invention is inseparably attached to the inspection step of photographing the inspection location of the object with an external terminal and determining the degree of damage, and the object. Corresponding to an identification information input step for inputting user identification information from an input form displayed by reading the identifier with an external terminal, and an object displayed on the external terminal by inputting user identification information in the identification information input step An inspection information transmission step for transmitting to the e-mail address the latest inspection information including an image inseparable from the information indicating the photographing date and time photographed in the inspection step, the photographing position of the object, the inspection item, and the degree of damage; Information for updating the content of at least part of the inspection information of the object recorded in the management server to the latest inspection information transmitted in the inspection information transmission step. Comprising an updating step, the created latest inspection information in a predetermined description format, and the document data reflecting step of printing to be reflected in the printable document data.

  Here, image information of the inspection location of the management target object and information on the degree of damage of each inspection location are created by an inspection step of photographing the inspection location of the object with an external terminal and determining the degree of damage. That is, it is possible to confirm the current state of the management target object with detailed image information, and to plan subsequent maintenance and inspection work based on the damage degree information.

  In addition, user identification information can be easily input by an identification information input step of inputting user identification information from an input form displayed by reading an identifier inseparably integrated with an object with an external terminal. In other words, the user identification information can be input by simply reading the identifier attached to the object with the external terminal and reaching the user identification information input unit.

  Further, by inputting user identification information in the identification information input step, an image in an inseparable state with information indicating the shooting date and time taken in the inspection step, to the e-mail address corresponding to the object displayed on the external terminal, The detailed inspection information of the management target can be transmitted to the server by the inspection information transmission step of transmitting the latest inspection information including the shooting location of the object, the inspection item, and the degree of damage.

  In addition, the information update step for updating at least part of the inspection information of the target object recorded on the management server to the latest inspection information transmitted in the inspection information transmission step allows the management target object recorded on the server to be updated. Inspection information can be updated to the latest information.

  In addition, the latest inspection information is created in the prescribed description format, and the post-inspection information of the management target recorded on the server is immediately required by the document data reflection step that reflects the document data that can be printed and output. Can be output in a simple written format.

  The inspection information transmission step includes an identifier image that is inseparable from the information indicating the shooting date and time when the identifier is captured by the external terminal as the latest inspection information, and the identifier image transmitted in the inspection information transmission step is displayed on the terminal screen. In the case of providing an identifier confirmation step for displaying and reading with an external terminal and confirming whether or not the object and the identifier image are the correct combination, image information obtained by photographing the identifier itself in the inspection information received by the server Will be included. For this reason, the identifier can also be read from the image information displayed on the terminal screen on the administrator side. That is, the administrator can read the identifier and confirm whether or not the object is an object to be inspected, thereby ensuring consistency of inspection.

The object management server according to the present invention can efficiently manage an object and can easily use management information.
Further, the object management system according to the present invention can efficiently manage an object and can easily use management information.
In addition, the object management method according to the present invention can efficiently manage an object and can easily use management information.

It is the schematic which shows an example of a structure of the target object management system to which this invention is applied. It is the schematic which showed the structure of the two-dimensional code. It is the schematic which showed the whole bridge management page. It is the schematic which showed the individual management page. It is a flowchart which shows the flow of the inspection of the target object management method to which this invention is applied. It is the schematic which shows the update of the inspection information by an information update part. It is the schematic which shows document preparation by a management information output part. It is the schematic which shows the conditions at the time of the update of the inspection information of an information update part. It is the schematic which shows the conventional structure management system.

Hereinafter, embodiments of the present invention will be described with reference to the drawings to facilitate understanding of the present invention.
FIG. 1 is a schematic diagram showing an example of the configuration of an object management system to which the present invention is applied. FIG. 2 is a schematic diagram showing the structure of the two-dimensional code. FIG. 3 is a schematic diagram showing the entire bridge management page. FIG. 4 is a schematic diagram showing an individual management page.

  As shown in FIG. 1, an object management system 1 to which the present invention is applied includes a mobile phone 3 used by an inspector of a bridge 2, a management server 4, and an administrator terminal 5.

  Here, the mobile phone 3 is an example of a terminal for transmitting the inspection information of the bridge 2 to the management server 4, and the terminal used by the inspector is not necessarily limited to the mobile phone 3. However, the terminal used by the inspector is portable because it has a photography function and a function for reading identifiers such as a two-dimensional code, and since many people own the management system, it is highly versatile. The telephone 3 is preferable.

  In addition, the management target does not necessarily need to be the bridge 2, and the bridge is merely an example of the management target to which the present invention can be applied. The present invention can be applied to buildings that require management. For example, roads, tunnels, railways, water pipes, utility poles, electric wires, and the like can be used as objects that can be used. It can also be used for building management.

  As shown in FIG. 1, a two-dimensional code 6 is attached to the bridge 2. The bridge 2 and the two-dimensional code 6 are inseparable. In addition, the mobile phone 3 is configured to be able to read the two-dimensional code 6, and by reading the two-dimensional code 6, the URL can be recognized and the management server 4 can be accessed.

  The management server 4 also has an input form unit 7. The input form unit 7 displays a user identification information input form on the screen of the mobile phone 3 when the mobile phone 3 reads the two-dimensional code 6 and accesses the management server 4. The user identification information refers to an ID or a password for determining whether or not the inspector has a predetermined authority.

  The management server 4 also has an e-mail address display unit 8. In the e-mail address display unit 8, user identification information given to those having a predetermined authority is registered. The e-mail address display unit 8 determines whether or not the user identification information input in the input form displayed on the mobile phone 3 matches the registered user identification information.

  The e-mail address display unit 8 displays an e-mail address corresponding to the bridge 2 on the screen of the mobile phone 3 when the user identification information input in the input form matches the registered user identification information. It is to be displayed. The user can transmit the inspection information of the bridge 2 to the e-mail address displayed here.

  The management server 4 also has an inspection information database 9 that records the inspection results of the bridge 2. Further, in the inspection information database 9, as inspection information of the bridge 2, photograph data 10 obtained by photographing the inspection portion of the bridge with the mobile phone 3, inspection portion information 11, inspection item information 12, and damage degree information 13 of the inspection portion are recorded. Has been. Note that the photograph data 10 is taken by the mobile phone 3, and the shooting date and the image data are inseparable.

  Also, the information update unit 14 of the management server 4 receives the inspection information transmitted by the inspector to the e-mail address corresponding to the bridge 2.

  The information update unit 14 updates the inspection information recorded in the inspection information database 9 to the latest inspection information related to the bridge 2 that has received the information. In addition, the management server 4 can record inspection information that has become obsolete due to the update in the history information database 15 and leave it as history information. The information update can be arbitrarily set to reflect all the latest inspection information and to update only a part of the information.

  In addition, the information update unit 14 has a predetermined time difference between the photographing date / time of the photographic data of the management object and the information transmission date / time to the management server 4 or the information transmission date / time to the management server 4 and the information reception date / time. The inspection information is updated only when it is within this time. For example, if each time difference is set within 10 minutes, and the time between the photographing by the inspector and the information transmission or the time between the information transmission and the server reception exceeds 10 minutes, the contents of the inspection information database 9 Is not updated.

  In addition, the management server 4 includes a damage degree determination unit 18 that determines the damage degree of the bridge 2 based on the damage degree information 13 of the inspection location of the inspection information. Based on the determination of the damage level determination unit 18, it is possible to take measures such as setting of subsequent inspection frequency and maintenance.

  Further, the management server 4 has a management information output unit 16. The management information output unit 16 reflects the information on the document 17 in a predetermined description format including the updated information content at the same time that the information update unit 14 updates the content of the inspection information database 9.

  Here, the two-dimensional code 6 does not necessarily have to be attached in an inseparable state with the bridge 2. However, the two-dimensional code 6 is affixed in an inseparable manner with the bridge 2 because it makes it difficult for unauthorized management to intentionally replace inspection information on a specific bridge and ensure consistency of inspection. It is preferred that

  In addition, as the inspection information of the bridge, it is not always necessary to record the photograph data 10 obtained by photographing the inspection portion of the bridge with the mobile phone, the inspection portion information 11, the inspection item information 12, and the damage degree information 13 of the inspection portion. However, since detailed information of the bridge is recorded and sufficient management is possible, as inspection information of the bridge, photograph data 10 obtained by photographing the inspection location of the bridge with a mobile phone, inspection location information 11 and inspection item information 12 In addition, it is preferable that the damage degree information 13 of the inspection location is recorded. Furthermore, other information for enhancing the management, for example, comment information of the inspector can be recorded.

  Further, the management server 4 does not necessarily have the history information database 15. However, it is preferable that the management server 4 has the history information database 15 in that not only the latest inspection information but also past information can be confirmed, so that inspection and management work can be made more efficient.

  In addition, the information update unit 14 does not necessarily have a time difference between the photographing date / time of the photographic data of the management target and the information transmission date / time to the management server 4 or the information transmission date / time to the management server 4 and the information reception date / time. It is not necessary to update the inspection information only when it is within a predetermined time. However, it is necessary to perform a series of processes from inspection to reception of server information, and the information update unit 14 can manage fraud such as substituting other images taken in the past as inspection information. Inspection only when the time difference between the photographing date and time of the photograph data of the object and the information transmission date and time to the management server 4, or the time difference between the information transmission date and the information reception date and time to the management server 4 is within a predetermined time. It is preferable that information is updated.

  Further, the management server 4 does not necessarily need to include the damage degree determination unit 18. However, it is preferable that the management server 4 has a damage degree determination unit 18 from the viewpoint that the overall damage degree can be automatically determined based on the damage degree information of the inspection points across a plurality of bridges and management efficiency can be improved. .

  In addition, the management server 4 does not necessarily have the management information output unit 16. However, it is preferable that the management server 4 has the management information output unit 16 because the information after the inspection can be immediately output in a necessary document format and the management work can be made more efficient.

  As shown in FIG. 1, the management server 4 includes a management information display unit 19. The management information display unit 19 includes an all-bridge management page 20 that displays a list of information on all bridges of the management server 4 and an individual management page 21 that lists detailed management information for each bridge. From each page, the inspection information database 9 and the history information database 15 recorded in the management server 4 can be opened, and the management information output unit 16 can output a document.

  In addition, the management information display unit 19 can be accessed from the administrator terminal 5 or the mobile phone 3 or an external terminal by inputting an ID or password to which access authority is granted.

  The management server 4 also has an information disclosure unit 22 that discloses information to be managed. The information disclosure unit 22 discloses only management information that can be disclosed by the administrator terminal 5 to the outside. For example, a person who does not have access authority to the inspection information database 9 or the like can access the information disclosure unit from the external terminal 23 and check the inspection information of the management target and information such as the maintenance status. Yes.

  In addition, the mobile phone 3, the management server 4, and the administrator terminal 5 are connected via the Internet 28.

  Here, the management server 4 does not necessarily have the management information display unit 19. However, it is preferable that the management server 4 has the management information display unit 19 from the viewpoint that central management of the management target object and confirmation of detailed information of the individual target object are facilitated and the efficiency of the management work can be improved.

  Moreover, the management server 4 does not necessarily need to have an information disclosure unit. However, it is preferable that the management server 4 has an information disclosure unit because it is possible to provide general citizens and the like with management business information regarding public facilities.

  In addition, the mobile phone 3, the management server 4, and the administrator terminal 5 do not necessarily have to be connected via the Internet 28, and it is sufficient if the system can communicate with each other.

  As shown in FIG. 2, the two-dimensional code 6 includes a bridge 2, a two-dimensional code main body 23 attached to the surface of the bridge 2, and a transparent polyurethane resin 24 on the surface of the two-dimensional code main body 23. It has a glass continuous fiber sheet 25 attached. Moreover, it has the polyurethane resin 26 which seals the glass continuous fiber sheet 25, and the transparent polyurethane resin 27 as final coating. The glass continuous fiber sheet 25 functions as a reinforcing fiber sheet.

  The structure composed of the transparent polyurethane resin 24, the continuous glass fiber sheet 24, the polyurethane resin 26, and the transparent polyurethane resin 27 is transparent (translucent). The transparent polyurethane resin 24, the continuous glass fiber sheet 25, and the polyurethane resin. The information of the two-dimensional code body 6 can be read via the H.26 and the transparent polyurethane resin 27.

  Further, the adhesive strength between the two-dimensional code body 23 and the glass continuous fiber sheet 24 is smaller than the adhesive strength between the bridge 2 and the two-dimensional code body 23. Therefore, if the two-dimensional code 6 is to be peeled off from the bridge 2, the two-dimensional code main body 23 will be torn.

  Here, the two-dimensional code 6 does not necessarily have a structure including the two-dimensional code main body 23, the transparent polyurethane resin 24, the glass continuous fiber sheet 25, the polyurethane resin 26, and the transparent polyurethane resin 27. However, since the information can be read with a mobile phone or the like even when the surface of the two-dimensional code 6 is transparent and pasted, the two-dimensional code 6 is a continuous glass with the two-dimensional code body 23, the transparent polyurethane resin 24, and the like. A structure having a fiber sheet 25, a polyurethane resin 26, and a transparent polyurethane resin 27 is preferable.

  In addition, the adhesive strength between the two-dimensional cord main body 23 and the glass continuous fiber sheet 24 is not necessarily smaller than the adhesive strength between the bridge 2 and the two-dimensional cord main body 23. However, since the integral inseparability of the bridge 2 and the two-dimensional code 6 can be ensured, and the replacement of the two-dimensional code 6 to another bridge can be suppressed, the bridge 2 and the two-dimensional code main body 23 It is preferable that the adhesive strength between the two-dimensional code main body 23 and the glass continuous fiber sheet 24 is smaller than the adhesive strength.

  As shown in FIG. 3, the all bridge management page 20 displays a list of all bridges managed by the management server 4. The reference number, bridge name, location, date of inspection, date of installation, number of posted photos, post mail address, etc. can be posted.

  Approval or non-approval notation at the bottom of the number of posted photos is an item that reflects whether or not the photo of the bridge recorded in the management server 4 can be disclosed by the administrator. It has become.

  The post mail address is an e-mail address used when transmitting inspection information to the corresponding bridge, and is the same as that displayed on the mobile phone 3. Moreover, when the tab in the item of the browsing screen is clicked, the individual management page 21 of each bridge can be opened. The entire bridge management page 20 can centrally manage the bridges to be managed.

  As shown in FIG. 4, the individual management page 21 publishes the latest inspection information related to one bridge. On the screen, photographic data 10, inspection point information 11, inspection item information 12, and inspection point damage degree information 13 are posted.

  In the individual management page 21, the name of the bridge is described at the top, and the photo data 10 for each inspection location of the corresponding bridge is posted. Also, the date of inspection, the date and time of disclosure of information, the date and time of photographing of photo data, the reception date and time of the management server, and the information of the transmission date and time of information from the inspector to the management server are described.

  The number next to the photographing location corresponds to the inspection location information 11 and indicates a number reflecting a specific position determined as a location where the bridge should be inspected.

  Further, the individual management page 21 has an item described as a category in the left column, and this corresponds to the inspection item information 12. The inspection item information 12 can set arbitrary items according to the items set in the prefecture, for each type of object to be managed, or in the case where the subject is the subject of management, for example, the prefecture administration. .

  Further, the individual management page 21 has an item of damage classification for each inspection location, and this corresponds to the damage degree information 13 of the inspection location. Here, evaluations A to C are set, and the damage category C represents a state in which the damage state of the item described in the inspection item information 12 is severe. In addition, the damage degree determination unit 18 determines the damage degree of the bridge in consideration of the damage degree information 13 of each inspection location.

  In addition, the individual management page 21 is linked to the history information database 15, and information related to the past history of the bridge can be viewed from the item of the repair history photo 29 located at the lower left of the screen.

  In addition, the individual management page 21 is linked to the management information output unit 16, and by selecting the item of the attachment 30 at the lower left of the screen, it is possible to output a document in a description format for the corresponding bridge. The attached material 30 can also be downloaded as data.

  Here, the content of the information posted on the all bridge management page 20 and the individual management purge 21 is not particularly limited. The contents shown in FIGS. 3 and 4 are examples, and items necessary for management work can be appropriately selected and posted.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 5 is a flowchart showing a flow of inspection of the object management method to which the present invention is applied.

  Here, the flow of inspection of the bridge using the object management system 1 described above will be described. In addition, the bridge management method 31 shown here is an example of the target object management method to which this invention is applied, and the content is not limited to what is shown below.

  First, as shown in FIG. 5, the bridge management method 31 includes a two-dimensional code confirmation step (S1), an inspection location photographing step (S2), a management server login step (S3), a mail address selection step (S4), an inspection. An information transmission input and transmission step (S5) is included.

  In the two-dimensional code confirmation step (S1), the inspector takes a picture with the mobile phone 3 of the two-dimensional code 6 itself attached to the target bridge 2. The photograph data of the two-dimensional code 6 is transmitted to the management server 4 together with the inspection information, and can be confirmed on the terminal screen by the administrator. The two-dimensional code 6 can be read by the mobile phone 3 from the image displayed on the terminal screen, and the administrator can check whether the inspection information and the bridge 2 are in the correct combination. Yes.

  Further, in the inspection location imaging step (S 2), the inspector takes a picture of the inspection location of the bridge 2 with the mobile phone 3. Further, based on the set inspection item information 12, the damage status of the corresponding part is confirmed.

  In the management server login step (S3), the two-dimensional code 6 attached to the bridge 2 is read by the mobile phone 3. When reading is performed, the mobile phone 3 can recognize the URL and access the management server 4.

  When the mobile phone 3 accesses the management server 4, an input form for user identification information is displayed on the screen of the inspector's mobile phone 3 by the input form unit 7 of the management server 4. By entering the user ID 32 and password 33 in the input form and clicking the login tab 34, it is possible to proceed to a page for transmitting inspection information on the bridge 2.

  In the e-mail address selection step (S4), when the e-mail address display unit 8 of the management server 4 determines that the input user ID 32 and password 33 match an ID having a predetermined authority, the mobile phone 3 A page for transmitting inspection information of the bridge 2 is displayed on the screen. Here, the e-mail address 35 corresponding to the bridge 2 inspected by the administrator is displayed, and the inspection information of the bridge 2 can be transmitted to the management server 4 by selecting the address.

  If the user has the authorized user ID 32 and the password 33, when the management server 4 is accessed, the management information display unit 19 may be selected, and the information disclosure unit 22 may select approval or disapproval of information disclosure. it can.

  In the inspection information transmission input and transmission step (S5), inspection information 36 is transmitted to the e-mail address 35 of the bridge 2. Photo data 10, inspection point information 11, inspection item information 12, and inspection point damage degree information 13 of the inspection point of the bridge 2 obtained in the photographing step (S2) of the inspection point are attached to the e-mail and described. Send. Information transmitted from the inspector is received by the information update unit 14 of the management server 4.

The above is the flow of inspection of the bridge. Next, handling of information in the management server 4 after receiving inspection information will be described.
FIG. 6 is a schematic diagram showing update of inspection information by the information updating unit. FIG. 7 is a schematic diagram showing document creation by the management information output unit. FIG. 8 is a schematic diagram illustrating conditions when the inspection information is updated by the information updating unit.

  As shown in FIG. 6, the information update unit 14 of the management server 4 receives inspection information 36 from the mobile phone 3 of the inspector. Further, the information update unit 14 updates the past inspection information of the bridge 2 recorded in the inspection information database 9 of the management server 4 to the latest inspection information 36. The handling of the time difference such as the shooting date and time at the time of update will be described with reference to FIG.

  Inspection data 36, inspection point information 11, inspection item information 12 and inspection point damage degree information 13 included in the inspection information 36 are reflected in the portion of the inspection information database 9 recorded for the bridge 2 and the information is updated. Is made.

  As shown in FIG. 7, the management information output unit 16 of the management server 4 reflects the newly recorded information on various documents in a predetermined description format simultaneously with the update by the information update unit 14. The document can be created in a plurality of description formats corresponding to the inspection information of the bridge 2.

  For example, the record 37 described in the lower left of FIG. 7 is a content reflecting each item of the bridge inspection point photo data 10, inspection point information 11, inspection item information 12, and inspection point damage degree information 13. Yes. Further, in the record 38 described on the right side of FIG. 7, the photo data 10 of the inspection location is reflected together with information on the bridge name and the inspection date. As described above, the management information output unit 16 can reflect the newly updated inspection information in the document with the contents to be published as necessary, and can output the information as data or a paper medium.

  As shown in FIG. 8, the management server 4 can set conditions when the information update unit 14 handles the inspection information 36 as information to be updated. As an example, the information update unit 14 takes the photo shooting date and time (S6) of the bridge photo data 10 and the transmission date and time of information to the management server 4 (S7), or the transmission date and time of information to the management server 4 (S7). The inspection information is set to be updated only when the time difference between the information reception date and time (S8) is within 10 minutes.

  The time difference between the photography date / time (S6) of the photo data 10 and the information transmission date / time (S7) to the management server 4 and the information transmission date / time (S7) to the management server 4 and the information reception date / time (S8) are: Since each time is within 10 minutes as shown in FIG. 7B, the information update unit 14 treats the transmitted inspection information as updatable information.

  On the other hand, when the time difference between the dates and times exceeds 10 minutes, the information update unit 14 does not update the inspection information database 9 with the content of the transmitted inspection information. As described above, the date and time when the photo data 10 was taken (S6) and the information transmission date and time (S7) to the management server 4, the information transmission date and time (S7) to the management server 4 and the information reception date and time (S8). By limiting the time difference, it is necessary to perform a series of processes from inspection to server information reception, and it is possible to suppress fraud such as substituting other images taken in the past as inspection information. That is, it is possible to ensure consistency of inspection.

As described above, the object management server can efficiently manage the object and can easily use the management information.
Further, the object management system according to the present invention can efficiently manage an object and can easily use management information.
In addition, the object management method according to the present invention can efficiently manage an object and can easily use management information.

DESCRIPTION OF SYMBOLS 1 Object management system 2 Bridge 3 Mobile phone 4 Management server 5 Administrator terminal 6 Two-dimensional code 7 Input form part 8 E-mail address display part 9 Inspection information database 10 Photo data 11 Inspection point information 12 Inspection item information 13 Inspection point information Damage degree information 14 Information update part 15 History information database 16 Management information output part 17 Document 18 Damage degree judgment part 19 Management information display part 20 Total bridge management page 21 Individual management page 22 Information disclosure part 23 Two-dimensional code body 24 Transparent polyurethane resin 25 Continuous Glass Fiber Sheet 26 Polyurethane Resin 27 Transparent Polyurethane Resin 28 Internet 29 Repair History Photo 30 Attachment 31 Bridge Management Method 32 User ID
33 Password 34 Login tab 35 E-mail address 36 Inspection information 37 Records 38 Records

Claims (14)

An inspection information recording unit for recording inspection information, which is information related to the inspection result of the object,
A user identification information input unit capable of inputting user identification information from an external terminal;
It is determined whether or not the user identification information input from an external terminal is identification information of a user having a predetermined authority, and if the identification information of the user having a predetermined authority is the identification information corresponding to the object An address information display unit that displays on the external terminal address information that is information about an email address accessible to the inspection information recording unit;
Receives the latest inspection information, which is information related to the latest inspection result of the object transmitted from the external terminal to the e-mail address of the address information, and at least one of the inspection information recorded in the inspection information recording unit An object management server comprising: an information updating unit that updates the content to the latest inspection information. The said user identification information input part was comprised so that input of the said user identification information was possible in the input form displayed on an external terminal by reading the identifier affixed integrally with the target object with an external terminal. Object management server. The inspection information recording unit records, as the inspection information, an image that is inseparable from information indicating a shooting date and time when the object is imaged with an external terminal, a shooting location of the object, an inspection item, and a degree of damage.
The information update unit receives, as the latest inspection information, an image that is inseparable from information indicating the shooting date and time when the object is imaged with an external terminal, a shooting location of the object, an inspection item, and a degree of damage; and The object management server according to claim 1, wherein the content is updated. A document data reflecting unit that creates the latest inspection information in a predetermined description format and reflects it in document data that can be printed and output at the same time when the information update unit receives the latest inspection information. The object management server according to claim 1, claim 2 or claim 3. It is determined whether or not the user identification information input from an external terminal is identification information of a user having a predetermined authority, and if it is identification information of a user having a predetermined authority, the inspection information recording unit The object management server according to claim 1, 2, 3, or 4, further comprising: a management information display unit that displays the recorded inspection information on an external terminal. Regarding the disclosure of the inspection information recorded in the inspection information recording unit, it records the availability of disclosure determined by a user having a predetermined authority, and discloses the inspection information that can be disclosed to a publicly accessible means. The object management server according to claim 1, claim 2, claim 3, claim 4, or claim 5. The identifier is displayed in such a manner that predetermined information can be identified, the identifier main body pasted on the object, the glass continuous fiber sheet stuck on the identifier main body, and the glass continuous fiber sheet sealed The transparent or semi-transparent identifier having a resin material, wherein the adhesive strength between the identifier body and the continuous glass fiber sheet is smaller than the adhesive strength between the object and the identifier body. Object management server. The information update unit has a predetermined time difference between the photography date / time and the transmission date / time, or the transmission date / time and the reception date / time among the photography date / time, transmission date / time and reception date / time of the image of the latest inspection information received. The object management server according to claim 3, wherein the information update unit updates the content of at least part of the inspection information recorded in the inspection information recording unit to the latest inspection information when the time is within . The object management server according to claim 3, further comprising: a damage degree determination unit that determines a damage degree of the object based on a damage degree of the inspection information recorded in the inspection information recording unit. The address information display unit is information on an e-mail address that is accessible to the inspection information recording unit corresponding to the object by reading an identifier inseparably integrated with the object in a predetermined emergency by reading with an external terminal Display the information on an external device,
The present condition information receiving part which receives the present condition information which is the information regarding the condition of the target object transmitted from the external terminal addressed to the e-mail address of the address information, The claim 2, The claim 3, The claim 4, The object management server according to claim 5, claim 6, claim 7, claim 8 or claim 9. When the information updating unit updates the content of at least a part of the inspection information recorded in the inspection information recording unit to the latest inspection information, the history of the inspection information before the update of the inspection information recording unit is recorded. A history information recording unit for recording as information is provided. Claim 1, Claim 2, Claim 3, Claim 4, Claim 5, Claim 6, Claim 8, Claim 9, or Claim 10 The object management server described. An external terminal that transmits inspection information, which is information related to the inspection result of the object,
An inspection information recording unit for recording the inspection information transmitted by the external terminal, a user identification information input unit capable of inputting user identification information from the external terminal, and the user identification information input from the external terminal are predetermined. It is determined whether or not it is identification information of an authorized user, and if it is identification information of a user with a predetermined authority, information on an email address accessible to the inspection information recording unit corresponding to the object An address information display unit for displaying the address information on the external terminal, and receiving the latest inspection information which is information on the latest inspection result of the object transmitted from the external terminal to the e-mail address of the address information. And information update for updating at least a part of the inspection information recorded in the inspection information recording unit to the latest inspection information Object management system and a target object management server having and. An inspection step of photographing the inspection point of the object with an external terminal and determining the degree of damage,
An identification information input step for inputting user identification information from an input form displayed by reading an identifier inseparably integrated with the object with an external terminal;
An image in an inseparable state with information indicating the shooting date and time taken in the inspection step, to the e-mail address corresponding to the object displayed on the external terminal by inputting user identification information in the identification information input step, An inspection information transmission step for transmitting the latest inspection information including the shooting location of the object, inspection items, and degree of damage;
An information update step for updating the content of the inspection information of the object recorded in the management server to the latest inspection information transmitted in the inspection information transmission step;
A document data reflecting step of reflecting the latest inspection information in document data that is created in a predetermined description format and that can be printed and output. The inspection information transmission step includes an identifier image in an inseparable state with information indicating a photographing date and time when the identifier is photographed by an external terminal as the latest inspection information,
The identifier confirmation step of displaying the identifier image transmitted in the inspection information transmission step on a terminal screen and reading it on an external terminal to confirm whether or not the object and the identifier image are a correct combination. The object management method described in 1.

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