JP5997878B2 - Building process management device - Google Patents

Description

  The present invention relates to a construction process management apparatus.

  The thing described in patent document 1 is known as what manages construction processes, such as a custom house, via a network. This conventional example is incorporated in a management device of a settlement system configured by connecting a payment system (management device), a financial institution terminal, a survey terminal, and a contractor terminal via a network such as the Internet in a custom house or the like. .

  When the construction work by the contractor proceeds and payment to the contractor occurs, a billing request is issued from the contractor terminal to the management device, and the management system moves the progress of the work toward the survey terminal to the next stage. A search instruction is output to instruct whether or not to have reached.

  The survey terminal is owned by the intermediary himself or a first-class architect entrusted with the survey by the intermediary. When receiving the survey instruction, the construction is checked and the survey result is sent to the management system. A payment instruction is transmitted to the financial institution terminal in accordance with the survey result sent from the survey terminal.

JP 2001-331738 A

  However, in the conventional example described above, the progress of the construction is managed based on the survey results from the survey terminal, and the materials for guiding the survey results are separately stored on the operator side of the survey terminal. The check by the operator needs to obtain materials again, and there is a problem that the operation is not convenient.

  The present invention has been made to solve the above-mentioned drawbacks, and an object of the present invention is to provide a construction process management apparatus capable of reliably grasping the progress of construction and also capable of quality control of construction. . Another object of the present invention is to provide a construction process management system using the construction process management apparatus.

According to the present invention, the object is
A process data storage unit 1 for storing the work process of the residential building;
An image storage unit 2 for storing an end confirmation image photographed by the camera in order to confirm the end of the work process;
When an image operation request signal that clearly indicates a process is detected via the network (NET), link information to the process and the area in the image storage unit 2 is generated, and an end confirmation image is registered in the area, or the area An image storage control unit 3 for reading the registered end confirmation image in
A flag setting unit 4 for outputting a completion confirmation preparation completion flag when a necessary number of completion confirmation images set in advance corresponding to each work process is satisfied;
Have
In addition, the process data storage unit 1 is input based on a grant operation that is performed through an artificial determination that does not require architectural expertise that the end confirmation image is of a predetermined shooting location and shooting angle. Accordingly, this is achieved by providing a construction process management apparatus in which an approval flag is set corresponding to each work process.

  When the construction process management apparatus (A) receives an image operation request over a network (NET) having a predetermined access authority, the construction process management apparatus (A) registers and browses an end confirmation image in the image storage unit 2 over the network (NET). To give permission. The end confirmation image in the image storage unit 2 is associated with the work process in the process data storage unit 1, and when the necessary number of end confirmation images set in advance in each work process is satisfied, the end confirmation preparation is performed. A completion flag is set.

The required number of completion confirmation images is derived from the photographing location and photographing angle necessary for confirming the completion of the process.In the present invention, the administrator stores the process for which the completion confirmation preparation flag is set. By visually observing the end confirmation image, it is possible to determine whether or not the photographing position and the photographing angle are obtained in advance, and the end of the process can be checked.

  Further, since the end confirmation image is collectively stored in the image storage unit 2 as an image file, it is possible to prevent the captured image in the process completion state, which is a basic evaluation material for the process work quality, from being lost and lack of compatibility. Can do. As a result, it is possible to provide materials to third parties, and an improvement in the evaluation system can be expected.

Furthermore, the building process management system using the building process management device (A)
Building process management device (A),
Connected to the building process management device (A) via the network (NET), and has a contractor client 5 operated by a home building contractor,
The vendor client 5
A drawing control unit 7 for displaying on the display 6 a process table including a clickable point for instructing the end of the work process in the process data storage unit 1 in the building process management apparatus (A);
An image requesting unit 8 that outputs an image operation request signal to the building process management device (A) when a click operation on a clickable point is detected can be configured.

  On the display 6 of the trader client 5, a process table including clickable points for instructing the end of the work process is displayed by the drawing control unit 7. When the work process ends, the clickable points are displayed as appropriate by a mouse or the like. When a click operation is performed with the pointing device, an image operation request signal is generated and output to the building process management apparatus (A). When the authentication in the building process management apparatus (A) is established, the end confirmation image in the image storage unit 2 is subsequently processed. Can be viewed and registered.

  A general-purpose personal computer is used as the trader client 5, and the drawing control unit 7 and the image requesting unit 8 can be provided as an applet or the like that operates in a general-purpose web browser.

  As the process chart, an appropriate one such as a bar chart or a network process chart can be used, and the drawing control unit 7 is held on the contractor client 5 side or between processes supplied from the building process management apparatus (A). Drawing on the display 6 device of the client terminal using the link information.

  For the clickable point, for example, in the case of a bar chart, it suffices if the entire length of the bar is a clickable point, and in the case of a network process table in which the operations indicated by the arrows are connected by connecting points, the start point of the operation, and A connecting point indicating the end point can be set as a clickable point.

  The system can be configured by arranging the construction process management device (A) in the construction contractor who has contracted the construction, and arranging the contractor's client at the worker such as a carpenter or a contractor, or the contractor. The building process management device (A) can be arranged at the headquarters and can be jointly operated by a plurality of construction companies. In this case, each contractor and a contractor such as a carpenter requested by the contractor access the building process management apparatus (A) via the contractor client 5.

further,
When the construction process management system having the client 9 connected to the construction process management apparatus (A) via the network (NET) and given the authority to view the end confirmation image in all processes of the requested house is configured. The client who requested the construction can grasp the progress of the construction while confirming the quality within a range that can be confirmed by an image.

  In the image storage unit 2, a memorial image area that can be viewed from the client for client 9 can be set. The memorial image is an area for registering an image that is not directly related to the process management, for example, a memorial image for the owner such as the upper building type. Can also be granted.

Furthermore, the building process management system
The cost data storage unit 10 stores the total cost for each process and stores the payee when the process is completed;
A calculation unit 11 for calculating a payment amount to a predetermined payee for a construction completed process;
Can be configured.

According to the present invention, when a settlement system such as an escrow system is configured, it is possible to easily inspect a payment amount to a contractor.
According to the present invention described above,
A process data storage unit 1 for storing the work process of the residential building;
An image storage unit 2 for storing an end confirmation image photographed by the camera in order to confirm the end of the work process;
When an image operation request signal that clearly indicates a process is detected via the network (NET), link information to the process and the area in the image storage unit 2 is generated, and an end confirmation image is registered in the area, or the area An image storage control unit 3 for reading the registered end confirmation image in
A flag setting unit 4 for outputting a completion confirmation preparation completion flag when a necessary number of completion confirmation images set in advance corresponding to each work process is satisfied;
It is also possible to provide a construction process management apparatus having

  According to the present invention, it is possible to reliably grasp the progress status of the construction, and to efficiently perform the quality control of the construction.

It is a block diagram which shows the escrow system using this invention. It is a functional block diagram of a building process management apparatus. It is a functional block diagram which shows the structure of a client. It is a figure which shows an example of a process table. It is a flowchart which shows operation | movement of a building process management apparatus.

  FIG. 1 shows a construction process management system and an escrow system for construction work using the construction process management system. The escrow system is generally configured so that the owner deposits the construction cost in advance in the escrow deposit account 13 at the time of housing construction, and the construction fee is paid from the deposit account 13 to the contractor according to the progress of the construction. A construction process management device (A) managed by an operating entity, a contractor client 5 managed by a construction company such as a construction company, a carpenter, a construction contractor, and a client for client 9 managed by a client who requested construction And an escrow deposit account withdrawing money to the deposit account 14 of the contractor based on a withdrawal request from the settlement department 12.

  In this example, in order to facilitate understanding, an escrow system specialized only in the payment of construction costs, excluding payment to the material supplier that supplies building materials, etc., is shown. Payment can also be included. Also, in this example, the contractor contracts from the owner, completes the work using a contractor under the contractor, and the contractor collects the payment amount to the contractor and the contractor to the escrow system operator. The system will be described by taking the case of submitting as an example, but other forms of operation are possible as long as the features of the present invention are not lost.

  As shown in FIG. 2, the construction process management apparatus (A) includes a headquarter server 15 and a construction progress management server 16 connected to the headquarter server 15 via a network (NET) such as a LAN or a WAN. Configured. In the present embodiment, for security reasons, as will be described later, the construction progress management server 16 that receives access from the contractor client 5 or the client for client 9 and the headquarter server 15 that handles amount information are separated. However, it is also possible to configure as a single server device.

  The construction progress management server 16 is configured as a web server that updates data using the HTTP protocol, and is controlled by the control unit 16a. The process data storage unit 1, the image storage unit 2, the flag set unit 4, the image storage control unit 3, and the communication Unit 16b, and is connected to the network (NET) via the communication unit 16b. As described above, the communication unit 16b is connected to the client for business 5 and the client for client 9 in addition to the connection to the headquarter server 15, and includes an authentication means at the time of connection.

  In the process data storage unit 1, at the start of management, a construction shop in charge of a building property, the process of building work of the property, process link information describing the pre-processes required before and after the process, or the post-process, The process start and end dates, etc., and the contractor confirmation status describing the status of confirmation of work and delivery by the contractor are stored. The data in the process data storage unit 1 and the cost data storage unit 10 in the headquarters server 15 to be described later includes the ordering contractor, the order amount, etc. in the process data generated by the process planning software provided to the construction shop by the headquarters. It is generated from the data added by the store and uploaded to the building process management device (A).

  The image storage unit 2 displays a camera image (completion confirmation image) indicating that the process has been completed and a memorial image that is not related to the process management but is memorable for the client, for example, the upper building type. Store. In the image storage unit 2, process data for creating a relationship between each end confirmation image and the process data in the process data storage unit 1 is added as index data. Further, the end confirmation image has a shooting location and shooting angle determined for each process by a separate manual or the like, and the number of images derived from these image types is stored in the process data storage unit 1 as necessary image count data. The

  When the image storage control unit 3 receives the image operation request signal from the client 5, 9 or the headquarter server 15 via the communication unit 16b, first, the image storage control unit 3 extracts the process data included in the image operation request signal, The image storage unit 2 is searched using the process data as an index. If the image operation request signal is from the vendor client 5 and there is no end confirmation image in the image storage unit 2, a new registration routine execution instruction is output to the vendor client 5 to output from the vendor client 5. When there is an end confirmation image waiting for an operation instruction, an operation routine execution command for viewing or correcting the registered image is output to the trader client 5 together with the registered image, and a response is awaited.

  Further, the image storage control unit 3 permits the merchant client 5 to perform processing such as registration, correction, and deletion of the memorial image, and when there is an image operation request instructing memorial image processing as process data, The requested procedure such as registration for the memorial image is executed.

  On the other hand, when the image operation request signal is from the client for client 9 or the headquarter server 15, if there is no registered image, a message to that effect is displayed when there is a registration screen including the memorial image. Outputs a process completion confirmation image or a memorial image according to the request to the request source.

  The flag setting unit 4 sets an end confirmation preparation completion flag when the end confirmation image in the image storage unit 2 reaches the necessary number of images set in each step.

  On the other hand, the headquarter server 15 includes a cost data storage unit 10, a calculation unit 11, a drawing control unit 7, and a communication unit 15b controlled by the control unit 15a, via a network (NET) connected by the communication unit 15b. Connected to the construction progress management server 16 or the management server of the escrow deposit account 13.

  The cost data storage unit 10 stores a process, a contractor entrusting the process, an order amount, etc. As described above, the necessary information is extracted from the data output from the construction shop using the process information as an index. Generated.

  The calculation unit 11 calculates the payment amount within the payment target period delimited by the closing date for each construction contractor using the data in the cost data storage unit 10, and is used for checking the billing amount from the contractor in the settlement section 12. Is done. In addition, when the calculation start condition in the calculation unit 11 includes both or one of the set of the completion preparation completion flag in the construction progress management server 16 and the set of the construction shop confirmation flag in the construction shop confirmation status, efficient settlement Can do clerical work.

  The drawing control unit 7 determines whether or not the registered end confirmation image is made from a predetermined predetermined photographing position or photographing angle when the checkout department 12 checks the amount charged by the contractor. A process chart serving as an interface for reading the end confirmation image registered for the determination is displayed on the display 6. In this embodiment, as shown in FIG. 4, the process table is a network process table in which operations are indicated by arrows and the operations are connected by connection points indicated by circles, and process data stored in the construction progress management server 16 is stored. Drawing is performed using the process link information stored in the section 1.

  Further, the coupling point whose position on the display 6 is calculated when the process chart is drawn on the display 6 is designated as a clickable point (clickable point) based on the position information, and the clickable point on the display 6 is designated. When the click operation is detected, the process corresponding to the clickable point is returned to the control unit 15a.

  Upon receipt of the clicked process, the control unit 15a sets an image operation request signal in the image request unit 8 and outputs it to the construction progress management server 16 to view an end confirmation image in a predetermined process.

  On the other hand, the contractor client 5 includes a contractor client (5A) managed by the contractor and a contractor client (5B) managed by the contractor. 3 includes a process table storage unit 5a2, a drawing control unit 7, an image request unit 8, a confirmation status operation unit 5a3, and a communication unit 5a4 controlled by the control unit 5a1, via the communication unit 5a4. Connected to a network (NET). The process data storage unit 5a2, the drawing control unit 7, and the image request unit 8 are configured in the same manner as the headquarter server 15 described above, and the construction progress management server is clicked by clicking a connection point of the process table drawn by the drawing control unit 7. Access to the 16 image storage units 2 becomes possible.

  In this embodiment, the process data storage unit 5a2 shows a case where the process data generated by the process planning software and output to the work progress management server 16 is stored and used as it is. When drawing a process chart in response to data provision from the server 16, the process data storage unit 5a2 is omitted.

  The confirmation status operation unit 5a3 is a means for writing into the construction shop confirmation status of the construction progress management server 16. In the construction shop confirmation status, an end confirmation image registered by the construction company client (5B) is a predetermined value. An approval flag indicating the inspection result of the construction shop regarding whether or not the condition is satisfied can be included.

  On the other hand, the contractor client (5B) or the client for client 9 includes a control unit 17a, an image request unit 8, a communication unit 17b, and a drawing control unit 7 for drawing a process chart on the display 6. In this embodiment, the display of the process chart in the contractor client 5B is performed by a general-purpose web browser, and the image request unit 8 and the drawing control unit 7 manage the construction progress as a script for displaying on the web browser. Although temporarily provided from the server 16, it may be installed as a program.

  The operation of the construction process management apparatus (A) configured as described above will be described based on the flowchart shown in the drawing. First, when the construction process management apparatus (A) receives an access request (step S1), the presence / absence of a predetermined operation authority is confirmed. When authentication is established (step S2), the access request source is determined.

  If the access request is output from the construction shop client (5A), the construction shop client (5A) process is started (step S3). First, the request type is determined, and the access request is not an image operation request. In the case (step S31), a construction shop confirmation status operation is performed (step S32). The construction shop confirmation status operation includes an operation for assigning an approval flag when the completion confirmation image registered by the construction contractor client is compared with the manual and the condition is satisfied.

  On the other hand, when an image operation request signal is detected in step S31, first, a process is extracted from the image operation request signal, the image storage unit 2 is searched, and if there is a registered image associated with the process. (Step S41) After prompting the user to select whether or not to newly register (Step S42), if new registration is selected, a new registration operation, that is, an image registration area newly associated with the process is secured. Then, an end confirmation image is registered in the area (step S43).

  In addition, when a registered image is searched in step S41, the user is prompted to select whether to newly register another completion confirmation screen (step S411) or to modify the already registered image (step S51). When a registration operation (step S43) and a correction operation (step S52) are performed and neither is selected, a browsing operation (step S511) is performed.

  On the other hand, when the access request is made from the construction contractor client, the construction contractor client processing is performed (step S4), and thereafter, step S41 and subsequent steps are executed. When the access request is made from the client for client 9, the client for client 9 process (step S5) is executed, and only the browsing operation (step S511) is permitted.

  Further, when the access request is from the settlement department 12 in FIG. 1, the computation process in the computation unit 11 is executed.

DESCRIPTION OF SYMBOLS 1 Process data storage part 2 Image storage part 3 Image storage control part 4 Flag set part 5 Client for clients 6 Display 7 Drawing control part 8 Image request part 9 Client for clients 10 Cost data storage part 11 Calculation part NET network A Construction process management apparatus

Claims (1)

A process data storage unit for storing the work process of the residential building;
An image storage unit for storing an end confirmation image captured by the camera in order to confirm the end of the work process;
When an image operation request signal that clearly indicates a process is detected over the network, link information to the process and the area in the image storage unit is generated, and an end confirmation image is registered in the area, or the registered end in the area is registered. An image storage control unit for reading the confirmation image;
A flag set unit for outputting a completion confirmation preparation completion flag when a necessary number of completion confirmation images set in advance corresponding to each work process is satisfied;
Have
In addition, the process data storage unit can be input based on a grant operation that is performed through an artificial determination that does not require architectural expertise that the end confirmation image is of a predetermined shooting location and shooting angle. Accordingly, the construction process management device in which an approval flag is set corresponding to each work process.

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