KR102197294B1 - Real-time construction payment integrated management system for simplify construction regulations - Google Patents

Abstract

According to the present invention, provided is a real-time construction cost payment integrated management system for simplifying construction regulations which comprises: a laborer server requesting payment of a labor cost of a laborer to a construction company server; an article server requesting payment of an article cost of an article including materials and equipment from the construction company server; a construction company server including a payment grasp module identifying time and amounts of the payment of the labor cost and article cost in accordance with the payment request from the laborer server and the article server, an approval request module requesting authentication of the labor cost and the article cost requested to be paid to a client server, and a payment processing module paying the labor cost and the article cost in accordance with payment time when the client server is authenticated; and a client server processing the authentication of the labor cost and the article cost requested to be authenticated from the construction company server.

Description

Real-time construction payment payment integrated management system to simplify construction regulations {REAL-TIME CONSTRUCTION PAYMENT INTEGRATED MANAGEMENT SYSTEM FOR SIMPLIFY CONSTRUCTION REGULATIONS}

The present invention relates to an integrated management system for real-time construction payment payments to simplify construction regulations, and more specifically, an existing payment system by integrating and simplifying the existing hierarchical subcontracting and payment system into a direct payment system through a construction company. It relates to an integrated management system for payment of construction works that can block illegal use of construction costs, advance payments, and rebates that occurred in

The construction industry is an industry that constructs sites and installs facilities such as buildings and industrial facilities. The construction industry is a huge industry in which funds accounting for about 10% of GDP, annual sales of 350 trillion won, and nearly 1.5 million workers are invested. . Although such an industry in which enormous funds and manpower are invested, the construction industry, which is a representative subcontracting industry, is under the stigma of being a hotbed of injustice.

At this time, the problem caused by the original subcontracting structure of the construction industry is that subcontracting is made by ignoring the Framework Act on the Construction Industry, which prohibits subcontracting at least 2 levels from construction companies to field workers, and this is caused by the layered payment system. Examples of problems that arise,

First, the problem of not being able to view the overall construction economy by grasping the status of equipment and capital inputs by various construction projects due to the statistical data that is divided by various ordering organizations (public institutions, implementation companies, etc.).

Second, because various intermediate measures (subcontractors, etc.) intervene, non-payment, overdue payments, delays, etc. of equipment rentals and labor costs are caused, causing bankruptcy of construction work and damage to local companies and laborers.

Third, since the payment of the price goes through several stages, it is impossible to grasp the illegal use or omission of the construction cost in real time.

Fourth, there is a problem that the construction company cannot prepare for the issue of overdue wages due to the payment of money from the construction company to the laborer, and it takes a long time (40 to 60 days) for the construction company to confirm the payment.

In other words, the reason for the problem arising in the payment process that is widespread in the construction industry is that the payment system is stratified and the payment process becomes complicated and opaque due to intermediary measures.

Referring to the prior art related to the payment of such a construction work, Korean Patent Application Publication No. 10-2009-0051354 (name of invention: construction management system and method for providing the service) is disclosed.

The prior art includes a main computer system that manages construction costs and profits, and outputs various reports using data stored in a database server; A web server for sharing web service and construction information for management of details of construction and execution cost in connection with the main computer system; A wired/wireless communication terminal for inputting the construction progress status of the site, requesting construction cost payment, and checking the on-site expenditure; It proposes a construction management system comprising a database server in which construction information and market information classified by construction stage are converted into a database.

According to the above prior art, a system that manages the cost of construction work and the income generated, and checks the construction cost payment request and on-site expenditure including wages is presented, but there is a problem in that the payment is not able to solve the stratified problem.

Therefore, there is a need to develop a new and advanced construction payment integrated management system that can solve the problems of the existing stratified payment system by managing the payment system in an integrated manner.

The present invention was devised to overcome the problems of the above technology, and by paying the labor cost and the product price from the construction company to subcontractors without going through interim measures, the construction company integrated the payment system, thereby simplifying the payment system and causing corruption. Its main purpose is to provide a system to prevent this.

Another object of the present invention is to provide a characteristic of transparently executing the payment by transmitting the construction budget, the current holdings of the construction company, the labor price and the product price paid to the client and subcontractor.

Another object of the present invention is to include a function to authenticate the labor cost and product price transmitted to the client and subcontractor by each client and subcontractor, authenticate once more by the construction company, and then make payment.

An additional object of the present invention is to provide a function of reporting the non-payment of the labor price and the product price, and giving priority to the labor price and distributing the product price from the current holdings.

In order to achieve the above object, a real-time construction cost payment integrated management system for simplifying construction regulations according to the present invention comprises: a laborer server for requesting payment of the laborer's labor cost to a construction company server; An article server for requesting payment of an article price for articles including materials and equipment from a construction company server; A payment grasp module that identifies the timing and amount of payment of the labor price and product price according to the payment request from the laborer server and the product server, and an approval request module that requests authentication of the requested labor price and product price to the client server; , A construction company server including a payment processing module that pays the labor price and the product price according to the payment time when the client server is authenticated; It characterized in that it comprises a; a client server for authenticating the labor price and the product price requested for authentication from the construction company server.

In addition, the construction company server includes a cost management module that manages the budget and the current holdings of the construction work, and the client server is the current holding money and payment processed at a certain period in a state in which the budget is reported from the construction company server. It characterized in that it comprises a; cost monitoring module for receiving the information of the labor cost and the product price to generate and store the cost processing information.

In addition, the approval request module includes an additional authentication request unit for requesting authentication to any one of the laborer server and the goods server that has requested to pay any one of the labor price and the product price, and the payment processing module includes the laborer server And a function of paying any one of the labor price and the product price according to the payment timing upon authentication of any one of the product servers and the client server.

According to the construction cost payment integrated management system according to the present invention,

1) The construction company directly pays the labor cost and product price requested for payment from the labor server and product server without going through interim measures, and it can be simplified by integrating the existing stratified subcontracting and payment system into the direct payment system through the construction company. ,

2) The total budget of the construction work, the current holdings of the construction company, and the labor cost and product price paid are transmitted to the client server to monitor the fund flow of the construction work.

3) In addition to the certification of the payment of the labor cost and the product price on the client server, the laborer server, and the product server, it is possible to prevent errors and omissions by paying the labor price and the product price by final authentication at the construction company server.

4) In the event of non-payment of labor costs and goods costs, the construction company pays the unpaid labor costs from the available reserves first, and the unpaid goods costs are paid in installments by calculating a readjustment index.

1 is a conceptual diagram showing a server configuration of the system of the present invention.
2 is a block diagram showing a detailed configuration of the system of the present invention.
3 is an exemplary diagram showing a structure in which the client server of the present invention is hierarchically classified.
Figure 4 is a conceptual diagram showing an example of the authentication screen of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are not drawn to scale, and the same reference numerals in each drawing refer to the same elements.

1 is a conceptual diagram showing a configuration of a server included in the system of the present invention, and FIG. 2 is a block diagram showing a detailed configuration of the system of the present invention.

As shown in FIG. 1, the system 1 of the present invention includes a main server, a laborer server 100, an article server 200, a construction company server 300, and a client server 400 as a basic configuration.

The system (1) of the present invention is to solve the problem of the existing hierarchical payment system, and the cost incurred according to the human resources and material resources input to the construction work, that is, information about the price, is sent to the construction company server 300. The main feature is that the payment system is simplified by providing integrated management and payment.

In other words, the system 1 of the present invention receives information on various payments from the laborer server 100 and the product server 200 via the construction company server 300, analyzes it, and processes it after approval of payment processing. It performs the function of integrated management of a series of payment processing to solve the problems of the payment system of

At this time, integrated management refers to providing a function of managing a series of processes of receiving requests for payment of payments incurred in labor and goods, grasping them, and approving payments.

First, the construction company server 300, the laborer server 100, the product server 200, and the client server 400 are a central processing unit based on hardware including a central processing unit (CPU) and storage means such as memory and hard disk. A program that can be executed in the software, that is, software is installed to execute this software, and a series of specific configurations of such software will be described later as structural units called'module','part', and'interface'.

At this time, each server temporarily and/or permanently stores a signal (or data) processed within the RAM (RAM: Random Access Memory, not shown) and ROM (ROM: Read-Only Memory, not shown), It may include a processor.

The processor may include one or more cores (not shown), a graphic processing unit (not shown), and/or a connection path (eg, a bus) for transmitting and receiving signals with other components.

The memory may store programs (one or more instructions) for execution and control of modules or units to be described later. Programs stored in the memory may be divided into a plurality of modules according to functions.

The steps of a method or algorithm described in connection with an embodiment of the present invention may be implemented directly in hardware, implemented as a software module executed by hardware, or a combination thereof. Software modules include Random Access Memory (RAM), Read Only Memory (ROM), Erasable Programmable ROM (EPROM), Electrically Erasable Programmable ROM (EEPROM), Flash Memory, hard disk, removable disk, CD-ROM, or It may reside on any type of computer-readable recording medium well known in the art to which the present invention pertains.

That is, the components of the present invention may be implemented as a program (or application) and stored in a medium to be executed by being combined with a computer that is hardware. Components of the present invention may be implemented as software programming or software elements, and similarly, embodiments include various algorithms implemented with a combination of data structures, processes, routines or other programming elements, including C, C++ , Java, assembler, etc. may be implemented in a programming or scripting language. Functional aspects can be implemented with an algorithm running on one or more processors.

The configuration of such a'module' or'part' or'interface' refers to a configuration of hardware such as FPGA or ASIC or software that is executed through CPU and memory while installed and stored in the storage means of the main server 10 do. In this case, the configurations of'module','unit', and'interface' are not limited to hardware, and may be configured to be in an addressable storage medium or configured to reproduce one or more processors. As an example,'module' or'sub' or'interface' refers to components such as software components, object-oriented software components, class components and task components, processes, functions, and properties. , Procedures, subroutines, segments of program code, drivers, firmware, microcode, circuits, data, databases, data structures, tables, arrays and variables.

The functions provided by the'module' or'sub' or'interface' may be combined into a smaller number of components and'sub' or'module', or additional components and'sub' or'module' Can be separated.

Hereinafter, a detailed configuration and function thereof will be described based on such a macroscopic configuration.

The laborer server 100 is provided with a construction company or a subcontractor that manages laborers, and a function of identifying the counter benefit for labor provision, that is, the labor cost, and requesting payment to the construction company server 300 to be described later. Perform.

At this time, the labor regulations are a reasonable standard for paying the labor cost to the laborer, and the labor regulations may be the payment for each work of the laborer, the time of payment, the four major insurance premiums, and whether or not a regular/non-regular worker is employed. It can include information about the price (payment date and amount, etc.).

The laborer server 100 provides information on labor costs generated according to the labor regulations described above through known accounting management software such as word programs and chart programs provided in each of the construction companies and subcontractors managing laborers, that is, payment timing and amount. It is possible to implement the grasping function by classifying and storing processing into detailed items, etc.

The labor cost determined as described above may be, for example,'Name of laborer: Gil-dong Hong/ Type of employment: Non-regular worker/ Payment period: Every Friday/ Daily: 130,000 won/ Number of working days: 4 days'.

In addition, the laborer server 100 requests the payment of the labor cost by transmitting the labor cost determined as described above to the construction company server 300.

It goes without saying that the request for the payment of the labor price may be requested in advance, for example, 3 to 5 business days before the payment time, so that the construction company server 300 may have a time margin until the payment of the labor price.

These laborer servers 100 may be provided for each construction company or subcontractor and exist in plural, or one laborer server (preferably managed by the construction company) may be interlocked to manage laborers of a plurality of subcontractors. .

According to such a laborer server 100, by requesting payment of the labor cost directly to the construction company server 300 without going through an intermediary measure, the existing labor payment system in which the construction company and subcontractor managing the laborer pay the labor cost is the construction company server. By integrating into a simplified payment system through (300), excessive fees and non-payment, which are problems of the existing payment system, can be prevented in advance.

The article server 200 is provided by a construction company or a subcontractor holding the article and provides a role of requesting the construction company server 300 to pay the cost for the article required for construction work, that is, the price of the article.

In the present invention, the product can be classified into materials and equipment, and the material means a material required for construction work, and may be interior materials, steel frames, wiring, etc. of a building, and the equipment includes machinery and equipment necessary for construction work. This means that the mechanical device may be a fork lane or a ladder truck, and the equipment may be a shovel or a hammer.

The cost of goods is an expense incurred by purchasing and leasing goods from a construction company or subcontractor who owns the goods, and the labor duties described above according to the form of the construction company or subcontractor's inventory, that is, the amount of goods, payment time, quantity, and rental period. Like the price, it can be classified and stored through known accounting management software.

The product price classified and stored in the product server 200 is, for example,'goods: rebar/transaction type: purchase/price: 200,000 won/piece/number: 450, payment date: Friday of the purchased week' or'goods: forklift / Transaction type: Rental/ Price: 500,000 won per day/ Rental days: 4 days per week/ Payment date: The end of the month, such as the item price (item cost), as well as the object of the item, payment time, and number of items. I can.

Like the laborer server 100 described above, the product server 200 requests payment of the product price in a manner that transmits the product price to the construction company server 300.

Like the laborer server 100, the product server 200 is provided for each construction company or subcontractor and exists in plural, or a single product server (preferably managed by the construction company) manages the products of a plurality of subcontractors. It is possible to be configured to be interlocked.

According to the product server 200, by requesting payment of the product price directly to the construction company server 300 without going through an intermediary measure, it is simplified and reasonable by preventing rebates, etc. that occurred when the product was purchased and rented through the existing subcontracting method. You can pay for the goods.

The construction company server 300 is a server provided by a construction company that is a construction entity of a construction project, and plays a role of integrally managing and paying the labor price and the product price requested for payment from the labor server 100 and the product server 200.

Specifically, the construction company server 300 includes a payment grasp module 310, an approval request module 320, and a payment processing module 330.

The payment grasp module 310 provides a function of grasping the labor price and the product price received from the laborer server 100 and the product server 200.

Specifically, the payment grasp module 310 provides the payment timing, amount, and target of payment for the labor and goods received from the laborer server 100 and the goods server 200 via known accounting management software provided in the construction company. By providing the function of classifying and storing in the form of, etc., it is possible to grasp the payment timing and amount of the labor cost and product price.

For example, the payment grasp module 310 collects the labor costs of regular workers to be paid on the last day of the month (the last weekday of the month) among the labor payments requested for payment from the plurality of laborer servers 100, and'Number of workers: 160 Person / Employment type: Regular worker / Payment time: the end of the month / Total payment amount: 432 million won'.Another example is the collection of the labor costs of non-regular workers paid every Friday, and the next payment to be paid ' Number of laborers: 270 / Employment type: Non-regular workers / When to pay: Next Friday / Total amount paid: 183.6 million won'.

Subsequently, the approval request module 320 performs a role of requesting authentication by transmitting the labor price and the product price determined by the price determination module 310 to the client server 400.

In this case, the ordering party refers to a company or institution that orders and manages a construction project from a construction company, for example, a developer or a public institution. This ordering party manages the ordering party server 400, which will be described later.

As described above, the payment time, amount, payment target, etc. are included in the labor cost and product price for which the approval request module 320 transmits to the client server 400 to request authentication.

Through the approval request module 320, the ordering party may be provided with a basis for grasping and supervising the scale and flow of labor costs and product prices.

The payment processing module 330 performs a role of paying the labor price and the product price approved for payment from the client server 400 to the laborer and the subcontractor and construction company that paid the goods according to the payment timing.

Specifically, the payment processing module 330 provides a function similar to a means for remittance of expenses among generally known corporate accounting management platforms, and the payment processing of labor payments and goods payments is performed by construction companies and subcontractors established in banks, financial companies, etc. It is possible to pay through the company's account.

In addition, the payment timing may be a specific date (30 days, every Friday, etc.) or a specific period (25 to 30 days, the last week of each month, etc.) as the time point of payment included in the labor price and the product price.

For example, in the case of the labor price of a regular worker to be paid on the end of the month, which is an example of the above-described payment grasp module 310, the payment processing module 330 is 422 million won can be paid to 160 regular workers.

In summary, the construction company server 300 includes a payment grasp module 310, an approval request module 320, and a payment processing module 330 to identify, approve, and pay the labor price and product price. It provides a characteristic that simplifies the existing complex and stratified payment process by passing through.

As described above, the ordering party server 400 is a server provided in companies and institutions such as a contractor, a public institution, etc. that orders and manages and supervises construction work to a contractor, that is, a construction company.

As a basic function, the orderer server 400 serves to authenticate the payment schedule of the labor cost and product price requested for authentication from the approval request module 320 of the construction company server 300.

Specifically, the orderer server 400 provides a function to perform authentication while checking the labor price and the product price according to the payment time, amount, and payment amount included in the labor price and product price requested for authentication from the approval request module 320 do.

At this time, the certification of the client server 400 is the approval process within the client, that is, the agenda submitted to the certification decision maker (labor payment and item payment schedule and payment completion details) is reviewed and approved by the certification decision maker, that is, the client manager. The authentication process is performed through a process, and in this case, the authentication process may be performed through a known authentication processing means such as an electronic signature method, that is, fingerprint recognition, OTP (One Time Password), and SSO (Single Sign On).

The client server 400 is responsible for managing and supervising the payment of the labor cost and the product price by grasping the scale and flow of the labor cost and product price through the labor cost and product price that is to be paid that is requested for authentication from the construction company server 300. Provides the ability to be able to.

Hereinafter, the functions of the system 1 of the present invention will be summarized and described as follows.

The laborer server 100 and the goods server 200 request payment of the labor price and the goods price to the construction company server 300, and the price grasping module 310 of the construction company server 300 collects the labor price and product price requested for payment. In addition, the approval request module 320 provides a function of requesting authentication by transmitting the labor price and the product price determined by the payment identification module 310 to the client server 400.

The orderer server 400 authenticates the labor price and the product price requested for authentication from the approval request module 320, and the payment processing module 330 of the construction company server 300 is the labor payment certified by the orderer server 400. And performs a function of paying the goods price according to the payment time.

According to the system (1) of the present invention, the problem of the existing payment system by integrating the existing hierarchical payment system into a simple payment system that directly pays for labor and goods through the construction company server 300 It provides the property to prevent unpaid and rebate in advance.

Additionally, the construction company server 300 may include a cost management module 340.

The cost management module 340 manages the construction budget and the current holdings of the construction company, and classifies the construction budget and the construction company's current holdings through a well-known accounting management software like the above-described price identification module 310. And it performs the role of storing and identifying.

At this time, the budget of the construction work refers to the total cost of hiring laborers, rental of goods, and purchase of goods, and the current holdings refers to the current assets held by the construction company.

For example, if the'budget' of a construction project is 15 billion won and the'current holdings' of a construction company is 12 billion won, the cost management module 340 recognizes that the current holdings of the construction company is less than the budget of the construction work. In the future, a plan to secure funds can be requested from the construction company or the manager of the client.

The construction company can manage the current holdings through the construction company's funding status and the construction work budget identified by the cost management module 340, and transmit the determined budget and current holdings to the client server 400 to report. .

In response to this, the client server 400 may include the cost monitoring module 410 to manage the budget of the construction work, the paid labor cost, and the product price.

The cost monitoring module 410 compares the construction company's budget and the current holdings and the labor cost and product price, which is transmitted from the construction company server 300 at a certain period (30th of each month, every Wednesday, etc.), and stores information, that is, cost processing. It creates and stores information.

At this time, the cost processing information is information that records the cost of labor and goods periodically paid to workers and subcontractors based on the construction budget and the current holdings of the construction company.

For example, the cost processing information includes the received budget, current holdings, labor cost, and product price at regular intervals.'Total budget: 15 billion won/ Current holdings: 25 billion won/ Paid labor costs: 1.2 billion won/ Payment of goods paid: KRW 3.9 billion' can be recorded and stored.

In summary, the construction company server 300 reports to the client server 400 the budget of the construction work managed by the cost management module 340 and the current holdings of the construction company and the paid labor cost and product price to the client server 400, and the client server 400 ) Generates cost processing information through the cost monitoring module 410 based on the reported budget, current holdings and paid labor cost, and product price.

Through this, the client can receive the budget, the current holdings of the construction company, the labor price, and the product price, and monitor when, how, and where the construction company used the budget.

3 is an exemplary diagram showing a hierarchically classified structure of a client server according to the present invention.

Further, the ordering party server 400 may share and transmit the above-described cost processing information with a plurality of ordering parties, including the cost sharing module 420.

At this time, as can be seen from FIG. 3, the plurality of ordering companies can be hierarchically classified according to the level of each ordering company.For example, in the case where the ordering place for construction work to a construction company is Pyeongtaek City Hall, which is a public institution, the higher level of Pyeongtaek City Hall Gyeonggi-do is classified as the Gyeonggi-do Office in the grade, and the Ministry of Land, Transport and Maritime Affairs in the higher grade of Gyeonggi-do, and each grade may have another client (Paju City Hall, Wonju City Hall, Gangwon Provincial Office, etc.) of the same level.

That is, in the above example, a plurality of ordering parties can be divided into (Ministry of Land, Transport and Maritime Affairs)-(Gyeonggi Provincial Office, Gangwon Provincial Office)-(Pyeongtaek City Hall, Paju City Hall, Wonju City Hall), etc.

In response, the cost sharing module 420 of the client server 400 shares the above-described cost processing information with the client server 400 of the same class and transmits it to the client server 400 of a higher class, so that each client server Make sure that 400 people know the construction budget and the construction company's current holdings.

For example, the cost processing information generated by the client server 400 of Pyeongtaek City Hall is'Total budget: 11.2 billion won, current holdings: 23 billion won, paid price: 4.5 billion won', and the ordering server of Paju City Hall When the cost processing information generated by (400) is'total budget: 22.4 billion won, current holdings: 34.1 billion won, paid amount: 7.4 billion won', the cost sharing module 420 of Pyeongtaek City Hall and Paju City Hall The cost sharing module 420 mutually shares the bar use processing information and transmits it to the client server 400 of the Gyeonggi Province, which is an upper layer.

The client server 400 of the Gyeonggi Provincial Office collects the cost processing information received from the cost sharing module 420 of Pyeongtaek City Hall and the cost sharing module 420 of Paju City Hall in'Total budget: 33.6 billion KRW, and total holdings: 57.1 billion KRW. , Total amount paid: KRW 11.9 billion', which can be shared in the same layer and transmitted to higher layers.

Accordingly, the same-level client can share the cost processing information and use it as a reference when performing a similar-scale construction project in the future, and the higher-level client can use the cost processing information of the lower-level client annually or for a specific quarter. Transparency can be reconsidered by grasping the overall flow of fund execution when ordering or entrusting construction work.

4 is a conceptual diagram showing an example of an authentication screen of the present invention.

In addition, the above-described approval request module 320 may additionally include an additional authentication request unit 321.

The additional authentication request unit 321 transmits the labor price and the product price approved for payment from the client server 400 to the laborer server 100 or the product server 200 to request authentication, thereby requesting the laborer server 100 and the product server ( 200) can identify and certify errors and omissions by comparing detailed items such as the above-described labor regulations and product ledger with the amount of labor cost and product price, payment timing, and payment target.

At this time, the target of the laborer server 100 or the goods server 200 for which authentication is requested through the additional authentication request unit 321 is the labor cost or goods price authenticated by the client server 400, that is, to the construction company server 300 Refers to the object that has requested the payment of the transmitted labor or goods.

4 is an example of an authentication screen for an additional authentication request unit to request authentication of a labor cost to an ordering server.

This authentication screen is provided through a client terminal linked with the client server 400, and the client terminal refers to an authentication means, that is, a smartphone in which an application having a known fingerprint authentication means is installed.

As can be seen from FIG. 4, the approval request module 320 provides an authentication screen in which information on the labor cost including the payment timing and amount is recorded to the client terminal linked to the client server 400. At this time, the client manager who has the client terminal may perform the authentication process by performing fingerprint authentication in the authentication field provided at one side of the information on the individual labor cost.

Thereafter, the additional authentication requesting unit 321 receives the authenticated authentication screen from the ordering manager and then transmits it to the laborer server 100 to perform an authentication request.

The laborer server 100 is interlocked with the laborer terminal like the orderer server 400 described above. The laborer terminal is also a smart phone installed with an application equipped with a known fingerprint authentication means like the orderer terminal. The laborer in possession completes the authentication by recognizing a fingerprint in the authentication column in which his labor payment is recorded.

At this time, each laborer can authenticate by receiving a separate authentication screen in which only the laborer's own labor cost is recorded, and the total administrator of the laborer server 100 is an authentication screen in which all laborer's labor costs are recorded as shown in FIG. By receiving is provided, authentication may be performed in the'gye' column of FIG. 4.

In response to this, the payment processing module 330 additionally provides a function of paying the labor price and the product price according to the amount and payment timing of the labor price or product price certified by the labor server 100 or the product server 200. Perform.

In summary, the additional authentication request unit 321 and the payment processing module 330 receive the payment of the labor price and the product price from the laborer server 100 and the product server 200, not only receiving authentication from the client server 400. Receiving authentication and paying for labor and goods, it not only prevents errors in the payment of labor or goods, but also provides the characteristics of securing transparency through double authentication.

Furthermore, the construction company server 300 includes a final authentication processing module 350.

Specifically, the final authentication processing module 350 performs final authentication in the construction company server 300, that is, the labor cost, and the labor cost and product price certified from the client server 400 and the laborer server 100 or the product server 200. It performs the function of approving the payment of the item price.

The final authentication processing module 350 is interlocked with a construction company terminal, similar to the client server 400 described above, and the construction company terminal is a smart phone with an application equipped with a known fingerprint authentication means, such as a client terminal.

The construction company manager possesses the construction company terminal and is provided with an authentication screen that records information on the labor cost, including the payment timing and amount, through the construction company terminal. This authentication screen is displayed on the right side of the'laborer authentication' column in the authentication screen of FIG. Construction company certification' is provided separately, and certification is performed as in the example described above through this construction company certification column.

In response to this, the payment processing module 330 provides a function of paying the labor price and the product price to the laborer server 100 and the product server 200 according to the final authentication of the final authentication processing module 350 in accordance with the payment time. to provide.

In summary, the labor cost and the product price through the final authentication processing module 350 and the payment processing module 330 are all in the client server 400, the laborer server 100 and the product server 200, and the construction company server 300. By receiving authentication and processing, errors in the payment of labor costs or goods are more reliably prevented, and at the same time, the three-factor authentication provides a characteristic that maximizes the rationality of sound cost processing.

Additionally, the construction company server 300 includes a payment management module 360. Specifically, the payment management module 360 includes a payment check unit 361, an unpaid information generation unit 362, and an unpaid notification unit 363. Done.

First, the payment check unit 361 plays a role of checking whether the labor price and the product price, which have been authenticated by the laborer server 100 or the product server 200 through the embodiment of FIG. 4, have been processed according to the payment time. Perform.

For example, if the labor payment certified by the client server 400 and the laborer server (or product server) is paid on April 26, 2020, the payment checker 361 will be at 6 p.m. Time), it provides a function to determine whether or not the relevant labor payment has been normally paid, such as'Payment Processing: O'or'Payment Processing: X'.

The unpaid information generation unit 362 provides a function of generating unpaid information for any one of the labor price and the product price when any one of the labor price and the product price is not paid.

Herein, the unpaid information means information on the unpaid labor price and product price among the plurality of certified labor costs and product prices.

For example, in the embodiment of FIG. 4, if the labor price to be paid on April 29, 2020 is 291,240,000 won, and this labor price is not paid, it becomes unpaid information.

The non-payment notification unit 363 performs a function of transmitting the above-described non-payment information to any one of the laborer server 100 and the product server 200 (in the above example, the laborer server 100) and the client server 400.

Through this, the payment management module 360 transmits the unpaid information to each server and supervises the process of paying the labor price and the product price, thereby providing transparency to the payment process of the labor price and the product price.

In addition, the above-described cost management module 340 may further include a balance grasp unit 341.

The balance grasp unit (341) compares the total amount of the current holdings compared to the current holdings on a specific date among the payment periods of the labor and goods payments, and compares the current holdings of the construction company to the labor payments scheduled to be paid on that date. It provides a function to determine whether it is larger or smaller than the item price.

At this time, the payment period can be divided into a specific date (30 days, every Friday, etc.) or a specific period (25 to 30 days, the last week of each month, etc.), as described above, but by specifying a certain point in time, the labor cost or product price Since it is more clear to determine whether or not to be paid, in the following examples, the payment timing is limited to a specific date and described.

For example, an example in which the balance grasp unit 341 compares the cost of labor and goods expected to be expenditured against the current holdings, and the holdings as of April 24 are 3.5 billion won and the labor payments due on April 25: 1.2 billion won, goods due to be paid on April 25: In the case of 2.7 billion won, the sum of the wages for labor and goods expected to be paid will exceed the current holdings of the construction company by 400 million won. In this case, there is a problem that the payment processing module 330 does not properly pay the labor price and the product price at the payment time.

In order to solve this problem, the payment processing module 330 first includes a payment processing unit 331.

The payment processing unit performs a function of first paying the labor price through the available available price among the current holdings when the current holdings are less than the labor price and goods price.

Here, the reason for preferentially paying the labor price is to process wage bonds, that is, pay the wages preferentially, based on the mandatory provisions according to the preferential repayment of wage bonds in the Labor Standards Act.

At this time, the available price refers to the amount of the construction company's current holdings, excluding maintenance costs, reserve costs, etc. that cannot be used to pay for labor and goods. For example, in the example of the balance grasp unit 341 described above. If the construction company's current holding of 3.5 billion won, maintenance cost and reserve cost of 200 million won, the available cost is 3.3 billion won, and based on this available price, 1.2 billion won in labor costs can be paid first to the workers.

The balance grasping unit 341 and the priority payment processing unit 331 provide a characteristic of preferentially protecting the rights of workers by first paying the labor price as an available price among the current holdings of the construction company.

Further, the cost management module 340 includes the available balance grasping unit 342 and performs a role of first paying the labor price among the available costs of the construction company in the priority payment processing unit 331 and identifying the remaining amount, that is, the available balance. do.

In other words, the available balance may be used to pay for labor costs first from the available price, and to pay for goods as the remaining balance.

At this time, if the product price to be paid is not one but plural, that is, if the product server 200 to which the product price is to be paid is plural, and the available balance is less than the total amount of the plurality of product costs to be paid, the available money is transferred to the plurality of product servers. There is a need to pay in installments efficiently to (200).

To this end, the payment processing module 330 further includes a divided payment processing unit 332.

The divided payment processing unit 332 divides the price of the product to be actually paid to the plurality of product servers 200 in a specific ratio when there are a plurality of product servers 200 for which the available balance is to be paid on a specific date. Play a role.

Here, the specific ratio may be defined by Equation 1.

Equation 1.

는 특정 일자에 제 k 물품 서버에 실제 지급되는 물품 대금, S는 가용잔금,

는 특정 일자에 제 k 물품 서버에서 지급 요청한 물품 대금, k는 1 내지 n의 자연수, n은 물품 서버의 총 개수를 의미한다.here,

Is the price of the item actually paid to the k item server on a specific date, S is the available balance,

Is the price of the product requested for payment from the kth product server on a specific date, k is a natural number from 1 to n, and n is the total number of product servers.

According to Equation 1, the divided payment processing unit 332 divides the product price from the available balance in proportion to the amount of the product price of each product server, that is, the ratio of the product price to the total product price of the plurality of product servers. In other words, it is possible to pay the product price at a high rate to the product server with a large amount of the product price to be paid.

For example, as in the above example, the available balance is 2.1 billion won after paying 1.2 billion won for labor out of the available price of 3.3 billion won, and 2.7 billion won for the item to be paid must be paid to two product servers. Assume that the price of an item requested from one item server, that is, the first item server, is 1.9 billion won, and that the item price requested from the other item server, that is, the second item server, is 800 million won.

In this case, according to Equation 1, the product price of the first product server is

억 원이 지급 될 수 있고,

Billion won can be paid,

The item price of the second item server is

억 원이 지급 될 수 있다.

100 million won can be paid.

That is, according to the divided payment processing unit 332, when the available balance is smaller than the product price to be paid and there are a plurality of product servers 200 to which the product price is to be paid, a basis for distributing the available balance is provided, and at the same time, the equation Through 1, it is possible to propose a reasonable alternative to installment payment by paying in installments based on the ratio according to the high and low price of the goods.

In addition, the divided payment processing unit 332 may readjust the price of the goods to be paid to the plurality of product servers through Equations 2 and 3 below to divide the payment.

Equation 2.

은 제 k 물품 서버의 재조정 지수,

는 제 k 물품 서버가 특정 지급 시기에 완급을 받지 못한 횟수를 의미한다.here,

Is the rebalancing index of the k-th article server,

Means the number of times the kth product server has not received full payment at a specific payment time.

Equation 3.

은 특정 일자에 제 k 물품 서버에 실제 지급되는 재조정된 물품 대금을 의미한다.here,

Means the rebalanced product price actually paid to the kth product server on a specific date.

Specifically, Equation 2 is an equation for re-adjusting the product price by assigning a weight by reflecting the number of times a product server 200 has not received the product price in full.

The divided payment processing unit 332 calculates a weight, that is, a readjustment index, to the product server 200 that has not received the product price in full through Equation 2, and reads the product price reflecting this readjustment index through Equation 3 It is possible to pay a large portion of the product price to the product server 200 having a large number of times that the payment was not received by calculating. In other words, this is to compensate for the damage to the product server 200, which has not been fully paid for the product in the past.

그래프처럼 값이 증가하다가 일정 임계값으로 수렴하는 하이퍼볼릭탄젠트(tanh)를 적용하여 물품 대금을 완급 받지 못한 횟수가 일정 횟수(예를 들어 10회 이상)를 넘어갈 시 물품 대금의 지급 비율이 과도하게 증가하는 것을 방지한다.In particular, Equation 2 has a nonlinear characteristic, that is, unlike Equation 1, which is linearly proportional

As shown in the graph, when the number of times the product price is not fully paid by applying the hyperbolic tangent (tanh) that increases and converges to a certain threshold value exceeds a certain number of times (for example, 10 or more), the payment ratio of the product price is excessive. Prevents from increasing.

For example, in the example of Equation 1 above, the number of times the first product server did not receive full payment: 12 times and the second product server did not receive full payment: 5 times,

Equation 2 is for the first article server

과 같은 재조정 지수를 산출하고,

Calculate the rebalancing index equal to,

About the second article server

과 같은 재조정 지수를 산출할 수 있다.

You can calculate a rebalancing index such as

Substituting this calculated rebalance index into Equation 3

억 원의 물품 대금이 지급 될 수 있고, About the first article server

Billion won of goods can be paid,

억 원의 물품 대금이 지급될 수 있다.About the second article server

Billion won of goods can be paid.

The product price readjusted by reflecting the number of times the product price was not fully paid through Equations 2 and 3 increased by 0.87 billion won for the product price of the first product server, and 0.87 billion won for the product price of the second product server. Decreased.

In summary, the divided payment processing unit 332 provides a characteristic that highlights the rationality of distribution of the product price by reflecting the number of times the product server 200 has not received the product price in full in a unique manner.

Further, the divided payment processing unit 332 may correct the readjustment index through Equation 4 by reflecting the number of subcontractors and construction companies that have the product server 200, that is, the number of subcontractors.

Equation 4.

는 제 k 물품 서버에 물품을 공급하는 하도급 업체의 개수를 의미한다.here,

Denotes the number of subcontractors supplying goods to the kth goods server.

At this time, the subcontractor refers to a subcontractor that produces goods and has the goods server 200 and a company that supplies goods by receiving a contract from a construction company.

Equation 4 reflects the number of subcontractors for each product server so that the product server 200 can pay the price of the goods received to the subcontractor again. The existence of a subcontractor corresponds to the simplification of the payment system of the present invention. There may be a possibility that it is not possible, but in reality there are numerous subcontractors during construction work, and all of these subcontractors cannot belong to the management of the product server 200 of the system 1 of the present invention. For example, it can be understood that the subcontractors of 1 to 3) were processed to belong to the specific product server 200 management.

In addition, Equation 4 gives weight as the number of subcontractors increases by introducing a natural log (ln) that shows a nonlinear characteristic in which the slope gradually decreases, but when the number of subcontractors is large (for example, 5 or more). It is also possible to prevent excessive increase in the payment rate of goods.

For example, if there are 2 subcontractors of the first product server and 3 subcontractors of the second product server, if the rebalance index is corrected and recalculated through Equation 4,

The recalculation index of the first product server is

이고,

ego,

The recalculation index of the second product server is

와 같을 수 있다.

Can be the same as

If the product price is recalculated through Equation 3 by reflecting the corrected recalculation index,

억 원의 물품 대금이 지급될 수 있고, About the first article server

Billion won of goods can be paid,

억 원의 물품 대금이 지급될 수 있다.About the second article server

Billion won of goods can be paid.

Compared to the product price before the correction of the recalculation index, the product price of the first product server decreased by 0.95 billion won, and the product price of the second product server increased by 0.95 billion won.

In other words, the divided payment processing unit 332 calculates the price of the product in a manner proportional to the number of subcontractors, and provides a characteristic of rational distribution of the price of the product.

As described so far, the configuration and operation of the integrated management system for paying for a construction work according to the present invention have been expressed in the above description and drawings, but these are only described as examples, and the spirit of the present invention is not limited to the above description and drawings. It goes without saying that various changes and changes are possible within the scope of the technical idea of the present invention.

1: System 100: Laborer Server
200: article server 300: construction company server
310: payment identification module 320: approval request module
321: additional authentication request unit 330: payment processing module
331: priority payment processing unit 332: installment payment processing unit
340: cost management module 341: balance grasp unit
342: available balance grasping unit 350: final authentication processing module
360: payment management module 361: payment check unit
362: unpaid information generation unit 363: unpaid notification unit
400: client server 410: cost monitoring module
420: cost sharing module

Claims (10)

As an integrated management system for real-time construction payment payments to simplify construction regulations,
A laborer server for requesting payment of a laborer's labor price to a construction company server;
An article server for requesting payment of an article price for articles including materials and equipment from a construction company server;
A payment grasp module that identifies the timing and amount of payment of the labor price and product price according to the payment request from the laborer server and the product server, and an approval request module that requests authentication of the requested labor price and product price to the client server; , A construction company server including a payment processing module for processing the payment of the labor cost and the product price according to the payment time when the client server is authenticated, and a cost management module for managing the budget and current holdings of construction work;
It authenticates the labor price and product price requested for authentication from the construction company server.In the state that the budget is reported from the construction company server, information on the current holdings and payment processed labor price and product price is received at regular intervals to process costs. Including; a client server including a cost monitoring module for generating and storing information,
The cost management module includes a balance grasp unit for comparing the cost of labor and goods to be expended relative to the current holdings on a specific date of the payment period,
The payment processing module includes a priority payment processing unit that prioritizes paying the labor price through the available available price among the current holdings when the current holdings are less than the labor price and item price to be expended,
The cost management module includes an available balance grasp unit configured to determine an available balance by limiting the priority paid labor price from the available price,
The payment processing module, when there are multiple product servers for which the available balance is to be paid, on the specific date, a divided payment processing unit that divides and processes the product price to be actually paid to the plurality of product servers through Equation 1 below. Including,
Equation 1.

(here,

Is the price of the item actually paid to the k item server on a specific date, S is the available balance,

Is the price of the product requested for payment from the kth product server on a specific date, k is a natural number from 1 to n, n is the total number of product servers)
The divided payment processing unit,
The payment integrated management system for construction work, characterized in that the divided payment is processed by readjusting the price of the goods to be actually paid to the plurality of goods servers through the following Equations 2 and 3.
Equation 2.

(here,

Is the rebalancing index of the k-th article server,

Is the number of times the k-th item server did not receive full payment at a specific payment time)
Equation 3.

(here,

Is the rebalanced product price actually paid to the k item server on a specific date) delete The method of claim 1,
The orderer server,
In the state of being divided into a plurality of hierarchical classes according to the orderer's level,
A cost sharing module for sharing the cost processing information to another client server belonging to the same layer and transmitting the cost processing information to a client server belonging to a higher layer; characterized in that it comprises a construction work payment integrated management system. . The method of claim 1,
The approval request module,
Including an additional authentication requesting unit for requesting authentication to any one of the laborer server and the goods server that has requested to pay any one of the labor price and the goods price,
The payment processing module,
An integrated management system for paying for a construction work, characterized in that it comprises a function of paying any one of the labor price and the product price according to the payment timing when any one of the laborer server and the product server and the client server are authenticated . The method of claim 4,
The construction company server,
Including; a final authentication processing module for performing final authentication upon authentication of any one of the laborer server and the product server and the ordering server server,
The payment processing module,
It characterized in that it comprises a function of processing any one of the labor price and the product price according to the payment timing at the time of the final authentication of the final authentication processing module, construction work payment integrated management system. The method of claim 4,
The construction company server,
A payment check unit that checks whether any one of the labor price and the product price has been paid at the payment time after authentication of any one of the laborer server and the product server and the ordering server;
An unpaid information generation unit that generates unpaid information for any one of the labor price and the product price when any one of the labor price and the product price is not paid, and
And a payment management module having an unpaid notification unit for transmitting the unpaid information to any one of the laborer server and the product server and the client server. delete delete delete The method of claim 1,
The divided payment processing unit,
By correcting the readjustment indices of the plurality of product servers through Equation 4 below, the product price to be actually paid to the plurality of product servers is readjusted to perform partial payment processing.
Equation 4.

(here,

Is the number of subcontractors supplying goods to the k-th goods server)

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