JP2003122813A - Field control system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable a field controller to control the process progress status of detached house construction even in a place distant from a work field. SOLUTION: In order to control the process progress status of a plurality of work fields 3-1 to 3-3 of detached house construction, a server 12 is provided in a main contractor company 10, and an information terminal is provided at each of the work fields 3-1-3-3. The process control table data and worker individual information data of the respective work fields 3-1-3-3 are previously stored in the server 12. In the server 12, working man-hour data H3 of the corresponding work field is originated from the data sent from each information terminal, and the corresponding process control table data is updated on the basis of the working man-hour data H3. A field controller 2 accesses the server 12 to be able to acquire the working man-hour data H3 and the updated process control table data.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a site management system for managing a work site where a detached house is constructed.

[0002]

2. Description of the Related Art For example, when a construction company constructs a plurality of detached houses and the site manager manages a plurality of construction sites scattered in various places, conventionally, the site manager has to use a car or a public house. Daily visits to multiple construction sites that are in charge by means of transportation such as transportation, grasp the on-site status of workers entering and leaving each construction site, work status on that day, and process progress status, and then proceed to the next step. It manages the construction site including the arrangement of workers for work and process management.

When it is impossible to visit all the construction sites under the control of the site manager in one day, the site manager uses an appropriate means such as a telephone to call a worker working on the construction site that cannot be visited. The construction site is managed by contacting them and receiving explanations from the workers about the site situation.

[0004]

However, in the conventional site management method of visiting a plurality of construction sites managed by the site manager, if the construction sites are distant from each other, it is difficult to move. Since it takes time, the time required for the site manager to perform site management becomes short. Therefore, the on-site manager may not be able to perform detailed on-site management, which may cause a delay in the construction. If the construction is delayed, the cost will increase accordingly. In addition, the site manager cannot grasp the progress status of each construction site for the first time when he visits each construction site, so he cannot manage the process in real time, and eventually the workers at each construction site can It has another problem that it tends to be left to management.

Further, in the case of a method in which the site manager contacts the workers at each construction site by means of telephone or the like, for example, the mobile phone of the worker at the construction site cannot be connected, or the site manager makes a phone call. In many cases, the site manager may not be able to grasp the site situation due to reasons such as the fact that the worker cannot have a conversation depending on the work situation at that time. Therefore, even if the site manager tries to manage the site by telephone contact, there is a problem that sufficient management cannot be performed.

An object of the present invention is to provide a site management system which can solve the above-mentioned problems in the prior art.

[0007]

In order to solve the above problems, according to the invention of claim 1, various managements at each of a plurality of work sites for construction of a detached house under the control of a site manager. And a computer system having a server function and a function of searching, collecting, and displaying information supplied on a communication network, and a worker at each of the plurality of work sites. An information terminal device including a card information reading device for sending information read by the worker card information reading device to the computer system is provided, and the computer system is for managing each step of the plurality of work sites. Necessary process control data and personal information data of workers who work at the plurality of work sites are stored in advance, and In the data system, the actual work data of the corresponding work site is created from the data relating to the entry and exit of the worker sent from the information terminal device, and the corresponding process control data is updated based on the actual work data, and the work site management is performed. A person can access the computer system via the communication network to obtain or confirm the actual work data and the updated process control data in order to grasp or confirm the process progress status of the work site. A site management system is proposed.

According to the invention of claim 2, in the invention of claim 1, the identification data for identifying the worker stored in the worker card owned by each of the workers is the worker card information. Data read from the information terminal device and related to the entry and exit of a worker from the information terminal device to the work site is sent to the computer system via the communication network, and the worker at each of the plurality of work sites in the computer system. A field management system is proposed that can manage the attendance and departure of employees.

According to the invention of claim 3, claim 1 or 2
In the invention of claim 1, further comprising a mobile terminal device having a function of searching, collecting, and displaying information supplied via the communication network, the required data being stored in the computer system by the mobile terminal device. A site management system is proposed that can be downloaded.

According to the invention of claim 4, in the invention of claim 1, 2 or 3, the process management data corresponding to the work site stored in the computer system using the portable terminal device and the process management data are stored. A site management system is proposed that can update the process management data corresponding to the work site based on actual work data.

According to the invention of claim 5, claims 1, 2 and
In the invention of 3 or 4, the information terminal device further includes a material information reading device, and identification data for identifying the material attached to the material information flag attached to the material delivered to the work site. Is read by the material information reading device and sent to the computer system via the communication network as data relating to the delivery status to the work site, and the computer system stores data relating to material delivery at the work site,
A site management system that can be managed centrally is proposed.

According to the invention of claim 6, claims 1, 2 and
In the third, fourth, or fifth invention, data for instructing arrangements of workers or delivery of materials at the work site can be sent from the portable terminal device to the computer system, and the computer system can store the data. A site management system is proposed in which the contents of instructions are accumulated.

According to the invention of claim 7, claims 1, 2,
In the third, fourth, fifth, or sixth invention, the portable terminal device can send data to the computer system for paying an instruction regarding a completed work item or a delivered material at the work site, and the computer system. Proposes a site management system in which the contents of the payment instruction are accumulated.

[0014]

BEST MODE FOR CARRYING OUT THE INVENTION An example of an embodiment of the present invention will be described in detail below with reference to the drawings.

FIG. 1 is a system configuration diagram showing an example of an embodiment of a site management system according to the method of the present invention.
In FIG. 1, 10 is a main contractor, which is a construction company, 3-
1, 3-2, 3-3 are work sites where the subcontractor 10 is constructing a detached house, and three work sites 3-
1, 3-2, 3-3 are on-site managed by the on-site manager 2. In order to enable the site manager 2 to efficiently manage a plurality of work sites 3-1, 3-2, 3-3 by one person, the site management system 1 according to the present invention.
Is being built.

In the on-site management system 1, the on-site manager 2
The actual man-hours of the workers of the day who work for various work at each work site without going to the work site by visiting the three work sites 3-1, 3-2, 3-3 to be managed every day. Also, the progress status of the construction can be grasped from any place using a mobile terminal device, etc., and the site manager 2 can manage the process of the work sites 3-1, 3-2, 3-3 and arrange the workers no matter where they are. It is a system to enable on-site management such as.

It should be noted that here, the main contracting company 10
Detached houses are constructed at each of the three work sites 3-1, 3-2, 3-3, and the three work sites 3-1, 3-2, 3-
Although 3 shows the example managed by one site manager 2, the number of sites at the work site is not limited to 3 and may be more, for example. Further, the number of the site managers 2 is not limited to one, and there are many work sites, and the present invention can be applied to the case where each site is managed separately by a plurality of site managers.

Within the prime contractor 10, a plurality of work sites 3-
Basic data such as process control sheet data of each work site, construction budget data, and worker personal information data of workers who work at each work site are registered in order to manage 1, 3-2, 3-3. A server 11 is provided. The process control table data includes property name data A1, period data A2, date data A3, work schedule artificial number data A4, and construction budget data is article name data B1, delivery company name data B2, delivery company identification code. B3 is included. The worker personal information data includes the cooperating company name data C1 to which the worker belongs, the worker's work industry data C2, the name data C3, and the worker identification code C4.

The subcontractor 10 is also provided with a computer 12 connected to the server 11 via an in-house network NT, so that the subcontractor 10 can utilize it for information sharing within the company. Intranet which is a system form of is formed. Computer 12
It is used for writing process control table data of each work site and worker personal information data of each worker in the server 11, and an interface 12B including a central processing unit (CPU) 12A and a keyboard, a mouse and the like. It is made up of and. In the prime contractor 10, the computer 12
Can be connected to the server 11 via the in-house network NT, and the work site 3 registered in the server 11
Various data relating to 1, 3-2, and 3-3 can be read and corrected by the computer 12. The number of computers 12 is not limited to one and may be plural.

At each work site 3-1, 3-2, 3-3,
An information terminal device 3 capable of transmitting on-site entry / exit data of workers and materials at each work site to the server 11 in a temporary distribution board (not shown) installed at each site.
-11, 3-21, and 3-31 are provided, respectively.

The information terminal device 3-11 will be described with reference to FIG. The information terminal device 3-11 is a worker card reading device 3 for reading the recorded contents of an ID card used by a worker to enter the entrance / exit when entering / exiting.
1. The barcode reader 32 for barcodes that can be used by the delivery company to input that it has been delivered at the time of delivery of materials, the worker directly provides information about the work site such as the work progress status at the work site 3-1. A keyboard 33 for key input is provided. The barcode reader 32 is not limited, and may be another information medium such as an RFID or a two-dimensional code that can be read.

The worker card reader 31 reads the worker identification code C4 written in the ID card distributed to each worker registered in advance in the server 11 and reads the read work. The member identification code C4 is the time data D1 and the control unit 34A of the information processing device 34.
It is configured to be input to. Here, the worker card reading device 31 automatically reads the ID card, the time data D1 indicating the time when the ID card is read.
Is configured to create. A similar ID card is distributed to the material delivery company, and the delivery company identification code B3 is written in the ID card. The worker card reader 31 is a delivery company identification code B
3 is also read, and the delivery company identification code B3 read by the worker card reading device 31 is input to the control unit 34A of the information processing device 34.

The bar code reader 32 is for reading the delivery item identification bar code information which is displayed on the bar code label affixed to the delivered material and which can identify the delivery item. The delivered item identification data E1 is sent to the control unit 34A of the information processing device 34 together with the date data E2 and the delivery company identification code B3 read by the worker card reading device 31. Here, the barcode reader 32 is configured to automatically create date data E2 indicating the date when the delivery identification barcode information is read when the delivery identification barcode information is read.

When the work of the construction item is completed, the bar code reader 32 displays the construction item etc. displayed on the work order received when the subcontractor is requested by the prime contractor 10 to perform the construction. It is also for reading the information of the bar code display shown, and the read information is sent to the control section 34A as the completion data E3 together with the date data E2.

Using the keyboard 33, the worker and / or the site manager 2 can enter site information such as the progress of the work of the day by key operation, and the site data F1 showing the entered site information is the date. The data F2 is input to the control unit 34A. Date data F2
Is automatically created by the keyboard 33 when the site data F1 is input by the keyboard 33.

Based on each data input to the control unit 34A as described above, the control unit 34A performs the following processing. From the worker identification code C4 and the time data D1,
The worker corresponding to the worker identification code C4 indicates the time data D
The site entrance data G1 indicating that the worker has entered the work site at the time indicated by 1 is created, and the worker corresponding to the worker identification code C4 from the worker identification code C4 and the time data D1 input the second time on the same day. Field leaving data G2 indicating that the player has left the work site at the time indicated by the time data D1. From the delivery company identification code B3, the delivery item identification data E1, and the date data E2, the delivery company corresponding to the delivery company identification code B3 delivers the delivery item corresponding to the delivery item identification data E1 to the work site on the date indicated by the date data E2. On-site entrance data G3 of the delivered product indicating that the product has been delivered is created. Further, from the site data F1 and the date data F2, the site information data G4 indicating the situation of the work site on the date indicated by the date data F2 is created, and from the completion data E3 and the date data E2, the work included in the completion data E3. Work completion data G5 indicating that the work of the item is completed on the date indicated by the date data E2 is created.

Each of the created data G1 to G5 is sent from the communication section 34B of the information processing device 34 to the prime contractor 10 via the telephone company 4, and is stored in the server 11. The information terminal device 3-11 provided in the temporary distribution board of the work site 3-1 has been described above.
Since the information terminal devices 3-21 and 3-31 respectively provided in the other work sites 3-2 and 3-3 are also configured in the same manner as shown in FIG. 2, the information terminal device 3-21, 3-
A detailed description of 31 will be omitted.

Returning to FIG. 1, the server 11 is connected to the telephone company 4 via the communication cable 41.
And the information terminal devices 3-11, 3-21 and 3-31 installed at the respective work sites 3-1, 3-2 and 3-3 are connected via a communication network.

The server 11 includes the information terminal devices 3-11,
Site admission data G sent from 3-21, 3-31
1 and the worker identification code C4 included in the worker personal information data registered in the server, the attended worker data H1 indicating which worker is at work and the attended worker data The number H2 of the number of visitors to the work site, which indicates how many people are working, is created from the quantity of H1.

Further, the server 11 collates and calculates the worker identification code C4, the site entrance data G1 and the site exit data G2 included in the worker personal information data registered in the server, thereby calculating that day. Calculate the actual work number data H3 that indicates how many workers have worked for one day, and enter the calculated actual work number data H3 in the predetermined column that displays the actual work number in the construction management table data. .

Further, the server 11 compares the cumulative number of the actual artificial number data H3 with the cumulative number of the work scheduled artificial number data A4 included in the process control table data registered in the server 11, and the difference value thereof. The current progress status of each work site is determined by, and the process control table data is updated based on the determination result. In addition, the server 11 uses the site entrance data G of the delivered product.
3 is input and accumulated at a predetermined position in the construction budget document data registered in the server 11, and site information data G4 and work completion data G5 is inputted and accumulated at a predetermined position of the construction management table data. Etc. are processed.

Next, the server 11 is connected to the telephone company 5 via a communication cable 51, and the telephone company 5 and the mobile phone 21 which is a mobile terminal device of the site manager 2 are connected via a communication network. It is configured to be.

The server 11 includes information terminal devices 3-11 and 3
-21, 3-31, field entrance data G3 of the delivered goods, and information terminal devices 3-11, 3-21, 3-3
In addition to supplying the updated process control table data including the site visitor number data H2 and the actual work artificial number data H3 created from the various data received from 1 to the mobile phone 21 of the site administrator 2, the server 11 Mobile phone 21 of administrator 2
Collects data such as process control instruction data I1 regarding process control and settlement instruction data I2 regarding payment of construction costs, work request data I3 for performing a work and delivery request instruction necessary for the next construction item, and delivery request data I4. Is configured to be able to.

In the server 11, payment instruction data H4 is created in response to the payment instruction data I2 received from the mobile phone 21 of the site manager 2, and the work request data I
The work order form data H5 is created based on 3, and the material order form data H6 is created based on the delivery request data I4.

A server 11 provided in the prime contractor company 10.
The process control table data registered in advance will be described.

There are two types of construction process schedules for managing the process. One is a work schedule for each work site. This property-specific process chart shows that temporary work (signboards, temporary enclosures), temporary work (scaffolding), antiseptic / termite treatment work, foundation work, water supply work, ... Up to the confirmation of the owner, a construction item is created for each construction industry in the construction process of a series of detached house construction, and the name of the contractor of the subcontractor performing the construction work and the planned work date, and the planned work date The planned number of workers who will perform the work is displayed. The other is a process management table created for each construction item and each subcontractor. The process control table data obtained by converting the process control table into data is registered in the server 11.

FIG. 3 shows an example of the basic construction process control table among the process control tables for each construction item. Figure 3
Shows the process control chart of the work of the foundation work performed by the cooperating company "A company", which is constructed at the work sites 3-1, 3-2, 3-3 where "A company" works, respectively. It is configured so that the work schedules of the basic works of the properties “A House”, “B House”, and “C House” and the work implementation statuses for the work schedules can be understood.

The process control table has a calendar display format in which the dates in the period are set to 1 on the horizontal axis. In the left column of the process control table, “A House”, which is the property name data A1 under contract by “A company”, is displayed. Furthermore, in this property name data A1, “plan” and “actual work” are displayed. Item is prepared.

In the line of the "plan" item, the work schedule artificial number data A4 of the day is entered and displayed in advance corresponding to each date, and corresponds to each date of the line of the "actual work" item. After the start of construction, the worker actually came to the work on each date, and the ID card was read by the worker card reader at each work site. H2 is input and displayed.

Next, when the server 11 receives the field exit data G2, the actual work artificial number data H3 of the day calculated as described above and the "actual work" item in which the field visitor number data H2 has been input until then. It is input again in place of the data H2 of the number of visitors in the field. Then, by the server 11, until the date when the cumulative number of actual artificial numbers reaches the same value as the cumulative number of planned artificial numbers, the actual artificial number column is displayed in black and is displayed in black. It is displayed that the work up to the scheduled construction date has been completed.

Below the "A House" column, "A
There are columns for "B House" and "C House" that are properties under the contract of "Company". Below the items for all properties, there is an "artificial aggregation" item, and "plan", "actual work", and "-" are prepared as detailed items for "artificial aggregation".

The "plan" item is for displaying in advance the total number of man-hours scheduled to be worked by the workers belonging to "Company A" on each day of the period, and "actual work" is after the start of construction. This is an item for inputting every day the total number of artificial workers belonging to “Company A” who actually went to work and displaying the total number of artificial workers. The item "-" is for comparing the planned artificial number with the actual working number.

Since the process management table is constructed as described above, if the site manager 2 accesses the server 11 using the mobile phone 21 and reads the process management table data in the server 11, the mobile phone 21 is illustrated. The process control table shown in FIG. 3 is displayed on the display unit, and the respective work sites 3-1 and 3-
Directly go to 2, 3-3, work site 3-1, 3
It is possible to know the site visitor number data H2 indicating the number of worker visitors on that day without contacting the workers who are working in 2-3 by using communication equipment such as a telephone. . Further, since the site manager 2 can display the process management table in the server 11 on the mobile phone 21, it is possible to confirm the cumulative number of actual artificial numbers for the work of the construction item shown in the process management table. , It is possible to grasp the progress status of the construction at each work site and manage the process at each work site.

Further, since the process management table is prepared for each subcontractor, when the process in the "A residence" of "A company" changes, for example, the mobile phone 21 of the site manager 2 and the prime contractor company. By referring to the process management table shown in FIG. 3 which is registered in the server 11 using the computer 12 of 10, while considering the processes of other properties under which the “Company A” is undertaking the work. The process of "A House" can be adjusted. In the “plan” item row of the process control table shown in FIG. 3, the column in which the numerical value indicating the artificial number is not displayed indicates the curing date or the adjustment date at the corresponding work site.

The process control chart for company A to perform work in the basic construction has been described above, but the process control charts of other subcontractors are also configured in the same manner in other work items. Detailed explanation of the process control table of the subcontractor is omitted.

Next, referring to FIGS. 4 to 6, a site management program 60 stored in the server 11 for the site manager 2 to manage the work site 3-1 by using the site management system 1. Will be described.

First, before the construction is started, in step S1, an employee who belongs to the prime contractor 10 inputs basic data concerning the construction work of the work site 3-1 by using the interface 12B and inputs it. The obtained basic data is registered in the server 11.

When basic data is registered in the server 11,
The server 11 is in a state in which the site manager 2 can use the site management system 1 to access desired data in the server 11 using the mobile phone 21 and perform site management of the work site 3-1. In addition, when a worker is added or changed in the middle of construction, the subcontractor in which the worker is added or changed notifies the prime contractor 10 to notify the prime contractor 10
In (1), the worker personal information data in the server 11 is corrected by using the computer 12, so that the worker personal information data can be updated.

Next, in step S2, the server 11 confirms, every morning, what the construction item currently being worked at the work site 3-1 is, and grasps the construction item to be worked today. Done.

Next, in step S3, the worker arrives at the work site 3-1 and the ID card passed from the prime contractor 10 is used to read the worker card reading device 3 of the information terminal device 3-11.
When it is read by 1, the site entrance data G1 of the worker who has read the ID card is transferred to the server 1 via the telephone company 4.
Input to 1. In the server 11, the site visitor number data H2 is created based on the received quantity of the site visitor data G1, and the site visitor number data H2 is input to the “actual work” column of the corresponding date in the process control table data.

When the material is delivered to the work site 3-1, the ID card possessed by the person who has delivered the work is read by the worker card reader 31 and the bar code attached to the delivered product. When the bar code displayed on the sticker is read by the bar code reader 32, the site entrance data G3 of the delivered product is collated with the delivered product data B1 and the delivery company name data B2 included in the construction budget data in the server 11. , Is entered in a predetermined place in the construction budget data.

Next, in step S4, when the worker finishes the work of the day and returns from the work site 3-1, his / her own ID
When the worker card reader 31 reads the card,
Field exit data G2 of the worker who read the ID card
Is sent to the server 11. In the server 11, step S
Based on the site entrance data G1 received in step 3 and the site exit data G2 received in the current step, the actual work artificial number data H3 at the work site 3-1 on that day is calculated. The calculated actual work artificial number data H3 is newly input in place of the on-site attendance data H2 in the “actual work” column to which the on-site attendance data H2 was input in step S3, and the process control sheet data is updated. .

As described above, the data H2 of the number of people who enter the site of the workers, the data H3 of the number of actual working man-hours, and the site entrance data G3 of the delivered products are input to the corresponding process control table data or construction budget data in the server 11. Since it is accumulated, the site manager 2 does not go to the work site 3-1 directly,
Only by accessing the required data in the server 11 using the mobile phone 21, the number of workers currently working at the work site 3-1 and the actual number of actual work items up to the present of the work item currently being worked on It is possible to grasp the on-site situation such as the cumulative number of items and whether or not the delivered items have arrived.

Next, in step S5, the server 11 calculates the artificial work number data A in the process control table data.
4 is compared with the actual work artificial number data H3, and a process is performed to determine whether or not the construction work has proceeded as planned due to the difference in the artificial number.

Step S6 is entered, in this case, the server 1
1, the number of the actual work artificial number data H3 is smaller than the number of the work planned artificial number data A4 due to the processing result in step S5, and the progress of the current construction is delayed compared with the pre-registered process control table. If it is determined that the actual work number H3 is equal to the planned work number A4, the work period of the currently managed construction item is extended or each work day after the construction item is calculated. A process of updating the process control table is performed by, for example, increasing the planned work artificial number A4.

It is determined that the quantity of the actual work artificial number data H3 is larger than that of the work scheduled artificial number data A4, and the progress status of the current construction in the server 11 is ahead of the corresponding work item process control table. In this case, the work period of the currently managed construction item is shortened so that the actual work number data H3 becomes equal to the planned work number A4, or the planned work number of each work day after the construction item. A process of updating the process control table by reducing A4 is performed.
In this way, the process control sheet data for each construction item is automatically corrected, and even when the processes of multiple properties under contract by the same subcontractor are changed, the processes of other properties are considered. Since the process can be adjusted, the site manager 2 can manage the process without much trouble, and facilitates the scheduling of the worker's arrangement and delivery of materials for the subsequent work. be able to.

Next, in step S7, the server 11 determines whether or not today's date is the scheduled construction completion date of the construction item currently being worked at the work site 3-1. Today is today's worksite 3-
When the scheduled construction completion date of the construction item being worked on in 1 is not reached, the determination result of step S7 is NO.
Then, the process returns to step S2, and the server 11 is prepared to manage the same construction item again on the next day. If today's date is the planned construction completion date for the construction item that was being worked at work site 3-1 until now,
The determination result of step S7 is YES, and step S8
Proceed to.

In step S8, at the work site 3-1, when the work of the construction item that has been worked up to now is completed, the worker who was working on the construction item receives it when the construction work is requested. When the bar code displayed on the work order form is read by the bar code reader 32, the work completion data G5 indicating that the work of the construction item that has been worked at the work site 3-1 up to now is completed today. The work completion data G5 sent to the server 11 is sent to the server 11.
It is input to a predetermined position of the process control table data in the.

In this embodiment, the bar code reader 3 is used.
Although the work completion data G5 is sent to the server 11 by scanning the bar code at 2, the work completion data G5 may be sent to the server 11 by performing a key operation using the keyboard 33.

Next, in step S9, the site manager 2 accesses the server 11 using the mobile phone 21, and the work of the construction item input in the process control table data registered in the server 11 in step S8. When the completion data G5 is confirmed and the operation for approving the completion of the work is performed on the mobile phone 21, the work completion approval data I5 is displayed on the mobile phone 21.
Sent from the server to the server 11 and stored in the server 11.

Next, in step S10, the site manager 2
However, when the required operation is performed on the mobile phone 21 in order to instruct the subcontractor who has worked on the construction item to pay the construction item for which the work completion is approved in step S9, , Payment instruction data I
2 is sent from the mobile phone 21 to the server 11, and the server 11
Accumulated in. In step S11, the server 11 responds to the received settlement instruction data I2, and connects the server 11 via the in-house network NT to a computer (not shown) provided at the settlement site in the prime contractor 10 for the completed construction item. The payment instruction data H4 for instructing payment is transmitted.

Next, in step S12, the work site 3-
It is determined whether or not all the construction items being worked on in 1 have been completed and all the steps of the construction work of "A House" have been completed. "A
When all the steps relating to the construction work of the "house" have been completed and there are no remaining construction items, the determination result in step S12 is YES, the construction ends, and the site management program 60 regarding the construction work of the "house A" ends. . When the construction work of the "A residence" is not completed and the construction items at the work site 3-1 remain, the determination result of step S12 is NO and the process goes to step S13.

In step S13, the site manager 2 makes a work request to a subcontractor who works on the next construction item.
Mobile phone 21 or computer 1 in the prime contractor 10
When a work request is input by performing a required operation using the interface 12B provided in 2, the work request data I3 of the next construction item is sent to the server 11 and stored in the server 11. In step S14, as in step S13, the site manager 2 delivers the necessary materials to the work site 3-1 when performing the work of the next construction item,
In order to request delivery of the relevant material from the delivery company, the delivery request is made by performing the required operation using the mobile phone 21 or the interface 12B configuring the computer 12 in the prime contractor 10. Request data I
4 is sent to the server 11 and stored in the server 11.

In step S15, the server 11 creates work order data H5 for the work of the next construction item based on the stored work request data I3, and the work order data printed out from the printer (not shown). A worker who belongs to the site manager 2 or the prime contractor 10 can order the work by sending a facsimile to a subcontractor who carries out the work of the next construction item using a facsimile device (not shown). ing. Similarly, the delivery request data I4 accumulated in the server 11
The material purchase order data H6 is created based on the above, and the material purchase order printed out from the printer (not shown) is used by the site manager 2 or the employee who belongs to the prime contractor 10 by using the facsimile device to the delivery company of the corresponding material. It is possible to order the delivery of materials by sending them by facsimile.

The work order data H5 may be transmitted from the server 11 via the Internet (not shown) to a computer provided in a subcontractor who works on the next construction item to place a work order. Good. Similarly, the material purchase order data H6 is also transmitted from the server 11 via the Internet (not shown) to a computer provided in a company that delivers the materials used in the work of the next construction item to request the delivery of the materials. You may do it.

When step S15 ends, step S15
Returning to step 2, the server 11 is configured to manage the next construction item at the work site 3-1.

Although the case where the work site 3-1 is managed by using the site management system 1 has been described above, the same applies to the other work sites 3-2 and 3-3, and these work sites are simultaneously operated. Since the same applies to management, detailed description is omitted here.

Since the on-site management system 1 is configured as described above, the information terminal devices 3-11, 3-21, 3- having communication facilities at the respective work sites 3-1, 3-2, 3-3.
31 is provided, and the information terminal devices 3-11, 3-21, 3-3
1, the site entrance data G1, the site exit data G2, the site entrance data G3 of the delivered product, etc. regarding each work site 3-1, 3-2, 3-3 are transmitted to the server 11 of the prime contractor 10, and the server 11 Then, the received site entrance data G1,
Data H2 on the number of visitors to the field based on the field exit data G2,
Incorporating the actual artificial number data H3 into the process control table data,
Update the process control table data, and the field entrance data G of the delivered product
3 is incorporated at a predetermined position in the construction budget data. Therefore, the site manager 2 simply accesses the server 11 of the prime contractor 10 by using the mobile phone 21 and refers to the required data, and the work sites 3-1 and 3 which he is in charge of.
Data H2 on the number of site visitors of workers concerning 2, 3 and 3,
Since it is possible to confirm the actual work man-hour data H3, the site entrance data G3 of the delivered goods, etc., the site manager 2 can grasp the site situation in detail from anytime and anywhere without directly visiting each work site and patrolling. It is possible to perform sufficient site management. Further, since the site manager 2 can confirm the progress status of each work site in real time, it is possible to easily deal with the process or artificial change of each work site.

Further, since the site manager 2 can use the mobile phone 21 to give a work request instruction or a delivery request instruction necessary for the next construction item according to the progress status of the construction, the timing can be saved without trouble. Workers and materials can be arranged without missing them, and delays in the construction period can be prevented.

Furthermore, since the total number of workers of each subcontractor who has come to work at each work site is accumulated in the server 11, the number of workers who have worked in the work to be paid is easily grasped for each subcontractor. Since it is possible to do so, it is possible to reduce costs, and it is possible to reduce the work load related to payment of the site manager 2 and / or the employees who belong to the settlement location of the prime contractor 10. Further, since the site manager 2 can proceed with the payment work by using the server 11 by operating the mobile phone 21, the site manager 2 can perform the bill processing work by the site manager 2 on a regular paper basis such as the end of the month. It can be omitted, and the work related to the construction work can be reduced.

[0071]

According to the present invention, as described above, an information terminal device having a communication facility is provided at each work site managed by a site manager, and the site entry / exit information of the worker at each work site is provided from the information terminal device. , The actual site artificial information based on the on-site entry information of the deliverables and the on-site entry / exit information of workers is stored in the corresponding data in the server of the contractor, and the on-site manager uses the mobile terminal device to send the original data. By making it possible to confirm the number of workers entering the site, the situation of materials entering the site, the total number of actual working manpower, etc., only by accessing the desired data in the server of the contractor. The site manager can grasp the construction progress status of each work site without directly visiting the plurality of work sites managed by him / her, and can manage the process of each work site.

Further, since the site manager can use the portable terminal device to give the work request instruction and the delivery request instruction necessary for the next construction item according to the progress status of the construction, the timing can be set without any trouble. Workers and materials can be arranged without missing, and on-site work is not delayed, so delays in the construction period can be prevented. In addition, the total number of workers who actually came to work from the subcontractor at each work site is stored in the server for each subcontractor, so when the prime contractor pays the subcontractor for the construction cost It is possible to easily grasp the artificial number of workers who worked in the target construction for each subcontractor, so it does not take time to calculate the cost, and the site manager and / or the employee who belongs to the settlement site of the prime contractor Can reduce the work load.

[Brief description of drawings]

FIG. 1 is a system configuration diagram showing an example of an embodiment of a site management system according to the present invention.

FIG. 2 is a system configuration diagram of the information terminal device shown in FIG.

FIG. 3 is an explanatory diagram for explaining a process control table for foundation work as an example of a process control table for each work item.

FIG. 4 is a partial flowchart for explaining a site management program for managing a work site using the site management system of the present invention.

FIG. 5 is a partial flowchart for explaining a site management program for managing a work site using the site management system of the present invention.

FIG. 6 is a partial flowchart for explaining a site management program for managing a work site using the site management system of the present invention.

[Explanation of symbols]

1 Site management system 2 Site manager 3-1, 3-2, 3-3 Work site 3-11, 3-21, 3-31 Information terminal device 31 Worker card reader 32 barcode reader 33 keyboard 34 Information processing equipment 4,5 telephone company 10 prime contractor 11 servers 12 computers 21 mobile phone 60 On-site management program

Claims (7)

[Claims] 1. A site management system for performing various kinds of management at each of a plurality of work sites for construction of a detached house under the control of a site manager, which is supplied on a server function and a communication network. A computer system having a function of retrieving, collecting and displaying the information to be read, and including a worker card information reading device at each of the plurality of work sites, and reading the information read by the worker card information reading device. An information terminal device for sending to a computer system is provided, and the computer system has process management data necessary for managing each process of the plurality of work sites and personal information data of workers who work at the plurality of work sites. Is stored in advance, and in the computer system, the worker's information sent from the information terminal device is stored. In order to confirm or confirm the progress status of the process at the work site, the actual work data of the corresponding work site is created from the data related to exit and the corresponding process control data is updated based on the work data. A site management system, characterized in that it is possible to access the computer system via the communication network to obtain the working data and the updated process management data. 2. Identification data for identifying a worker, which is stored in a worker card owned by each of the workers, is read by the worker card information reading device,
Data relating to the entry and exit of workers from the information terminal device to the work site is sent to the computer system via the communication network, and the attendance of workers at each of the plurality of work sites in the computer system is unified. The on-site management system according to claim 1, which can be managed. 3. The mobile terminal device having a function of searching, collecting, and displaying information supplied via the communication network, the required data being stored in the computer system by the mobile terminal device. The site management system according to claim 1 or 2, which is capable of being downloaded. 4. The process management data corresponding to the work site is updated based on the process management data corresponding to the work site and the actual work data stored in the computer system using the mobile terminal device. The on-site management system according to claim 1, 2 or 3, which can be performed. 5. The information terminal device further includes a material information reading device, and the identification data for identifying the material attached to the material information flag attached to the material delivered to the work site is described above. It can be read by a material information reading device and sent to the computer system via the communication network as data on the delivery status to the work site, and the computer system can accumulate data on the material delivery at the work site and manage it centrally. The site management system according to claim 1, 2, 3, or 4. 6. The portable terminal device can send data to the computer system for instructing arrangements of workers and delivery of materials at the work site, and the computer system stores the contents of the instructions. Claims 1, 2, 3, 4 or 5 for accumulating
Site management system described. 7. The portable terminal device can send data to the computer system for a payment instruction for a completed work item or a delivered material at the work site, and the computer system stores the payment instruction data. The site management system according to claim 1, 2, 3, 4, 5, or 6, wherein contents are accumulated.