JP2002297691A - Process control system for construction - Google Patents

Abstract

PROBLEM TO BE SOLVED: To design a detailed practical operation flow with small labor in a short time by saving the much time spent for process confirmation and previous arrangement operation for construction, to permit detailed process control corresponding to the progress state and process control by cycles and/or floors, and to confirm the progress state of the construction in real time. SOLUTION: The process control system for construction is equipped with a format setting means for inputting and setting the format of a process table, a cycle setting means for inputting and setting cycles and/or floors as units of the process control, and a process switching means for switching the processes, and further equipped with a data receiving means which receives process data, a data converting means which converts received data so that they can be displayed on a network including the Internet, and a network display means which uploads the converted data and displays information on the network including the Internet.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

[0001] The present invention relates to a process management system in a building. The present invention relates to a process management system for a building, which is capable of managing a building process according to the progress of the building and capable of confirming the progress of the building almost in real time.

[0002]

2. Description of the Related Art Originally, a process is a work procedure for performing each work in a building work. The process chart is a table in which the order and schedule of the processes are planned. Conventionally, the process schedule is 1) Handwritten or CA
D, 2) Process dedicated software. The former method allows a high degree of freedom in table creation,
There is a problem that it takes a long time to create a table and it is not easy to modify and change because it is described as a drawing. The latter method is
Computerization has shortened table creation time and facilitated modification and change. However, none of these methods has a data hierarchical structure, and when writing a process composed of multiple different units, it is necessary to write multiple processes.Process information can only be shared at the paper level. There's a problem. In particular, in the latter case, if the same software is shared with each other, it is possible to share each other at the file level of the process, but if there is no software, there is a problem that only the paper level can be shared.

Conventionally, in order to check the process, each construction manager goes to a construction site office to hold a meeting or to go to each floor to check the progress with his own eyes. Above, we considered the timing of ordering materials and arranging craftsmen. For this reason, a considerable amount of time had to be devoted to process confirmation and meeting work. Further, conventionally, when creating a process, it has been necessary to design and describe a business flow from the beginning using process software according to the site, which required an enormous amount of time. Even if such time is taken, only the representative tact level is described, and the detailed tact level required for actual process management cannot be described. The tact here is
A unit obtained by dividing a process into work units.

[0004] In addition, the details of the work in the process are initially unknown in detail, and the details gradually become clear as planning or construction progresses. In the construction process management, it is necessary to have an actual process schedule that matches the plan and the progress of construction. That is, it is desired that the process chart is displayed in a format most suitable for representing the state of the building at that time according to the progress of the plan and the building.

[0005] In addition, the conventional process management of building work is performed on a floor.
Although it has been carried out on the basis of (floor) units, in recent years, for efficiency of construction, a method of grouping arbitrary rooms etc. on multiple floors and managing the process in group units has been widely adopted. I have. The present inventors refer to this group unit as a cycle. It is required to manage the process in cycle units rather than floor units.

[0006]

In view of the above situation, the inventor of the present invention has intensively studied a smooth and efficient construction process management system in building and completed the present invention. An object of the present invention is to enable fine-grained process management according to the progress in a building, enable process management in cycle units, and enable real-time confirmation of the progress of the building. A further object of the present invention is to use Internet browser software provided as standard with a personal computer without having to go to a construction site one by one and without special software similar to conventional process management software. Check the process easily,
This is to make it possible to search and confirm the progress data of construction and the beginning of construction.

According to the present invention, much time conventionally used for the process confirmation and the meeting work is made more efficient, and the work efficiency is dramatically improved. Also, in the process creation process, by using standardized work flow (detailed flow) and designing and describing the process, it can be more detailed and more practical than the conventional process creation software with less labor and time. Business flow design becomes possible.

[0008]

According to a first aspect of the present invention, there is provided a computer system in which a building center, a process control center, and persons involved in building are connected by a network. A building process management system comprising: a format setting device for inputting and setting; a cycle setting device for inputting and setting a cycle and / or a floor, which is a unit of process management; and a process switching device for switching processes. .

According to a second aspect of the present invention, there is provided a construction process management system further comprising information input means for inputting construction site information such as a construction progress status and a site photograph.

According to a third aspect of the present invention, in the process switching means, there are provided three steps: a general step, a representative tact step, and a detailed tact step.
An architectural process management system comprising means for switching to a stage process.

According to a fourth aspect of the present invention, there is provided a construction process management system including means for inputting a process of a representative tact by a process line in units of cycles and / or floors in the representative tact process.

According to a fifth aspect of the present invention, there is provided a construction process management system comprising means for assigning an attribute of a summary tact to a representative tact and displaying a summary process by a process line in units of cycles and / or floors. System.

According to a sixth aspect of the present invention, there is provided an architectural process management system comprising means for inputting a detailed tact for each cycle and representative tact in the detailed tact process.

According to a seventh aspect of the present invention, there is provided a construction process management system including information storage means for storing construction site information such as process data, construction progress status, and site photos.

[0015] The invention of claim 8 is a process data and construction progress status via a network including the Internet,
A construction process management system comprising a data transmission unit for transmitting construction site information such as a site photograph to a process management center.

According to a ninth aspect of the present invention, in a computer system in which a building center, a process control center, and persons involved in building are connected by a network, the process control center receives process data transmitted from the building center. Data receiving means, data converting means for converting the received data so that it can be displayed on a network including the Internet, and network displaying means for uploading the converted data and displaying the data on a network including the Internet. It is a process management system for building, which is a feature of the building.

According to a tenth aspect of the present invention, there is provided a data receiving means for receiving building site information such as a building progress status and a site photograph transmitted from a building center, and uploading the received building site information on a network including the Internet. A construction process management system comprising a network display means for displaying.

An eleventh aspect of the present invention is the construction process management system, wherein the network display means includes means for uploading data for each construction site and displaying information for each construction site.

According to a twelfth aspect of the present invention, there is provided a system for managing a construction process, comprising: a format setting means for inputting and setting a format of a process chart; and a cycle for inputting and setting a cycle and a floor which are units of process management. Setting means, process switching means for switching the process into three stages of a general process, a representative tact process, and a detailed tact process; Means for giving the tact attribute and displaying the outline process in the process line for each cycle and floor. In the detailed tact process, means for inputting the detailed tact for each cycle and / or representative tact. Information input means for inputting construction site information such as construction data, process data and construction progress, storage for storing construction site information such as site photos Stage and step data and building progress, a program for executing a data transmitting means for transmitting the construction site information, such as field pictures.

According to a thirteenth aspect of the present invention, there is provided a system for managing a construction process, comprising: a format setting means for inputting and setting a format of a process schedule; and inputting and setting a cycle and / or a floor which is a unit of process management. Cycle setting means, process switching means for switching the process into three stages of a general process, a representative tact process and a detailed tact process, a means for inputting a process of a representative tact in a cycle and a floor unit by a process line in a representative tact process, Means for giving the outline tact attribute to each cycle and displaying the outline process in units of cycles and floors, in the detailed tact process, means for inputting the detailed tact for each cycle and / or representative tact, the progress of construction, Information input means for inputting construction site information such as site photos, process data and construction progress status, and storing construction site information such as site photos Memory means and process data and building progress, a computer readable recording medium recording a program for executing a data transmitting means for transmitting the construction site information, such as field pictures.

According to a fourteenth aspect of the present invention, there is provided a system for managing a building process, comprising: data receiving means for receiving process data, building progress information, building site information such as a site photograph, the received process data and the building process. Data conversion means for converting data so that the progress of construction, construction site information such as site photos, etc. can be displayed on a network including the Internet, and uploading the converted data to process data and construction site information on a network including the Internet This is a program to be executed as network display means for displaying each building site.

According to a fifteenth aspect of the present invention, there is provided a system for managing a building process, comprising data receiving means for receiving process data, building progress information, building site information such as a site photograph, the received process data and the building data. Data conversion means for converting data so that the progress of construction, construction site information such as site photos, etc. can be displayed on a network including the Internet, and uploading the converted data to process data and construction site information on a network including the Internet This is a computer-readable recording medium that records a program to be executed as network display means for displaying each building site.

The invention according to claim 16 is a system for automatically creating a process management of a building, wherein a means for designating a representative tact and a detailed tact set as a standard model, a means for setting a format, cycle information, This is a program to be realized as means for setting floor information, means for inputting process information, means for inputting the number of days for each representative tact and detailed tact, and means for inputting holiday information.

The invention according to claim 17 is a system for automatically creating construction management of a building, comprising means for designating a representative tact and a detailed tact set as a standard model, means for setting a format, cycle information and A computer-readable recording medium that records a program for implementing floor information, means for inputting process information, means for inputting the number of days for each representative tact and detailed tact, and means for inputting holiday information. .

The basis of the present invention is a system for managing a building process, in which a format setting means for inputting and setting a format of a process chart, and inputting and setting a cycle and / or a floor, which is a unit of process management. This is a building process management system including a cycle setting device and a process switching device for switching processes. In addition, it is possible to provide information input means for inputting construction site information such as construction progress, site photos, and the like. The process switching means switches the process into three stages of a general process, a representative tact process, and a detailed tact process. Means can be provided, and in the representative tact step, the cycle and / or
Alternatively, there may be provided a means for inputting the process of the representative tact by a process line for each floor, and a means for assigning the attribute of the outline tact to the representative tact and displaying the outline process by the cycle line and / or the floor by the process line. In the detailed tact process, a means for inputting the detailed tact for each cycle and / or representative tact can be provided. A data transmitting means for transmitting process data and construction progress information, construction site information such as construction site information such as construction site information; Can be provided.

In the system for managing a building process according to the present invention, data receiving means for receiving the process data, data converting means for converting the received process data so that the data can be displayed on a network including the Internet, and the converted data. An architectural process management system including network display means including the Internet for uploading data and displaying information on a network including the Internet. In addition, means for receiving the construction site information such as the progress of each tact in the building and the photograph of the building site, and the received construction site information such as the progress of each tact in the building and the photograph of the building site. Data conversion means for converting data so that it can be displayed on a network including the Internet, and network display means including the Internet for uploading the converted data and displaying information on the network including the Internet may be provided. The network display means including the Internet can display a plurality of building process data for each building site.

This system can be operated on a network. In this case, the process control center, the building center, and persons related to the building are connected via a network. The network may be a closed network, a released network such as the Internet, or a partially closed and partially released network. The construction center, which is a construction site, sends construction data such as process data entered and construction progress and construction site photos such as construction site photos from the construction center to the process management center. It is possible to upload the converted process data and the construction site information such as the progress of the construction and the photograph of the construction site on a network including the Internet, and display the converted data on the network including the Internet.
Construction site information such as process data displayed on networks including the Internet, and the progress of construction and photographs of construction sites, etc., can be viewed by persons involved in construction by entering ID numbers and passwords. Can be.
The persons involved in the building here include building cooperating companies, material transport companies, building owners (owners), building material manufacturers, material sales companies, building property purchasers or prospective purchasers. In practice, information terminals and servers of persons involved in construction are connected to the network. The architecture center is
The construction site is a server or an information terminal, and the process management center is a server that obtains construction site information and manages the construction process.

[0028]

Embodiments of the present invention will be described below. First, a system for creating a process chart will be described. FIG. 12 shows an outline of a system configuration for creating a process chart. First, set the format. The title, start date and end date of construction, designation of data record file, item master, print format, etc. are set by inputting or selecting items. Next, a cycle and a floor, which are units for managing the process, are set. A process chart can be created for each cycle and each floor. It is possible to specify a floor to be included in one cycle. In FIG. 12, the cycle matches the floor, but this does not always match. In FIG. 4, for example, cycle 2 is on floor 1
Cycle 5 includes Floor 3 and Floor 4.

A detailed schedule needs to be prepared in accordance with the plan and the progress of construction. It is preferable to use a process chart according to the necessity. As described above, the process chart is prepared in a plurality of stages, but there is a problem that it is difficult to use the process table even if there are too many. The three stages are a general process, a representative tact process, and a detailed tact process. The process chart between these three parties can be switched as necessary to display a desired process chart, and tact information can be input and set. Switching between these three parties is referred to as process switching in the present invention. That is, it is possible to appropriately switch among the three steps of the outline step, the representative tact step, and the detailed tact step.

The process chart shown in the center of FIG. 12 is a process display of the representative tact. In cycle units, the process, that is, the start date and end date of the relevant construction are indicated by solid lines with arrows at the right end. This line is referred to as a process line in the present invention. The concrete casting process line is drawn with the cycle extending one step higher at the start date. This means, for example, that concrete placement in cycle 1 ended on February 8 and this was taken over in cycle 2,
This indicates that the concrete placement for cycle 2 will start on February 9.

The representative tact can be input and set in the representative tact process. By giving the representative tact the attribute of the outline tact, a process chart of the outline process can be created. The detail tact is created in a detail tact process. The detailed tact is created by inputting the detailed tact belonging to the representative tact. The three steps of the outline step, the representative tact step, and the detailed tact step can be called by switching the step, and the tact can be input and set in the representative tact or detailed tact step. In FIG. 12, the outline process is shown by a small screen at the center right and lower right of the figure. The detailed tact is shown on a small screen at the upper right of FIG.

FIG. 1 shows an example of representative tact display. Here, work steps are indicated by representative tact names. The start date and the end date of the work are indicated by arrow lines for each cycle unit. For example, in the cycle 5, it is indicated by a process line that the support dismantling operation starts on February 21 and ends on February 27. There is a display of 0/5 below the process line, but 5 indicates the number of operating days, and the required number of days can be entered in the part of 0.

FIG. 2 shows an example of the outline process chart. The outline process shows the representative tacts that collectively belong to the same attribute. FIG. 2 shows a schematic process chart of the representative tact process chart of FIG. Here, concrete casting and support demolition (support is a member that supports vertical loads such as slabs and beams in formwork during concrete construction. The dismantling of this member is summarized as skeleton work, cleaning before starting, ALC (abbreviation for lightweight cellular concrete. A secondary processed product of concrete, mainly panel-shaped, building exterior walls, partitions, etc. ), Dry fire-resistant partitions (partitions requiring a fire-resistant structure, especially those composed of a combination of members such as boards), A
W mounting (AW is an aluminum window; also called aluminum sash), glass seal (seal fills the gap between AW and glass to ensure watertightness and airtightness), urethane spraying (In order to prevent dew condensation, urethane-based heat insulating material is sprayed on the part facing the outer wall of the building.) It is summarized as finishing work. By grouping the representative tacts with the same attribute, the outline process can be displayed by a process line and an outline process table can be created.

FIG. 3 shows an example of a detailed tact process chart.
The detailed tact is shown for each item of the representative tact. FIG.
In, for example, as a detail tact for the representative tact wall light iron partition, a preceding board (a board to be constructed in advance), a ceiling light iron base (a base constituting the ceiling, and a board etc. Attached) and equipment dryers are shown. In the detailed tact process, input, correction and replacement of the detailed tact are possible. On the screen of FIG. 3, the construction progress can be input. By right-clicking on this screen, the progress status of each work can be displayed in, for example, three stages of “not started”, “beginning” and “completed”. For this display, an appropriate vocabulary can be used as needed.

FIG. 11 schematically shows the mutual relationship between the outline process, the representative tact and the detailed tact. Representative tacts are indicated by A, B, C, D, E, and F. Among them, A and B are put together and shown as the outline process X. Similarly, the representative tacts C, D, E, and F are collectively shown as the outline step Y. A1 is shown as a detailed tact of the representative tact A. Similarly, B1 is shown as a detailed tact of representative tact B, D1 and D2 are shown as detailed tacts of representative tact D, and F1 is shown as a detailed tact of representative tact F. Some representative tacts, such as C and E, have no detailed tact. As described above, the outline process, the representative tact, and the detailed tact can be displayed by switching the process.

FIG. 4 shows an example of cycle setting.
Cycles and floors are not necessarily the same, as mentioned above. In the example of FIG. 4, cycle 1 corresponds to 10 units on floor 1, cycle 2 corresponds to 10 units on floor 1 and floor 2, and cycle 3 corresponds to 10 units on floor 3. Hereinafter, the same applies.

The schedule created in this way should be modified and updated when necessary, for example, when the actual progress of the building greatly differs from the plan. Can be. The correction update can be performed by inputting and setting data to be corrected on the screen of each process chart. The data of the process chart created in this way is stored in the process data storage means.

The data of the process chart can be displayed on a network including the Internet. In addition, the progress of the construction site can be displayed. Further, a photograph or the like showing the progress of the construction site can be displayed according to circumstances. Hereinafter, a procedure for displaying a process chart, a progress status, a photograph, and the like of a building site on a network including the Internet will be described.

Since the data of the process chart is created as graphic data, it is first converted into text data,
Recorded in the process export file. FIG. 5 shows an example of a screen for converting process chart data into text data.
FIG. 5 shows that process table data to be displayed on a network including the Internet is converted into text data by performing export processing. Similarly, the progress of the construction site is converted into text data and stored in the progress export file. Image data such as photographs were taken with digital cameras, etc.
It is digital data. Attributes such as building name, floor, work name, cycle, floor, representative tact, detail tact, partner company, date, room name, construction zone name (unit name, etc.), remarks, etc. are added to this image data. Stored in the image file.

In order to display data on a network including the Internet, a server is set up and a homepage is opened. Basic data is registered in the server in advance in order to display various data of the construction site. As shown in FIG. 16, the data to be registered in advance includes basic building information such as the location and name of the building, purchaser, cooperating company and building ID, site-user association information for accepting and determining a password, and various data. Registration of directories to be stored, registration of cycle information, registration of position information indicating floors, rooms, positions, and the like of buildings, registration of tact information, and registration of other necessary basic information. Data necessary for image registration and image display are registered as cycle basic information.

In a directory registered in the server, process chart data, construction progress data, image data of a construction site, and the like are stored. These data are displayed on a network including the Internet by the procedure shown in FIG. 14 or FIG. FIG. 14 shows a case where image data is included.
Indicates a procedure when no image data is included. That is, a process chart is created, and the data of the created process chart is exported to a process data file as text data and stored in a predetermined directory. Similarly,
Information on the progress of the construction site is also exported as text data to a progress file and stored in a predetermined directory. Each of the stored text data is then converted into a program language such as HTML that can be displayed on a network including the Internet, uploaded to a homepage, and displayed on a network including the Internet. Image data such as a photograph is converted into a program language that can be displayed on a network including the Internet, such as HTML, to which attribute data of the photograph is added, uploaded to a homepage, and displayed on a network including the Internet.

The situation displayed on a network including the Internet will be described below. FIG. 6 shows a representative tact process chart. Basically, it is the same as that shown in FIG. FIG. 3 shows an example of the detailed tact process chart. FIG. 9 shows the progress of the detailed tact. When it is desired to view the progress of the work or a photograph of the site, the user positions the mouse pointer on a desired process line and designates whether to display an image or a progress, as shown in FIG. When the construction site progress status display is desired, for example, as shown in FIG. 10, the progress status of the entire building is displayed. When the image display is designated, for example, as shown in FIG. 8, a photograph showing the state of the building site is displayed. If you want to see a detailed photo, click on the desired photo to see the enlarged photo. In addition, CON in FIGS.
Abbreviation for concrete casting.

The construction schedule, progress status, photographs and the like can be displayed for each construction site. For example, A
Since a person who is related to the building "A" can view the process chart, progress status, photos, and the like relating to the building A, there is no need to browse the buildings other than "A". You can browse by focusing on the required architecture. It is needless to say that a person related to a plurality of buildings, such as a cooperating company, can view a process chart, a progress status, photographs, and the like of the plurality of related buildings.

The system of the present invention can be operated on a network. As shown in FIG. 13, the network includes a building center, a process control center, a subcontractor, and a purchaser. Although there is one process management center, there are a plurality of stakeholders such as construction centers, subcontractors and purchasers. There may be one building center,
In many cases there will be more than one. In FIG. 13, three building centers, two buyers, and two subcontractors are shown.
Needless to say, the parties involved, such as partner companies and purchasers, can participate. In addition to cooperating companies and purchasers, persons involved in construction such as a material transport company, a building owner (owner), a building material maker, a material sales company, and a person planning to purchase a building property can also participate.

The process data and the progress data of the building set and input at each building site are transmitted from the building center corresponding to the building to the process management center. Similarly, data such as a photograph of the construction site is transmitted from the building center to the process management center. The process management center converts the process data, the progress status, the photograph, and the like into a program language that can be displayed on a network including the Internet such as HTML so that the data can be displayed on a network including the Internet. Uploading the progress data and photo data of the construction site on a network including the Internet, and displaying the data on the network including the Internet.

Data such as process charts, construction progress data and photographs of construction sites displayed on a network including the Internet can be viewed by a person involved in construction by inputting an ID number and a password. it can. The persons involved in the building here include cooperating companies, material transport companies, building owners (owners), building material manufacturers, material sales companies, building property purchasers or purchasers. The cooperating company has a schedule,
You can check and grasp the progress of construction and photos of the construction site while staying there. Based on this information, partner companies can proceed with construction work, improve construction work efficiency, reduce time loss such as waiting time, and furthermore, It can be procured locally, accelerating the progress of the whole building, eliminating waste of resources and reducing costs. At the same time, the buyer
Since the progress of construction and photographs of the site can be checked and grasped in real time, there is a merit that a sense of security can be provided, and if there is a problem, it is possible to take early action.

The process chart data and the progress status data are transmitted as text data from the building center to the process control center. Image data such as photographs are given attribute data and transmitted from the building center to the process management center. The process control center receives the data, converts it into a program language that can be displayed on a network including the Internet such as HTML, and uploads it on a homepage established at the process control center.
In this way, the building schedule, the progress of the building, photographs of the building site, and the like are displayed on a network including the Internet. First, a representative tact process chart is shown on a network including the Internet (FIG. 6). The detailed tact process can also be displayed (FIG. 9). As shown in FIG. 7, by moving the mouse pointer to a desired process line and specifying whether to display an image or a progress display, a progress (FIG. 10) and a site photograph (FIG. 8) are displayed. If you want to see a detailed photo, click on the desired photo to see the enlarged photo.

The process control center plays a role of collectively managing a plurality of building centers. When proceeding with the actual work according to the process schedule, multiple construction sites such as material allowances and worker allowances are managed together. The construction period can be shortened and the building can be completed.

The progress and image data are sent from the construction site as needed. This data is periodically converted, for example, every four hours into a programming language that can be displayed on a network including the Internet such as HTML,
By uploading to the homepage, you can constantly update the construction site information.

By specifying a standard model, a building process can be automatically created. The construction process is automatically created by specifying a model that standardizes the representative tact and detail tact, and entering the format, cycle information and floor information, process information, the number of days and holiday information for each representative tact and detail tact. You.

The present invention includes a program for executing the system and a computer-readable recording medium on which the program is recorded.

[0052]

According to the construction process management system of the present invention, it is possible to easily create a construction schedule and to easily modify the construction schedule. The created process chart can be displayed on a network including the Internet. Furthermore, the progress of construction can be displayed for each tact. At this time, the progress of the building can be shown more realistically by using a photograph of the building site. The work schedule and construction progress can be viewed on the network, including the Internet, including photos, so partner companies can clarify their work processes, and provide the date and time for actual work, including material allowances. Can be easily grasped, greatly contributing to improving the efficiency of construction work. In the past, subcontractors and construction workers had to go to the site to check the work, and also had to have meetings with those involved. Through this network, it is possible to check and grasp the process schedule and the progress of construction, which can greatly improve the work efficiency. On the other hand, the purchaser can also grasp the construction progress of the property he / she purchased, including the photograph, in a realistic manner, increasing the confidence in the work and making it easy and convenient to make a complaint when necessary.

The system of the present invention not only facilitates the creation of the process schedule itself, but also allows the process schedule to be browsed on a network including the Internet to accurately set up the construction work. Prevent waste of materials,
Building progress can be performed efficiently. Also, the purchaser of the building property can grasp the progress status while staying there, and there is an effect of three birds with one stone.

Furthermore, much time conventionally spent on the process confirmation and the meeting work is made more efficient, and the work efficiency is dramatically improved. Also, in the process creation process, by using standardized work flow (detailed flow) and designing and describing the process, it can be more detailed and more practical than the conventional process creation software with less labor and time. Business flow design becomes possible.

[Brief description of the drawings]

FIG. 1 is a diagram showing an example of a representative tact process display.

FIG. 2 is a diagram illustrating an example of a summary tact process display;

FIG. 3 is a diagram showing an example of a detailed tact process display.

FIG. 4 is a diagram showing an example of a cycle display.

FIG. 5 is a diagram illustrating an example of a screen to be transmitted;

FIG. 6 is a diagram illustrating an example of a display screen on a network.

FIG. 7 is a diagram showing an example of a process information search screen on a network.

FIG. 8 is a diagram showing an example of a construction site photo display screen on a network.

FIG. 9 is a diagram showing an example of a display screen of a construction progress on a network.

FIG. 10 is a diagram showing an example of a display screen of the progress of construction on a network.

FIG. 11 is a diagram for explaining a relationship between a general process, a representative tact, and a detailed tact.

FIG. 12 is a diagram for explaining a process table creation.

FIG. 13 is a diagram for explaining the operation of the system on a network.

FIG. 14 is a diagram showing a procedure for displaying data including an image on a network.

FIG. 15 is a diagram showing a procedure for displaying data on a network.

FIG. 16 is a diagram showing a procedure of pre-processing for displaying data.

Claims (17)

[Claims] In a computer system in which a building center, a process management center, and a person related to building are connected by a network, the building center inputs and sets a format of a process chart, and management of processes. A cycle setting means for inputting and setting a cycle and / or a floor, which is a unit of the above, and a process switching means for switching a process. 2. The construction process management system according to claim 1, further comprising information input means for inputting construction site information such as a construction progress status and a site photograph. 3. The process switching means according to claim 1, further comprising means for switching to three stages of a general process, a representative tact process and a detailed tact process.
The construction process management system described in 1. 4. The cycle and / or cycle in the representative tact step.
4. The construction process management system according to claim 3, further comprising means for inputting a process of the representative tact by a process line for each floor. 5. The building process according to claim 4, further comprising means for assigning an attribute of the outline tact to the representative tact and displaying the outline process by a process line for each cycle and / or floor. Management system. 6. The construction process management system according to claim 3, further comprising means for inputting a detailed tact for each cycle and a representative tact in the detailed tact process. 7. The construction process management according to claim 1, further comprising information storage means for storing construction data such as construction data, construction progress information, construction site information, and the like. system. 8. A system according to claim 1, further comprising data transmission means for transmitting construction data such as construction data, construction progress, construction site information, etc. to the construction management center via a network including the Internet. Item 8. The construction process management system according to any one of Items 7. 9. A computer system in which a building center, a process control center, and a person related to building are connected by a network, wherein the process control center receives process data transmitted from the building center, A building comprising: a data conversion means for converting the received data so that the data can be displayed on a network including the Internet; and a network display means for uploading the converted data and displaying the converted data on a network including the Internet. Process control system. 10. A data receiving means for receiving building site information such as a building progress status and a site photograph transmitted from a building center, and converting the received building site information so that it can be displayed on a network including the Internet. The construction process management system according to claim 9, further comprising a data conversion unit and a network display unit for uploading the converted data and displaying the uploaded data on a network including the Internet. 11. The network display means comprising means for uploading data for each building site and displaying information for each building site.
The construction process management system described in 1. 12. A system for managing a building process, comprising: a format setting means for inputting and setting a format of a process chart; a cycle setting means for inputting and setting a cycle and a floor which are units of process management; Step switching means for switching to three stages of an outline process, a representative tact process, and a detailed tact process. In the representative tact process, means for inputting a process of a representative tact in units of cycles and / or floors by a process line. Means to display outline process by process line in cycle and floor units, means to input detailed tact for each cycle and representative tact in the detailed tact process, building site information such as construction progress, site photos Input means for inputting information, storage means for storing construction site information such as process data and construction progress, site photos, and process data And a program for executing a data transmission means for transmitting the progress of the building, a building site information such as field pictures. 13. A system for managing a building process, comprising: a format setting means for inputting and setting a format of a process chart; and inputting a cycle and / or a floor as a unit of process management.
Cycle setting means for setting, process switching means for switching the process into three stages of a general process, a representative tact process and a detailed tact process, and a means for inputting a process of a representative tact in a cycle and / or a floor unit in a process line in the representative tact process Means for assigning the attribute of the outline tact to the representative tact, and displaying the outline process by a process line in units of cycles and floors,
In the detailed tact process, means for inputting detailed tact for each cycle and representative tact, information input means for inputting construction progress information, construction site information such as site photos, construction data such as process data and construction progress, site photos etc. A computer-readable storage medium storing a program for executing as a storage unit for storing site information and a data transmission unit for transmitting process site data, construction status, construction site information such as site photos, and the like. 14. A system for managing a building process, comprising:
Data receiving means for receiving process data and construction progress information, construction site information such as site photos, and displaying the received process data and the construction progress status, construction site information such as site photos on a network including the Internet. And a program for uploading the converted data and executing it as network display means for displaying process data and building site information for each building site on a network including the Internet. 15. A system for managing a building process, comprising:
Data receiving means for receiving process data and construction progress information, construction site information such as site photos, and displaying the received process data and the construction progress status, construction site information such as site photos on a network including the Internet. A computer which records a program for uploading the converted data to a network including the Internet and executing process data and construction site information as network display means for each construction site. Possible recording medium. 16. A system for automatically creating construction process management, comprising means for designating a representative tact and a detailed tact set as a standard model, a means for setting a format,
A program for implementing means for setting cycle information and floor information, means for inputting process information, means for inputting the number of days for each representative tact and detailed tact, and means for inputting holiday information. 17. A system for automatically creating construction process management, comprising means for designating a representative tact and a detailed tact set as a standard model, a means for setting a format,
Means for setting cycle information and floor information, means for inputting process information, means for inputting the number of days for each representative tact and detailed tact, and a computer-readable recording for recording a program for realizing as means for inputting holiday information Medium.