KR20090114241A - Resource supply performance analysis system - Google Patents

Abstract

The present invention can reduce the material cost in the construction site by minimizing the amount of material in the construction site and the movement of unnecessary materials by adjusting the amount of material received through the logistics management of resources using the lead time, timely procurement rate and the inventory of the material Resource performance analysis system.

Description

System for Analyzing a Resource Supplying Performance}

The present invention relates to a performance analysis system for resource supply performance, and in particular, by adjusting the amount of material received through the logistics management of resources using the material's lead time, timely procurement rate, and the amount of stock of the material, the amount of material in the construction site and the movement of unnecessary materials. The present invention relates to a performance analysis system for resource supply that can minimize material costs in construction sites by minimizing the cost.

Many kinds of construction materials are used in the construction work for building buildings such as apartments and buildings.

Such construction materials are generally ordered according to a process plan, received in the construction site, and then stacked and used in the construction site.

However, if too many construction materials are piled up in the construction site, it is not only expensive to damage the construction materials due to weather changes, but also there is a problem that it is not desired to move the construction materials in the construction site due to the possession of unnecessary construction materials. .

Accordingly, the present invention is to solve the above-mentioned problems, in particular, by adjusting the amount of material received through the logistics management of the resource using the lead time, timely procurement rate and the stock of the material of the material to control the amount of material in the construction site and unnecessary materials It is an object of the present invention to provide a performance analysis system for resource supply performance that minimizes movement and reduces material costs in construction sites.

Resource supply performance performance analysis system according to an embodiment of the present invention is the basic construction information for the construction project, the supplier information to perform the construction work, the work list information to be performed at the construction site, the detailed work information according to the work list information and A resource supply performance analysis server configured to store logistics management information of resources required for each job; The goods receipt status input window for inputting the goods receipt status of the material from the resource supply performance analysis server and the material installation quantity input window for inputting the installation quantity of the material are received, and the goods receipt status of the material and the installation quantity of the material are received. Logistics manager terminal for transmitting to the resource supply performance analysis server; And transmitting the basic construction information, supplier information, work list information, and detailed work information to the resource supply performance analysis server, and receiving logistics management information of the resource from the resource supply performance analysis server. It characterized in that it comprises a system administrator terminal for changing the scheduled date and the order of the material.

In the resource supply performance analysis system according to an embodiment of the present invention, the basic construction information includes a construction project name, construction type, ordering company, construction period, construction scale, land area, total floor area, landscaping area, building area, parking lot area, and total number of households. , Coverage ratio, floor area ratio, bird's eye view, layout, and the supplier information includes the name of the supplier, the process in charge of the supplier, the person responsible for each process, the business type and type of the supplier, the telephone number and fax number of the supplier. Includes company address and email information.

In the resource supply performance analysis system according to an embodiment of the present invention, the task list information includes a monthly task list, a weekly task list, and a daily task list, and the detailed task information includes the monthly task list, weekly task list, and daily task. The location of the work to be performed according to the list, the tools and equipment necessary for each work, and the logistics management information of the material includes the name of the material to be used for each work, the material location, the material number, the quantity of the material installed, the date of receipt of the material, Includes receipt date of material, category of material characteristics, inventory status of material, compliance of material receipt, material order quantity, material order date, lead time, timely procurement rate, material stock quantity and proper order quantity.

In the resource supply performance analysis system according to an embodiment of the present invention, the resource supply performance analysis server is transmitted from the system manager terminal, the material list, material quantity, material receipt scheduled date and material installation scheduled date, and the logistics manager terminal. Use the material receipt date and the quantity of material installed to calculate the lead time, timely procurement rate and stock of the material.

In the resource supply performance analysis system according to an embodiment of the present invention, the resource supply performance analysis server uses the receipt date of the material, the installation date of the material, the stock of the material, the lead time, the timely procurement rate, and whether the material is ordered. By calculating the appropriate order amount by the order date, installation date, material of the corresponding material to provide to the system administrator terminal.

In the resource supply performance analysis system according to an embodiment of the present invention, the resource supply performance analysis server may include a list of materials transmitted from the system administrator terminal, information on ordering materials, information on expected goods receipt date, and materials transmitted from the logistics manager terminal. Through the goods receipt information, the logistics management status information of the material consisting of design, ordering, factory, transportation and goods receipt is transmitted to the system manager terminal.

In the resource supply performance analysis system according to an embodiment of the present invention, the resource logistics management information includes material logistics management information consisting of ETO, MTO, ATO and MTS.

The present invention adjusts the amount of material received through the logistics management of resources using the lead time, timely procurement rate of the material and the amount of inventory of the material, thereby minimizing the amount of material holding in the construction site and the movement of unnecessary materials, thereby reducing the cost of materials in the construction site. Can be reduced.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a diagram illustrating a system for performing resource supply performance analysis according to an exemplary embodiment of the present invention.

Referring to FIG. 1, a resource supply performance analysis system according to an exemplary embodiment of the present invention includes a resource supply performance analysis server 2, a system manager terminal 4, and a logistics manager terminal 6.

The resource supply performance analysis server (2) includes construction basic information on construction projects, supplier information for construction projects, work list information to be performed at the construction site, detailed work information according to the work list information, and logistics of resources required for each work. Management information is stored.

Here, the basic construction information includes general project information such as construction name, construction type, ordering company, construction period of construction project, site information such as construction scale, land area, total floor area, landscaping area, building area, parking lot area, total number of houses, occupancy rate and floor area ratio. It includes building information such as building information, bird's-eye view, and layout information.The supplier information includes the name of the supplier, the process in charge of the supplier, the person in charge of each process, the type and type of the supplier, the phone number of the supplier. Includes fax number, company address and email information.

In addition, the task list information includes a monthly task list, a weekly task list, and a daily task list, and the detailed task information includes the location of work to be performed according to the monthly task list, the weekly task list, and the daily task list (e.g., floor, household), It contains information such as tools and equipment necessary for each operation, and the logistics management information of the resource includes material name, material location, material number, quantity of materials required, quantity of materials installed, expected date of receipt of materials, receipt date of materials, materials Information by category, material availability, material receipt compliance, material order volume, material order date, lead time, on time delivery, stock size and proper order quantity It includes.

Here, the lead time is a value representing the time taken from the order of the material to the installation of the material, and the timely procurement rate is a value indicating how many materials are received within the scheduled receipt date of the material.

The resource supply performance analysis server 2 provides an input window for inputting a construction project name to the system manager terminal 4 through a wired / wireless network communication network and inputs basic construction information for a construction project. Basic information input window for construction, work list input window for inputting a list of work to be performed in the construction project, detailed operation input window for inputting detailed work according to the work list, input material list for each job Provides a material list entry window.

Accordingly, the system manager terminal 4 inputs the construction project name, construction basic information, work list, detailed work and material list in the input window transmitted from the resource supply performance analysis server 2, and analyzes the resource supply performance. The server 2 stores construction basic information according to the construction project name transmitted from the system manager terminal 4.

At this time, the resource supply performance analysis server 2 separately stores the basic construction information for each construction project.

In addition, the resource supply performance analysis server 2 stores a work list according to basic construction information in a tree structure, stores detailed work in a tree structure according to the work list, and details the material list to be used in the detailed work. Store your work in a tree structure.

Here, the material list includes a material name to be used in each operation, material number, specification, quantity, the date of receipt of the material, the date of installation of the material, ordering information, the name of the supplier to proceed with the construction as shown in FIG.

When the system manager terminal 4 selects a material from the material list, the resource supply performance analysis server 2 transmits logistics management information about the material selected by the system manager terminal 4 to the system manager terminal 4.

At this time, the logistics management information is as shown in Figure 3 to 6, Engine-to-Order (ETO), Make-to-Order (MTO), Assemble-to-Order (ATO) and Make-to-Stock Four categories).

Accordingly, the system manager terminal 4 sets the logistics management information according to the four material logistics management information transmitted from the resource supply performance analysis server 2, and then sets the logistics management information to the resource supply performance performance analysis server 2. To be sent).

In addition, the resource supply performance analysis server 2 transmits the material receipt registration window as shown in FIG. 7 to the logistics manager terminal 6 via a wired / wireless network communication network.

Accordingly, the logistics manager terminal 6 inputs the date of receipt of the material, the specification of the received material, the material number, the name of the material, and the quantity of goods received, and the input material receipt information is analyzed for resource supply performance through wired / wireless network communication network. Is sent to the server 2.

At this time, the supply performance analysis server 2 classifies and stores the material receipt history transmitted from the logistics manager terminal 6 by date, and informs the system manager terminal 4 that the material has been received.

Accordingly, the construction project facilitator proceeding with the construction project can confirm the material receipt information transmitted from the resource supply performance performance analysis server 2 through the system manager terminal 4 as shown in FIGS. 8 and 9 by date. Will be.

In addition, the construction project manager who proceeds the construction project can check the material inventory amount information transmitted from the resource supply performance performance analysis server 2 through the system manager terminal 4 by date.

At this time, the inventory information as shown in FIG. 10 may be changed according to the quantity of installation of materials transmitted through the logistics manager terminal 6.

In other words, the resource supply performance analysis server 2 transmits the inventory amount confirmation window as shown in FIG. 10 to the logistics manager terminal 6, and the logistics manager terminal 6 performs material installation information according to the installation of materials in the current work. Is transmitted to the resource supply performance analysis server (2).

Accordingly, when the material is installed, the stock amount of the material shown in the stock amount information shown in FIG. 10 is reduced.

Then, the resource supply performance analysis server 2 transmits the installation quantity and the proper order amount of the material by the order date of the material, by the installation date of the material, and by the material, as shown in FIGS. 11 to 13, to the system manager terminal 4. to provide.

At this time, the appropriate order amount is set through the receipt date of the material required for the work to be performed in the weekly work list and the daily work list, the installation date of the material, the inventory amount of the material, the lead time, timely procurement rate and the order of the material.

In addition, the resource supply performance analysis server 2 is connected to the list of materials sent from the system manager terminal 4, material ordering information and material receipt due date information and the goods receipt information of the material transmitted from the logistics manager terminal 6 is shown in FIG. And the logistics management status (design, ordering, factory, transport, goods receipt, etc.) of the material as shown in FIG. 15 to the system manager terminal 4.

Then, the resource supply performance analysis server 2 supplies the material list, material ordering information, and material receipt date information transmitted from the system manager terminal 4, and the material receipt information and material installation information transmitted from the logistics manager terminal 6; 16 through 19, the lead time, timely procurement rate, and material stock amount are calculated and transmitted to the system manager terminal (4).

Accordingly, the construction project facilitator conducting the construction project changes the order or material receipt date of the materials used in each work through the lead time, timely procurement rate, and the material stock quantity transmitted through the system manager terminal (4). Material holdings on site can be minimized.

The system manager terminal 4 includes the basic construction information for the construction project, the supplier information for the construction project, the work list information to be performed at the construction site, the detailed work information according to the work list information, and the material name and material location required for each detailed work. And the expected receipt date of the material to the resource supply performance analysis server 2.

In this case, the expected date of receipt of the material means a date at which the material should be received before the work scheduled by the monthly job list, weekly job list, and daily job list is performed.

The system manager terminal 4 receives the lead time, timely procurement rate, material stock amount and the appropriate order amount of the material from the resource supply performance analysis server 2 to change the receipt date of the material or the order of the material.

The logistics manager terminal 6 receives the material receipt status input window for inputting the goods receipt status of the material from the resource supply performance analysis server 2 and the material installation quantity input window for inputting the quantity of installation of the material. The goods receipt status and the number of materials installed are transmitted to the resource supply performance analysis server 2.

The resource supply performance analysis system according to an exemplary embodiment of the present invention uses a work list, a material list and a scheduled date of use of materials transmitted from the system manager terminal 4, and a quantity of material installation input through the logistics manager terminal 6. The logistics of resources can be controlled to reduce the cost of materials in the construction site by minimizing the amount of material holding and unnecessary movement of materials in the construction site by adjusting the amount of material received.

1 is a diagram illustrating a system for performing resource supply performance analysis according to an exemplary embodiment of the present invention.

FIG. 2 is a diagram illustrating a material list management window provided by a resource supply performance analysis server illustrated in FIG. 1.

3 to 6 are diagrams illustrating a material logistics management window provided by the resource supply performance analysis server illustrated in FIG. 1.

FIG. 7 is a diagram illustrating a material receipt registration window provided by the resource supply performance analysis server illustrated in FIG. 1.

8 and 9 are diagrams showing a material receiving amount confirmation window provided by the resource supply performance analysis server shown in FIG.

FIG. 10 is a diagram illustrating a material inventory amount confirmation window provided by the resource supply performance analysis server illustrated in FIG. 1.

11 to 13 are diagrams illustrating a material order management window provided by the resource supply performance analysis server illustrated in FIG. 1.

14 and 15 are diagrams illustrating a material state confirmation window provided by the resource supply performance analysis server illustrated in FIG. 1.

16 to 19 are diagrams illustrating a resource logistic status analysis window provided by the resource supply performance analysis server illustrated in FIG. 1.

Claims (7)

Performs the supply of resources in which basic construction information for construction projects, supplier information for carrying out the construction work, work list information to be performed at the construction site, detailed work information according to the work list information, and logistics management information of resources required for each work are stored. Performance analysis server; The goods receipt status input window for inputting the goods receipt status of the material from the resource supply performance analysis server and the material installation quantity input window for inputting the installation quantity of the material are received, and the goods receipt status of the material and the installation quantity of the material are received. Logistics manager terminal for transmitting to the resource supply performance analysis server; And The basic construction information, supplier information, work list information, and detailed work information are transmitted to the resource supply performance analysis server, and the logistics management information of the resource is provided from the resource supply performance analysis server to receive the materials. And a system manager terminal for changing the order of materials. The method of claim 1, The basic construction information includes the construction name, construction type, client, construction period, construction scale, land area, total floor area, landscaping area, building area, parking lot area, total number of houses, building occupancy rate, floor area ratio, bird's-eye view, layout of building project. The company information includes the name of the supplier, the process in charge of the supplier, the person in charge of each process, the business type and type of the supplier, the telephone number, fax number, company address and e-mail information of the supplier. Resource provision performance analysis system. The method of claim 2, The task list information includes a monthly task list, a weekly task list, and a daily task list, and the detailed task information includes a position of a task to be performed according to the monthly task list, a weekly task list, and a daily task list, a tool required for each task. And equipment, wherein the logistics management information of the material includes the name of the material to be used for each job, material location, material number, quantity of material installed, expected date of receipt of material, date of receipt of material, category by material characteristic, and stock of material. A resource supply performance analysis system comprising the status, material receipt compliance, material order quantity, material order date, lead time, timely procurement rate, material stock quantity and proper order quantity. The method of claim 1, The resource supply performance analysis server may use the material list, material quantity, expected date of receipt of material, and expected date of material installation from the system administrator terminal, and the lead time of the material using the date of receipt of material and the quantity of installation of material transmitted from the logistics manager terminal. Resource delivery performance analysis system, which calculates timely procurement rate and stock quantity of materials. The method of claim 1, The resource supply performance analysis server is appropriate by order date, installation date, and material of the corresponding material by using the date of receipt of the material, the date of installation of the material, the stock of the material, the lead time, the timely procurement rate, and the order of the material. A resource supply performance analysis system, characterized in that the order quantity is calculated and provided to the system administrator terminal. The method of claim 1, The resource supply performance analysis server is designed, ordered, factory, transported and received through the material list, material ordering information and material receipt date information transmitted from the system manager terminal and the goods receipt information of the material transmitted from the logistics manager terminal. Resource supply performance performance analysis system, characterized in that for transmitting the logistics management status information of the configured material to the system administrator terminal. The method of claim 1, The resource logistics management information resource supply performance performance analysis system, characterized in that it comprises material logistics management information consisting of ETO, MTO, ATO and MTS.

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