JP2007183813A - Construction management system and information collection system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a construction management system, in which a performance assurance organization can collect reliable data for a construction state with minimized burden. <P>SOLUTION: The information collection server 10 comprises an inspection instruction data registration function 121 for storing, for each ID number, inspection instruction data for instructing collection of inspection data including image data of an inspection object to which a tag recording an ID number is stuck in a database 11; an inspection instruction display function 122 for reading, when the ID number of the ID tag is read and transmitted by use of a cellular phone, inspection instruction data corresponding to this ID number and displaying the inspection instruction data on a display screen of the cellular phone; and a report data storage function 125 for storing, when inspection report data collected based on the inspection instruction data is transmitted, the received inspection report data in a database. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a construction management system and an information collection system that collect highly reliable data for performing, for example, performance evaluation of a house.

  In recent years, the words “defective housing” and “cut-out work” have been heard in newspapers and televisions, and the importance of housing construction management and quality assurance has increased. In general, quality assurance for homes is performed by performance evaluation by a performance assurance organization based on a blueprint before construction, and by performance inspection after construction is completed. On-site performance review (hereinafter also referred to as implementation review) is conducted by an auditor who actually visits the site and inspects and confirms the construction status.

  On the other hand, the housing maker guarantees the quality of the entire house to the customer, but the quality of each construction site depends heavily on the construction shop (construction contractor) requested by the housing maker. For this reason, a construction quality management system disclosed in Patent Document 1 has been proposed. This construction quality control system uses a network from a construction contractor on the site of a home building to maintain and manage the housing quality desired by the housing manufacturer. It is for collecting data.

JP 2003-316854 A

However, the conventional on-site examination by a performance assurance organization has the following problems.
1. The number of on-site inspections was limited to the stage where all construction was completed due to geographical and temporal conditions, and it was difficult to grasp the construction status during the construction period. Moreover, in order to grasp | ascertain the construction condition during a construction period, there also exists a problem that a great cost is required.
2. Since the performance review by the performance assurance organization is an on-site inspection at the construction site of a home building, the contractor must interrupt the construction, which delays the construction and causes extra costs. It was.
3. When the on-site inspection by the conventional performance assurance organization is strictly conducted, it is an inspection after the completion of all construction, so many processes must be re-executed for the contractor side, and extra cost burden for the contractor Will be forced. In addition, for this reason, there was a problem that strict field inspections had to be avoided.

  On the other hand, in the conventional construction quality control system described above, there is no means for confirming whether the data such as photographs of the site for construction evaluation or reports are actually photographs of the place where the construction was performed. There is a problem that data acquired by the system lacks credibility.

  The present invention has been made on the basis of the above circumstances, has a small influence on the progress of construction, has a small burden on the performance assurance organization, and can collect highly reliable construction status data. And an information collection system.

  In order to achieve the above object, a construction management system according to the present invention includes an electrically readable identification information, a portable terminal provided with a reading means for reading the identification information, and a terminal installed in an inspection organization for inspecting the construction. And a server capable of transmitting and receiving information between the portable terminal and the terminal via a network, the server pasted a tag in which the identification information is recorded for each identification information Storage means for storing inspection instruction data for instructing collection of inspection data including image data to be inspected, and using the portable terminal, when the identification information is read and the identification information is sent, Reading out the inspection instruction data corresponding to the identification information from the storage means, and displaying the inspection instruction data on the display screen of the mobile terminal; When the inspection report data including the image data of the inspection object collected based on the inspection instruction data is transmitted using the portable terminal, the storage means receives the inspection report data received for each identification information And, when requested by the terminal, search the test report data stored in the storage means based on the identification information sent from the terminal and request the search result. And a report data search means for sending to the terminal.

  The information collection system of the present invention includes an electrically readable identification information, a portable terminal provided with a reading means for reading the identification information, a terminal, and the portable terminal and the terminal via a network. An instruction for instructing collection of data including image data of a target object to which a tag on which the identification information is recorded is attached for each identification information. When the identification information is read and the identification information is sent using the portable terminal and the storage means for storing the data, the instruction data corresponding to the identification information is read from the storage means, Instruction content display means for displaying the instruction data on a portable terminal, and information including image data of the object collected based on the instruction data using the portable terminal. Report data storage means for storing the received report data in the storage means for each identification information when the data is transmitted, and the identification information sent from the terminal when requested by the terminal And the report data search means for searching the report data stored in the storage means and sending the search result to the terminal.

  The construction management method of the present invention includes a step of reading identification information electrically readable using a reading unit of a portable terminal, a step of transferring identification information read using the portable terminal to a server, The server that has received the identification information from the portable terminal instructs the collection of inspection data including image data to be inspected with the tag on which the identification information is recorded corresponding to the identification information from the storage unit. Inspection instruction display step for reading inspection instruction data for displaying the inspection instruction data on the display screen of the portable terminal, and the image of the inspection object collected based on the inspection instruction data using the portable terminal Transferring the inspection report data including data to the server, and the server receiving the inspection report data receiving the inspection report data for each identification information. And storing the inspection report data stored in the storage means based on the identification information sent from the terminal when requested by the terminal, and the search And a report data search step for sending a result to the terminal.

  The information collecting method of the present invention includes a step of reading identification information that can be electrically read using a reading unit of a portable terminal, a step of transferring identification information read using the portable terminal to a server, The server that has received the identification information reads from the storage means instruction data for instructing the collection of data including image data of the target object to which the identification information is pasted, corresponding to the identification information, An instruction display step of displaying the instruction data on the portable terminal; a step of transmitting report data including image data of the object collected based on the instruction data using the portable terminal; and the report data A report data storage step of storing the received report data in the storage means for each of the identification information when the server receives, and requested from the terminal. A report data search step of searching the report data stored in the storage means based on the identification information sent from the terminal and sending the search result to the terminal It is characterized by this.

  The construction management system of the present invention uses inspection instruction data for instructing collection of various inspection data including image data of an inspection object pasted with a tag on which identification information is recorded. Since collection is performed, it is possible to easily and surely collect image data of an inspection object with high reliability. Also, image data to be inspected during construction can be easily collected.

  The information collection system of the present invention easily collects image data based on instruction data for instructing collection of various types of data including image data of a target object to which identification information is recorded. In addition, highly reliable image data of the object can be collected.

  The construction management method of the present invention collects image data to be inspected using inspection instruction data for instructing collection of inspection data including image data to be inspected with a tag on which identification information is recorded. Therefore, it is possible to easily collect the image data of the inspection object with high reliability. Also, image data to be inspected during construction can be easily collected.

  The information collection method of the present invention collects image data based on instruction data for instructing collection of data including image data of an object to which a tag on which identification information is recorded is pasted. In addition, highly reliable image data of the object can be collected.

  The best mode for carrying out the present invention will be described below with reference to the drawings. FIG. 1 is a schematic configuration diagram of a construction management system according to an embodiment of the present invention.

  The construction management system of the present embodiment is mainly used by a performance assurance organization to evaluate the performance of a house. As shown in FIG. 1, information collection arranged in an ASP (Application Service Provider) on the network is performed. The server 10, the terminal 21 arranged in the performance assurance organization, camera-equipped mobile phones 31 a, 31 b, 31 c... (Hereinafter also simply referred to as a mobile phone 32), connected to the mobile phone 32, IC tag readers 32a, 32b, 32c (hereinafter simply referred to as IC tag reader 32) for reading ID information (hereinafter also referred to as ID numbers), a time stamp server 40, a position information providing server 50, and a network 60 And a plurality of IC tags (not shown). The IC tag used in this embodiment is of an adhesive label type that can be used by being affixed to an inspection object, and printed on the surface of the label so that the ID number stored in the IC tag can be seen. Has been.

  The information collection server 10, the terminal 21, the mobile phone 31, the time stamp server 40, and the location information providing server 50 are connected via a network 60. Here, for example, the Internet or an intranet is used as the network. Although omitted in FIG. 1 for the sake of simplicity, the mobile phone 31 is actually connected to a network via a telephone company computer system. The same omission is performed also in FIGS.

  The information collection server 10 is a database server that manages various types of inspection data to be inspected necessary for performance evaluation by the performance assurance organization. The information collection server 10 stores in advance inspection instruction data sent from the terminal 21 by a person in charge of the performance assurance organization in a database and stores the inspection report data sent from the mobile phone 31 in a database. Here, the inspection instruction data is for instructing a housing contractor to collect various data to be inspected necessary for the performance evaluation of the house. Data that indicates the shooting location). The inspection report data is data acquired by an inspection performed based on the inspection instruction data, and includes data such as photographed image data and comments relating to the inspection.

  The terminal 21 is installed in a performance assurance organization for performing performance evaluation. The person in charge of the performance assurance organization registers the inspection instruction data in the information collection server 10 using the terminal 21. In addition, the person in charge of the performance assurance organization can search and browse the inspection report data transmitted from the mobile phone 31 and stored in the information collection server 10 using the terminal 21.

  The terminal 21 includes an IC tag reader 22. The IC tag reader 22 is a device for reading predetermined information in a memory built in the IC tag in a non-contact manner. The predetermined information in the present embodiment is an ID number that is unique identification information. The inspection instruction data registered in the information collection server 10 is created based on the ID number. The information collection server 10 manages all data based on this ID number and a construction number described later.

  As the mobile phone 31, commercially available mobile phones with various camera functions can be used. Further, the mobile phone 31 of this embodiment includes an external IC tag reader 32. The person in charge of each contractor engaged in the construction at the site can receive the inspection instruction data from the information collecting server 10 using the mobile phone 31. Specifically, the ID number read by the person in charge with the IC tag reader 32 is transferred to the information collection server 10 using the mobile phone 31. Based on the transferred ID number, the information collection server 10 searches for pre-registered inspection instruction data, and transfers inspection instruction data that matches the ID number to the mobile phone 31 that has transferred the ID number. indicate. The person in charge of the contractor uses the camera function of the mobile phone in accordance with the displayed inspection instruction data, takes a photo of the inspection target necessary for performance evaluation, collects image data, creates inspection report data, The created inspection report data can be transferred to the information collection server 10 using the mobile phone 31.

  The time stamp server 40 provides time data. By using this time stamp server, time data with high reliability can be acquired. As the time stamp server 40, for example, a time stamp server “Ni-5110A” of Seiko Instruments Inc. can be used. The time stamp server 40 transmits notarized time data that cannot be falsified to the information collection server 10 in response to a request from the information collection server 10.

  The location information providing server 50 provides location data of the mobile phone based on ID information (telephone number or the like) unique to the mobile phone. As the location information providing server 50, for example, a location information providing system of NTT DoCoMo, Inc. using a GPS satellite can be used. This position information providing system distributes data of a position where the user of the mobile phone 31 is present in real time. The location information providing server 50 transmits notarized location data that cannot be falsified to the information collection server 10 in response to a request from the information collection server 10.

  In the IC tag, data of an ID number unique to the built-in memory is recorded. The person in charge of the performance assurance organization hands over to the construction contractor a blueprint for inspection and a plurality of IC tags on which the inspection target portion of the house for performance evaluation is described. When the construction of the inspection object is completed, the person in charge of the construction company attaches an IC tag to a predetermined location of the inspection object according to the description on the inspection design drawing. Next, using the IC tag reader 32, the ID number of the pasted IC tag is read and transferred to the information collecting server 10. The information collection server 10 transfers the inspection instruction data corresponding to the ID number to the mobile phone. In accordance with the inspection instruction data, the person in charge takes a picture of the whole or part of the inspection target attached with the IC tag using the camera function of the mobile phone, and transfers the image data and the like to the information collection server 10. The person in charge takes a picture so that the ID number printed on the surface of the IC tag can be seen from the photographed picture.

  Next, the information collection server 10 will be described. 2 is a schematic functional block diagram of the information collection server of the construction management system according to the present embodiment, FIG. 3 is a diagram for explaining a specific example of inspection instruction data stored in the information collection server, and FIG. It is a figure for demonstrating the specific example of the inspection report data with notarization stored in the server.

  As illustrated in FIG. 2, the information collection server 10 includes a database 11, a management function 12, and a communication function 13.

  The management function 12 manages all data in the database 11 based on ID numbers and construction numbers. The management function 12 includes an inspection instruction data registration function 121 for registering inspection instruction data for each ID number sent from the terminal 21 in the inspection instruction database 111, an inspection instruction display function 122, a position information addition function 123, A time information addition function 124, a report data storage function 125, and a report data search function 126 are included. These management functions 12 are realized by a program stored in a ROM or a hard disk (not shown) of the information collection server 10.

  The inspection instruction display function 122 reads the inspection instruction data corresponding to the ID number from the inspection instruction database 111 when the mobile phone 31 is used to send the ID number read from the IC tag. This is a function for displaying inspection instruction data on the display screen.

  The position information addition function 123 is a function for acquiring the position data of the mobile phone at that time and sending the position data to the inspection report data when the inspection report data is sent from the mobile phone 31.

  The time information addition function 124 acquires time data (time stamp information) at the time when the inspection report data is sent from the mobile phone 31, and adds the time data to the inspection report data. It is a function to do.

  The report data storage function 125 adds the inspection report data with notation in which the position data of the mobile phone 31 and the time data when received are added to the test report data sent from the mobile phone 31 for each ID number. This function is stored in the inspection report database 112. Note that when the report data storage function 125 stores new inspection report data with a notary, a mail to that effect may be sent to the terminal 21 of the performance assurance organization. As a result, the person in charge of the performance assurance organization can quickly know the storage of the new inspection report data with notarization, and can perform the performance examination of the inspection object in substantially real time.

  The report data search function 126 searches for the inspection report data with notarization stored in the inspection report database on the basis of the ID number or the like sent from the terminal 21 when requested by the terminal 21, and the search result Is transmitted to the terminal 21.

  In the database 11 of the present embodiment, an inspection instruction database 111 storing inspection instruction data for instructing a construction contractor to collect various data to be inspected necessary for the performance evaluation of the house, and an inspection There is an inspection report database that stores notarized inspection report data obtained by inspection performed based on instruction data.

  As shown in FIG. 3, the inspection instruction data stored in the inspection instruction database 111 includes a construction number, an ID number, an inspection content 1 indicating an imaging location to be inspected, an inspection content 2, and an inspection content. 3 and the comment field are included.

  The construction number is a number assigned to identify the construction site of the residential building to be examined. One construction number is assigned to one construction site. In addition, there are a plurality of inspection targets necessary for performance evaluation of a house at one construction site. Therefore, the inspection target location required for performance evaluation by the performance assurance organization and the ID number of the IC tag to be affixed to that location in advance. A design drawing for inspection is created in the design drawing. The inspection object includes each member such as a pillar or beam of a house, a joint portion between these members, and the like. One ID number is assigned to one inspection object.

  The inspection contents indicate the shooting location of the inspection object. For example, as shown in FIG. 3, when the inspection object is a floor column, the inspection content 1 indicates the front state of the floor column, and the inspection content 2 indicates the back surface of the floor column. It is instructed to shoot the state. This inspection content is used in place of the on-site examination performed by the examiner of the performance assurance organization, and can be freely set by each performance assurance organization. The person in charge of the contractor uses the camera function of the mobile phone in accordance with the contents of the inspection to photograph the front and back surfaces of the floor column and collect these image data. Depending on the inspection object, the inspection content may end with the inspection content 1, while the inspection content may continue with inspection content 4, inspection content 5,.

  The comment field is a field for entering a comment. In the present embodiment, the comment is text data that describes matters that must be supplementarily described for the inspection target. For example, the comment includes the name of the person in charge of the contractor, the name of the photographer, and a brief explanation of the shooting situation.

  As shown in FIG. 4, the inspection report data with notarization stored in the inspection report database 112 includes an ID number, a photo file name, a comment, time data, position data, and a construction number (in FIG. 4, Is omitted). Thereby, the person in charge of the performance assurance organization 21 can search and browse the inspection report data with a notary using the ID number and the construction number from the terminal 21.

  The photo file name is the name of the file storing the image data to be inspected with the IC tag corresponding to the ID number attached. The image data is not limited to one sheet per inspection content, and may include a plurality of sheets. The examiner of the performance assurance organization displays this image data on the screen of the terminal 21 and confirms whether the IC tag is attached to the inspection object designated by the performance assurance organization as instructed. To evaluate the quality of the house. As described above, the comment is text data describing matters that must be supplemented with respect to the inspection target.

  The time data is data that proves the time when the inspection report data reaches the information collection server 10. The information collection server 10 requests time data from the time stamp server 40 at the same time it receives the inspection report data from the mobile phone 31. The time stamp server 40 transmits the notarized time data at this time according to the request of the information collecting server 10.

  The position data is data that proves the position of the mobile phone 31 when the information collection server 10 receives the inspection report data. The information collection server 10 requests the location information providing server 50 for the location data of the mobile phone 31 at the same time as receiving the inspection report data from the mobile phone 31. The location information providing server 50 transmits the location data of the mobile phone 31a at that time to the information collecting server 10.

  The communication function 13 is a function for performing communication with the terminal 21, the mobile phone 31, the time stamp server 40, and the position information providing server 50 via a network.

  Next, the configuration of the mobile phone 31 will be described. FIG. 5 is a schematic functional block diagram of a mobile phone of the construction management system according to the present embodiment. As shown in FIG. 5, the mobile phone 31 of the present embodiment includes a display unit 311 using liquid crystal, an input unit 312, a communication unit 313, a storage unit 314, a camera 315, a control unit 316, And an attached IC tag reader 32a. In the present embodiment, since a commercially available mobile phone 31 is used, detailed description thereof is omitted. In this embodiment, the camera 315 incorporated in the mobile phone is used. However, a camera connected to the mobile phone using a cord, a camera communicating with the mobile phone using infrared rays, or the like may be used. Good. By using these external cameras, clear image data with higher resolution can be collected.

  The IC tag reader 32 is for reading information stored in the built-in memory of the IC tag. The IC tag reader includes an IC tag, an antenna that performs communication, and a control unit that controls the operation of each unit. The IC tag reader can read the IC tag when a signal is sent from the control unit, and the person in charge of the construction contractor can read the information in the memory built in the IC tag only by holding the IC tag reader 32 over the IC tag. A known IC tag reader can be used. In addition, the IC tag reader 32 in this embodiment is used by being connected to the mobile phone 31, but when the IC tag reader is built in the mobile phone 31, the built-in IC tag reader is used. Also good.

  To transfer image data from the mobile phone 31 to the information collection server 10, for example, log in to the information collection server 10 and send a dedicated format for image data transfer. Can be sent with image data attached, or a mail with a comment added to the read ID number can be created according to a predetermined format, and the image data can be attached to the mail. You may make it send.

  Next, the process procedure of the construction management system which is this embodiment is demonstrated. First, inspection instruction data is created and registered in the information collection server 10 in advance. The person in charge of the performance assurance organization decides the location to be inspected on the design drawing and the ID number of the IC tag to be affixed to the location, and marks the location to be inspected on the design drawing and the IC to be pasted there Enter the ID number of the tag and create a design for inspection. Next, when the person in charge reads the IC tag information with the IC tag reader 22 connected to the terminal 21, the screen of the terminal 21 has a tabular creation screen for creating the inspection instruction data shown in FIG. Displayed automatically. The person in charge fills in the construction number, inspection object, and inspection content for each ID number according to the displayed creation screen, and creates inspection instruction data. The ID number is automatically entered when the IC tag information is read and the creation screen is displayed. The inspection instruction data can also be created by using existing spreadsheet software.

  When the input of the inspection target portion and the like is completed for all ID numbers used for the inspection of the house, the generated inspection instruction data is transferred from the terminal 21 to the information collecting server 11. Upon receiving this inspection instruction data, the information collection server 10 registers this inspection instruction data in the inspection instruction database 111.

  In addition, the person in charge of the performance assurance organization gives an inspection design drawing in which an IC tag and an ID number are written in advance to a contractor. In the IC tag used in this embodiment, the ID number recorded in the built-in memory is printed on the surface of the label of the IC tag. The contractor was instructed to the inspected location based on the mark and ID number of the location to be inspected displayed in the design drawing for inspection and the ID number printed on the surface of the IC tag. Affix an IC tag with an ID number.

  FIG. 6 is a diagram for explaining a processing procedure when receiving inspection instruction data from the information collection server using a mobile phone. When the construction contractor has completed the construction of the inspection target portion, the contractor attaches the IC tag delivered from the performance assurance organization to the finished inspection target member in accordance with the design drawing instructions. Thereafter, the IC tag reader 32 connected to the mobile phone reads the IC tag information and transfers the ID information to the information collecting server 10 (S1).

  When the information collection server 10 receives the IC tag information, the information collection server 10 searches the inspection instruction database 111 based on the ID number that is the IC tag information (S2). As a result of the search, if there is inspection instruction data that matches the ID number transmitted from the mobile phone 31 in the inspection instruction database 111, the inspection instruction data is read (S3), and the inspection instruction data is displayed on the display unit of the mobile phone 31. Display (S4).

  The person in charge of the contractor collects necessary image data based on the inspection instruction data displayed on the mobile phone 31. The collected image data is transferred to the information collection server 11 as inspection report data together with an ID number and a comment.

  FIG. 7 is a diagram showing a processing procedure when the information collection server receives the inspection report data from the mobile phone. When the information collection server 11 receives the inspection report data (S11), the time collection server 11 requests and obtains the time data at the time of reception (S12 to S15), and the position information providing server 50 receives the inspection report data. Is sent to request the location data of the mobile phone 31 to obtain the location data (S16 to S19).

  Next, the information collection server 10 adds the notarized time data and the notarized position data to the inspection report data transmitted from the mobile phone 31a, thereby generating the inspection report data with notarization, The inspection report data is registered in the inspection report database (S20).

  In addition, when a person in charge of the performance assurance organization uses the terminal 21 to input the ID number or construction number necessary for performance evaluation and requests a search, the ID number or construction number is handled from the inspection report database 112. The inspection report data with notarization is read out and transferred to the terminal 21. Therefore, the person in charge of the performance assurance organization can browse and acquire the image data to be inspected necessary for performance evaluation just by entering the ID number or construction number, and without performing the conventional on-site examination, A highly reliable examination can be performed. The collected data is stored in the information collection server 10 as evidence information until a request is received from the performance assurance organization or until a predetermined period elapses.

  The person in charge of the performance assurance organization can check the inspection report data with the notarization on the terminal 21 to check whether the data is correct, and can determine the performance evaluation of the construction state. In addition, if the data required for the performance evaluation is insufficient, a new inspection object or inspection content is added and registered in the inspection instruction database 111, and notification is made to the contractor and the corrected inspection is performed. Design drawings and necessary IC tags will be sent.

  The person in charge of the contractor who has received this notification and transmission collects the inspection report data again by the method described above using the IC tag according to the added information. The collected inspection report data is transmitted to the information collection server 10. The information collection server 10 stores the sent inspection report data in the inspection report database 112 by the method described above. As a result, the person in charge of the performance assurance organization can make a performance evaluation determination by adding new data. In this way, the same processing can be repeated until the performance evaluation can be determined normally.

  According to the construction management system of the present embodiment described above, the contractor must transfer the image data taken by attaching the IC tag to each inspection target to the information collection server. It is possible to prevent fraud such as diversion of other image data. In addition, the performance assurance organization uses the image data to be inspected with the IC tag attached to it, so that the object to be inspected can be recognized more easily and quickly than in the case of using only image data for the inspection object. can do.

  In addition, according to the present embodiment, the inspection data can be acquired a plurality of times and the performance of the house can be inspected before the completion of the construction. Therefore, compared with the conventional performance examination, this point is also more reliable. High examination can be done.

  Further, according to the present embodiment, in order to use the IC tag, the construction contractor who creates the inspection report data only needs to input the photograph of the inspection target photo and the comment specified by the inspection instruction data. Therefore, data can be collected without significantly interrupting the work on the construction site, and the burden on the contractor can be reduced as compared with the conventional method. In addition, it is possible to review performance evaluations without having to go to the performance assurance inspectors and conduct on-site inspections. High examination is possible.

  In addition, according to the present embodiment, each contractor can create and transfer inspection report data at the end of the construction to be inspected, so that a large amount of information for performance evaluation can be collected in real time. it can. Furthermore, when the information for performance evaluation is inadequate, it is possible to make the contractor collect additional information, and it is possible to quickly cope with inadequate information. For this reason, it is possible to greatly reduce the risk that the work must be performed again later as compared with the conventional method.

  In addition, this invention is not limited to said embodiment, A various deformation | transformation is possible within the range of the summary. For example, in the above embodiment, the ID number of the IC tag is used as the identification information, but a barcode tag may be used instead of the IC tag.

  Moreover, although said embodiment demonstrated the case where the performance evaluation of a house was performed, this invention is applicable not only to a house but to various constructions, such as a building construction, a road construction, and a civil engineering construction.

  Moreover, although said embodiment demonstrated the case where time data and position data were provided to inspection report data, these data can also be abbreviate | omitted. In the above-described embodiment, the case where the construction number is used has been described. However, the construction number may be omitted.

  In the above embodiment, the case where each performance assurance organization creates inspection instruction data has been described. However, the inspection instruction data may be common to each performance assurance organization. Moreover, although said embodiment demonstrated the case where a mobile telephone was used as a portable terminal, a portable terminal may be PHS etc.

  In the above-described embodiment, the case where image data obtained by attaching a single IC tag to a single inspection target is used has been described. However, a plurality of ICs may be used for a single inspection target. Tags may be attached, or image data may be collected so that a plurality of inspection objects attached with IC tags are contained in a single photograph. As a result, it is possible to collect image data to be inspected with higher reliability.

  Moreover, you may comprise so that the inspection report data with notarization stored in the information collection server 10 can be browsed not only by the performance guarantee organization but also by the owner of the house. As a result, the owner of the house can also perform performance evaluation at home, and maintenance can be performed with reference to the image data.

  In the above embodiment, the information collection server is arranged in the application service provider. However, the information collection server may be arranged in the performance assurance organization or in another place. .

  Further, the present invention can be applied not only to collecting construction data but also to traceability of foods, for example, when collecting and managing image data.

  As described above, according to the construction management system of the present invention, since the IC tag is attached to the inspection target and the image data of the inspection target is collected, even during the construction, without significant interruption of the construction, It is possible to collect highly reliable image data of an inspection object. The examiner of the performance assurance organization can evaluate the performance of the house based on the highly reliable image data collected in this way. Therefore, the present invention can be applied to the performance evaluation of a house by a performance assurance organization.

It is a schematic block diagram of the construction management system which is one Embodiment of this invention. It is a schematic functional block diagram of the information collection server of the construction management system which is this embodiment. It is a figure for demonstrating the specific example of the test | inspection instruction | indication data stored in the information collection server. It is a figure for demonstrating the specific example of the inspection report data with notarization stored in the information collection server. It is a general | schematic functional block diagram of the mobile telephone of the construction management system which is this embodiment. It is a figure for demonstrating the process sequence when receiving test | inspection instruction data from an information collection server using a mobile telephone. It is a figure which shows the process sequence when an information collection server receives test report data from a mobile telephone.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Information collection server 11 Database 111 Inspection instruction database 112 Report database 12 Management function 13 Communication function 21 Terminal 22 IC tag reader 31a, 31b, 31c, ... Mobile phone 32a, 32b, 32c, ... IC tag reader 40 Time stamp server 50 Location Information Providing Server 121 Examination Instruction Data Registration Function 122 Examination Instruction Display Function 123 Location Information Addition Function 124 Time Information Addition Function 125 Report Data Storage Function 126 Report Data Search Function

Claims (13)

Between an electrically readable identification information, a portable terminal provided with a reading means for reading the identification information, a terminal installed in an inspection organization that inspects construction, and the portable terminal and the terminal via a network A server that can send and receive information,
The server
Storage means for storing inspection instruction data for instructing collection of inspection data including image data to be inspected with a tag on which the identification information is recorded attached for each identification information;
When the identification information is read and the identification information is sent using the portable terminal, the inspection instruction data corresponding to the identification information is read from the storage means, and the display screen of the portable terminal Inspection instruction display means for displaying inspection instruction data;
When the inspection report data including the image data of the inspection object collected based on the inspection instruction data is transmitted using the portable terminal, the received inspection report data is stored in the storage unit for each identification information. Report data storage means for storing in
When requested by the terminal, based on the identification information sent from the terminal, search for the inspection report data stored in the storage means, and report data for sending the search result to the terminal Search means;
The construction management system characterized by comprising.   The construction management system according to claim 1, wherein the inspection organization is a performance assurance organization that evaluates the performance of a house, and the inspection target is necessary for evaluating the performance of the house.   The server includes position information adding means for acquiring position information of the portable terminal and adding the position information to the inspection report data when the inspection report data is sent from the portable terminal. The construction management system according to claim 1 or 2, characterized in that   When the inspection report data is sent from the mobile terminal, the server obtains time stamp information when it is sent, and adds time information to the inspection report data. 4. The information collecting / providing system according to claim 1, 2 or 3, further comprising means.   The said server is equipped with the test | inspection instruction data registration means which registers the said test | inspection data for every said identification information sent from the said terminal in the said memory | storage means, The claim 1, 2, 3 or 4 characterized by the above-mentioned. The construction management system described.   The construction management system according to claim 1, wherein the identification information is ID information stored in a barcode or an IC tag.   The inspection instruction data includes data of unique construction identification information given to each construction site, and the report data search means is a construction sent from the terminal when requested by the terminal. The inspection report data corresponding to all of the identification information assigned to the inspection target of the construction site corresponding to the identification information is searched and transferred to the terminal. The construction management system according to 4, 5 or 6. An electrically readable identification information, a portable terminal provided with a reading means for reading the identification information, a terminal, and a server capable of transmitting and receiving information between the portable terminal and the terminal via a network Prepared,
The server
Storage means for storing, for each identification information, instruction data for instructing collection of data including image data of an object to which a tag on which the identification information is recorded is pasted;
When the portable terminal is used to read the identification information and send the identification information, the instruction data corresponding to the identification information is read from the storage means and the instruction data is displayed on the portable terminal. Instruction content display means for
When the report data including the image data of the object collected based on the instruction data is transmitted using the portable terminal, the received report data is stored in the storage unit for each identification information. Report data storage means;
When requested from the terminal, based on the identification information sent from the terminal, the report data stored in the storage means is searched, and the search result is transmitted to the terminal. Means,
An information collecting system comprising:   The server includes position information adding means for acquiring position information of the portable terminal and adding the position information to the report data when the report data is sent from the portable terminal. The information collection system according to claim 8.   When the report data is sent from the portable terminal, the server acquires time stamp information when the report data is sent, and adds time information adding means for adding the time stamp information to the report data. 10. The information collecting system according to claim 8 or 9, further comprising:   The identification information is ID information or a barcode stored in an IC tag, and the portable terminal includes a reading unit that reads the information of the IC tag or the information of the barcode. The information collection system according to 9 or 10. Reading electrically readable identification information using the reading means of the mobile terminal;
Transferring identification information read using the mobile terminal to a server;
The server that has received the identification information from the portable terminal instructs the storage means to collect inspection data including image data to be inspected with a tag on which the identification information is recorded corresponding to the identification information. Inspection instruction display step for reading inspection instruction data for displaying the inspection instruction data on the display screen of the mobile terminal;
Transferring the inspection report data including the image data of the inspection object collected based on the inspection instruction data to the server using the portable terminal;
A report data storage step in which the server that has received the inspection report data stores the received inspection report data in a storage unit for each identification information;
When requested by the terminal, based on the identification information sent from the terminal, search for the inspection report data stored in the storage means, and report data search for sending the search result to the terminal Process,
The construction management method characterized by comprising. Reading electrically readable identification information using the reading means of the mobile terminal;
Transferring identification information read using the mobile terminal to a server;
The server that has received the identification information reads from the storage means instruction data for instructing collection of data including image data of the target object to which the identification information is recorded, corresponding to the identification information. An instruction display step for displaying the instruction data on the portable terminal;
Transmitting report data including image data of the object collected based on the instruction data using the portable terminal;
When the server receives the report data, a report data storage step for storing the received report data in the storage means for each identification information;
When requested from the terminal, based on the identification information sent from the terminal, the report data stored in the storage means is searched, and the search result is transmitted to the terminal. Process,
An information collecting method comprising:

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