KR101844761B1 - Civil engineering stone and aggregate transportation cost calculation system - Google Patents

Abstract

The present invention relates to a cost calculation system for transportation of stone and aggregate for engineering works. The cost calculation system includes: a client terminal transmitting information regarding a construction work, including a type of the construction work, location information of a target land, and numerical data regarding the land, and information regarding materials for an engineering work, including types of engineering stones and aggregates to be used in the engineering work and material items made of a variety of construction tools to be used in the engineering work; at least one sales terminal transmitting cost information of the materials for an engineering work, and allowing the engineering materials, selected by the client terminal, to be transported only when transmitted costs of materials for an engineering work are selected; and a calculation server receiving the information regarding the construction work, the information regarding the materials for an engineering work, and the cost information of the materials for an engineering work, selecting a sales terminal having transmitted the lowest cost information from among the sales terminals having transmitted the cost information, calculating the amount of materials for an engineering work to be used, based on the information regarding the received construction work, calculating transportation costs based on the calculated amount of materials for an engineering work to be used and the lowest cost information, and guiding the transportation cost to be paid by transmitting the transportation costs to the client terminal.

Description

Technical Field [0001] The present invention relates to a civil engineering stone aggregate transportation cost calculation system,

More particularly, the present invention relates to a system for calculating the cost of a stone / aggregate transportation cost for a civil engineering work, and more particularly, It is possible to prevent the occurrence of a problem that the stone / aggregate is insufficiently or excessively left, and at the same time, the transportation cost is automatically calculated according to the demand amount of the stone / aggregate to be purchased and the transportation distance, And a system for calculating the cost of transporting aggregate / aggregate to allow a doctor to be determined.

Civil engineering materials such as stone and aggregate are used for civil engineering work such as concrete construction and aggregate floor laying.

These civil engineering materials are purchased by a civil engineer from a material supplier, and sometimes they are used to work in a small space.

If you personally work in the front yard or back yard, you must purchase from a direct material vendor. Civil engineers have frequent traders of materials, and they do not have any problems because they work professionally in civil works, but when they do civil works or purchase civil engineering materials, they have to go through a lot of trial and error.

At first, it is difficult to gauge how much more willingness to buy or how much to buy when building a godstone or godstone. Also, since such heavy-duty trucks, pavement stones, and floor aggregates are heavy and bulky, they have to be transported mainly using heavy trucks. The use of such heavy trucks may result in a transportation cost rather than a material cost. Particularly, as the transportation distance increases, the transportation cost also increases. Therefore, a considerable transportation cost may occur even in a small amount of stone / aggregate transportation. There is a problem in that it is inevitable to purchase an excessively expensive transportation cost as an expensive unit price by including it in the selling cost of the stone / aggregate.

Building materials and interior goods can be easily purchased through a web shopping mall or simply delivered by courier. However, heavy and bulky civil engineering materials There are few sales channels like web shopping malls.

Patent Registration No. 10-0341934 discloses a system for selling building materials. However, such existing literature is concerned with sales / distribution management of sellers regarding sales and management of building materials, and there is no disclosure of a means that can be easily purchased from a consumer's standpoint. Especially, the civil engineering material is more like that.

There is no means to easily gauge how much to purchase these civil engineering materials, and there are considerable difficulties in handling the remaining civil engineering materials.

And, as mentioned above, it is not structured to easily measure the situation in which the transportation distance is long and the transportation cost is more increased.

Korean Patent Publication No. 10-0341934

In order to solve such problems, the present invention has been devised by the background art described above, and it is possible to easily calculate the demanded amount of the stone / aggregate required for an individual who is not skilled in civil works, And it is an object of the present invention to provide a system for calculating the cost of transportation of aggregate / aggregate for civil engineering that can prevent the problem of insufficient or excessive amount of stone / aggregate remaining.

In addition, the present invention is configured to automatically calculate the transportation cost according to the demand amount of the stone / aggregate to be purchased and the transportation distance thereof, so that it is possible to recognize the transportation cost excessively and to determine the purchasing intention. It is an object of the present invention to provide a calculation system.

It is another object of the present invention to provide a civil engineering stone / aggregate transportation cost calculation system in which individual buyers can purchase civil engineering materials at a web shopping mall without intermediate distribution and purchase civil engineering materials at lower cost.

According to an aspect of the present invention, there is provided a method of constructing a building, comprising: constructing information including a type of a construction work, a location information of a target land, and a numerical value of the land, A customer terminal for transmitting civil engineering material information including a material item made up of various construction tools used in civil engineering work; At least one sales terminal for transmitting cost information for the civil engineering material and transporting the civil engineering material selected by the customer terminal only at the time of selecting the cost of the transferred civil engineering materials; And cost information for the construction material, the civil engineering material information, and the civil engineering material is transmitted and the sales terminal which transmitted the lowest cost information among the cost information transmitted is selected, And a calculation server for calculating a transportation cost based on the calculated demand amount and the lowest cost information, and transmitting the calculated transportation cost to the customer terminal to guide the settlement to be performed.

According to an embodiment of the present invention, the calculation server may include: a bid module for selecting a sales terminal to which the lowest civil engineering material cost for each item is transmitted from the sales terminals located closest to the land position information; A geological information collecting unit storing geologic information and comparing the stored geologic information with the geographical information of the land to generate information on the geological condition of the present land; A material information guide module that generates civil engineering material information suitable for the geological condition of the land and transmits the civil engineering material information to the customer terminal; A demand calculation module for comparing the civil engineering material information with the construction information to calculate a demanded amount of the civil engineering material; A transportation cost calculating module for calculating a transportation cost of the civil engineering material; And a calculation control unit for transmitting and receiving construction information, civil engineering material information, and civil engineering material cost information transmitted from the customer terminal and the sales terminal, respectively, and controlling each component constituting the calculation server so as to calculate the transportation cost, do.

According to an embodiment of the present invention, the bidding module transmits not only the information on the selected sales terminal but also the information on the sales terminal in the next order, but only the information on the next sales terminal within the upper 1% To the customer terminal through the calculation control unit.

According to an embodiment of the present invention, the calculation server is provided with a cost payment module for guiding the payment method for the calculated transportation expenses and for making a refund for the overpaid cost according to the request for the cost refund of the customer terminal; A customer management module for storing the construction information and the type of civil engineering material carried, the information of the sales terminal performing the transportation, and the transportation cost information, and transmitting a maintenance request transmitted from the customer terminal to the calculation control unit; Further comprising:

According to the embodiment of the present invention, an individual who is not skilled in civil engineering work can easily calculate the demanded amount of the stone / aggregate required for his / her civil works, so that the stone / aggregate is left in the civil works There is an effect to prevent the occurrence of the problem.

In addition, according to the embodiment of the present invention, since the transportation cost is automatically calculated according to the demand amount of the stone / aggregate to be purchased and the transportation distance, the effect of allowing the transportation cost to be recognized in advance, have.

In addition, according to the embodiment of the present invention, the individual purchaser can purchase the civil engineering material at the web shopping mall without intermediate distribution and purchase the civil engineering material at a lower cost.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing a system for calculating the cost of transporting cement / aggregate materials according to an embodiment of the present invention;
FIG. 2 is a block diagram showing a server of a civil engineering stone / aggregate transportation cost calculation system according to an embodiment of the present invention;
3 to 9 are views showing a user interface screen of the system for calculating the cost of transporting cement / aggregate materials according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the drawings, the same reference numerals are used to designate the same or similar components throughout the drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In describing the components of the present invention, terms such as first, second, A, B, (a), and (b) may be used. These terms are intended to distinguish the constituent elements from other constituent elements, and the terms do not limit the nature, order or order of the constituent elements. When a component is described as being "connected", "coupled", or "connected" to another component, the component may be directly connected to or connected to the other component, It should be understood that an element may be "connected," "coupled," or "connected."

FIG. 1 is a block diagram showing a system for calculating the cost of transporting aggregate / aggregate transportation costs according to an embodiment of the present invention, and FIG. 2 is a view showing a server of the system for calculating costs for transporting aggregate / aggregate transportation costs according to an embodiment of the present invention. 3 to 9 are views showing a user interface screen of the system for calculating the cost of transporting cement / aggregate materials according to an embodiment of the present invention.

 The civil engineering stone / aggregate transportation cost calculation system 100 includes a customer terminal 100 for transmitting a type of civil engineering work and a numerical value of a target land, a cost / cost information of a stone / aggregate and a material item selected by the customer terminal 100 A sales terminal 200 for transporting selected stone / aggregate and material items, and a sales terminal 200 for interlocking with the customer terminal 100 and the sales terminal 200, And a calculation server 300 for calculating a transportation cost.

The customer terminal 100 transmits the construction information including the type of the civil engineering work and the location information of the target land and the numerical value of the land to the calculation control unit 380 of the calculation server 300 on- And information on the transportation cost calculated by the calculation server 300 is received and displayed.

Here, the civil engineering material includes a kind of civil engineering stone / aggregate to be used in civil engineering and a material item made up of various construction tools used in civil engineering work.

In the present invention, the construction of a glazed glazed concrete, an all-stone glazing, a glazier glazing, a floor laying, and an aggregate laying are explained by way of example, but the present invention is not limited thereto.

Further, the numerical values for the target land may be a width, a vertical length, a height, and a thickness of the aggregate when the aggregate is laid on the floor, which defines an area where the stone / aggregate is used.

For example, in the case of the landscape glazing in FIG. 3, it may be the length and height of the sloping land to be piled. 4, the length and height of the area where all the stones are stacked can be obtained. 6 and the aggregate slabs of Figs. 7 and 8 are respectively the width, length, and aggregate thickness, respectively, of the floor slab of Fig. 6, It can be an aggregate thickness.

Here, the type of stone / aggregate and the item of material contained in the civil engineering material are transmitted from the calculation server 300 to the customer terminal 100 when construction information is transmitted to the calculation server 300.

At this time, after confirming the civil engineering material information transmitted from the calculation server 300, the customer terminal 100 can select the required stone / aggregate and the material item and transmit it to the calculation server 300 again. The transportation cost including the cost for the selected stone / aggregate and the material item may be calculated and transmitted to the customer terminal 100 so that payment for the transportation fee may be made.

At this time, the civil engineering material transmitted from the calculation server 300 is transmitted to the customer terminal 100 from the civil engineering material which can be constructed most stably according to the geological condition corresponding to the location information of the land included in the construction information transmitted by the customer terminal 100 Represents item information.

The sales terminal 200 transmits the cost information of the civil engineering material used for civil engineering to the control unit 380 of the calculation server 300 so as to calculate the transportation cost, To the land to be constructed by the customer terminal (100).

The sales terminal 200 may include a plurality of sales terminals 200 and may be located in various locations throughout the country. The sales terminal 200 is configured to transport the land to the land only when the bidding of the costs of the civil engineering materials transmitted to the calculation server 300 is successful.

That is, the sales terminal 200 that has transmitted the cost information for the civil engineering materials transmitted from the plurality of sales terminals 200 located in various parts of the country at the lowest price from the calculation server 300 is selected, 200 receives the location information of the land transferred by the customer terminal 100 from the calculation server 300 and carries the sold civil engineering materials.

When the construction information is transmitted by the customer terminal 100, the calculation server 300 calculates the demand amount of the civil engineering material according to the type of civil works work and the value of the target land included in the construction information, A billing module 310 for calculating a billing amount corresponding to the demanded amount, a billing module 310 for collecting billing information, a billing module 310 for billing billing information, A customer information management module 330, a demand amount calculation module 340, a transportation cost calculation module 350, a cost payment module 360, a customer management module 370, and a calculation control unit 380 .

The bidding module 310 may receive at least one information about the civil engineering material costs such as civil engineering materials used for civil engineering work from at least one sales terminal 200 under the control of the calculation control unit 380, It classifies material costs by region and item, and generates a list of the lowest civil engineering material cost per item and the lowest civil engineering material cost per item.

Here, the bidding module 310 may generate and sort the sales terminals 200, which have transmitted the lowest engineering material cost, based on the lowest price in the list creation, in order of priority.

The bidding module 310 searches the sales terminals 200 located nearest to the location information of the land transferred from the customer terminal 100 based on the list of the sales terminals 200 classified by region , Sorting the sales terminals 200 located close to the land position information in priority order, selecting the sales terminal 200 that has transmitted the lowest civil engineering material cost per item from among the ordered sales terminals 200, To the calculation control unit 380, the lowest civil engineering material cost of each item transmitted by the sales terminal 200, so that the transportation cost calculation is performed.

The bidding module 310 is located nearest to the site where the civil works are to be performed. The bidding module 310 transmits information on the selected sales terminal 200, which transmitted the lowest cost civil engineering material to the civil engineering material, To the customer terminal 100 via the Internet.

At this time, not only the information on the selected sales terminal 200 but also the information on the sales terminal 200 in the next order is transmitted together with only the information on the next highest order sales terminal 200 within the upper 1% 380 to the customer terminal 100 via the Internet.

Accordingly, the customer terminal 100 transmits information on the sales terminal 200 corresponding to the lowest transportation cost calculated through the calculation server 300 and information on the sales terminal 200 within the top 1% The sales terminal 200 may be selected.

The geological information collecting unit 320 collects and stores geological information for all regions of the country. The geological information collecting unit 320 can retrieve and store the geological information DB of the Korea Geological Society DB, and periodically collect the collected information.

When the location information of the land to be civilized is transmitted from the customer terminal 100 through the calculation control unit 380, the geological information collecting unit 320 compares the stored geological information with the location information of the land, And transmits it to the material information guidance module 330 under the control of the calculation control unit 380. [

At this time, the geographical information collecting unit 320 of the present invention may analyze the geological condition of the land position information at the request of the customer terminal 100 and transmit the analyzed geological condition to the customer terminal 100 through the calculation control unit 380.

Here, the location information of the land transferred when the customer terminal 100 is requested may be the location information of the land to be civil engineering, or may be the location information of the new land not included in the construction information.

The material information guide module 330 derives the most suitable civil engineering material information at the time of civil engineering work based on the geological information of the land position information provided from the geological information collector 320 and calculates the derived civil engineering material information And transmits it to the demand amount calculating module 340 through the control unit 380.

The material information guide module 330 determines whether the civil engineering material selected by the customer terminal 100 is a civil engineering material suitable for the geological condition of the land transferred by the customer terminal 100, The appropriate civil engineering material information can be transmitted to the customer terminal 100 through the calculation control unit 380. [

At this time, the customer terminal 100 may reselect a material item suitable for the geological condition of the land provided by the material information guide module 330 and transmit the selected material item to the calculation control unit 380.

The demand calculation module 340 compares the civil engineering material information transmitted from the material information guide module 330 with the numerical information about the type of civil works work and the target land transferred from the calculation control section 380, According to the numerical value, the demand amount of stone or aggregate and the demand amount of the material item are calculated.

For example, in the case of the glazed glazing of FIG. 3, it is shown that the selected glacier by the purchasing terminal 100 is required to be 18 heights for the length and height. Therefore, the exact demand amount is calculated, and the problem of repatriation after the civil works is lost due to the remaining stone / aggregate or the lack of work during civil works is prevented.

Similarly, for example, in FIG. 8, stone is laid in a 30-pyeong parking lot. If the purchasing terminal 100 wants to lay the car in a thickness of 10 cm, it is understood that a stone of 972.0 hebei is required.

In this way, the amount of stone / aggregate required for civil works can be accurately calculated, so that anyone can easily purchase the required amount of the stone because it is easily recognized by the beginner. A simple work such as parking lot stone laying will be able to purchase and work reasonably without a civil engineer.

The transportation cost calculation module 350 may be configured to automatically calculate the transportation cost in accordance with the demanded amount calculated by the demand amount calculation module 340. [

The calculation of the transportation cost is based on the location information of the selected sales terminal 200 and the cost of the transportation distance to the location information of the land transferred by the customer terminal 100 and the cost for the transportation of the civil engineering material Of the required moving means capable of accommodating the quantity / weight of the vehicle.

For example, even if the carrying capacity of civil engineering materials is increased a little more, there may be an additional need for transportation (eg trucks). In such a case, the transportation cost is increased more.

For landscaping in Fig. 3, for a 18-hebe seaport, the carload of a 25-ton truck or a 15-ton dump truck will be 0.9 units. This can be transported in a quantity of 25 tons, so the shipping cost can be saved.

In the case of FIG. 6, it can be seen that a floor construction of 330 Hebei requires 19.5 dump trucks of 25 tons or 30 dump trucks of 15 tons.

9, the transportation cost calculation module 350 of the present invention calculates the transportation cost using the application program interface (API) as shown in FIG. 9, using the shortest distance to the location of the sales terminal 200 and the land to be civilized . ≪ / RTI >

The expense settlement module 360 guides the settlement method for the calculated transportation expenses and is configured to make a refund for the overpaid expenses according to the cost refund request of the customer terminal 100. [

When the calculation of the transportation cost of the civil engineering material is completed, the cost payment module 360 prepares the entire transportation cost calculated before the transportation, or after the transportation of the civil engineering material to the land where the civil engineering work is completed is completed It is possible to make a settlement after performing the settlement, or guide some settlement of the calculated transport expenses and settlement after the settlement.

In addition, the charge settlement module 360 is configured so that, when a refund request is made for the cost of the settlement already made from the customer terminal 100, the refund progress is made.

The customer management module 370 stores the construction information transmitted by the customer terminal 100 and the types of the civil engineering materials. The information of the sales terminal 200 and the transportation cost information of the transportation terminal 200 are stored.

In addition, the customer management module 370 is configured to provide guidance on whether or not the maintenance is performed after completion of civil engineering work on the stored customer terminal 100. When there is a maintenance request from the customer terminal 100, You can request construction information for the part where maintenance will be done.

At this time, the customer management module 370 may request the latest price information of the civil engineering material to be used for maintenance through the calculation control unit 380, and then, the transportation cost re-calculation may be performed through the transportation cost calculation module 350.

The sales terminal 200 providing latest price information of the civil engineering material to be used for maintenance is a sales terminal 200 carrying the civil engineering material for civil engineering work to the customer terminal 100.

In addition, it can calculate the demand amount of civil engineering materials used for the delivery of property, maintenance, and maintenance.

The calculation control unit 380 transmits and receives construction information, civil engineering material information, civil engineering material cost information, and the like transmitted from the customer terminal 100 and the sales terminal 200, respectively, And controls each component.

The calculation control unit 380 may calculate cost information for the civil engineering material derived by the material information guide module 330 on the civil engineering material cost transmitted by the sales terminal 200 selected by the bidding module 310 The calculation control unit 380 checks the cost of the civil engineering material transmitted from the sales terminal 200 at the order of the selected sales terminal 200 and transmits the cost information to the sales terminal 200 having all the cost information for the civil engineering material, The price negotiation between the sales terminal 200 and the customer terminal 100 can be performed at the same time as the information about the customer terminal 100 is transmitted to the customer terminal 100.

That is, the customer terminal 100 purchases the lowest priced civil engineering material sold by the selected sales terminal 200 among the derived civil engineering materials, and at the same time, It is possible to purchase the civil engineering materials not sold by the terminal 200 at a lower price than the cost information transmitted by the sales terminal 200 of the next order.

At this time, the negotiated price information between the customer terminal 100 and the sales terminal 200 of the next order is transmitted to the calculation control unit 380 so that the calculated price information can be calculated in the state that the negotiated price information is included in the calculation of the final transportation cost.

In addition, when the price negotiation between the customer terminal 100 and the sales terminal 200 of the next order is made, the calculation control unit 380 can transmit negotiable price information to the sales terminal 200 so that negotiation can be made only within a certain condition have.

This can prevent cheating that may occur when negotiating the price, and can guide the customer terminal 100 to purchase the civil engineering materials that are needed at a low cost.

At this time, the calculation control unit 380 provides a price range that is larger than the cost information transmitted by the selected sales terminal 200 and less than the cost information transmitted from the next order sales terminal 200, with negotiable price information , So that negotiation can be made only within the above price range.

It is to be understood that the terms "comprises", "comprising", or "having" as used in the foregoing description mean that the constituent element can be implanted unless specifically stated to the contrary, And all terms including technical or scientific terms are to be construed as further including other elements unless the context clearly dictates otherwise as generally understood by one of ordinary skill in the art to which this invention belongs. Have the same meaning.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or essential characteristics thereof. . Therefore, the embodiments disclosed in the present invention are intended to illustrate rather than limit the scope of the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be construed according to the following claims, and all technical ideas within the scope of equivalents should be construed as falling within the scope of the present invention.

100: customer terminal 200: sales terminal
300: Calculation server 310: Bidding module
320: geological information collection unit 330: material information guide module
340: demand quantity calculation module 350: transportation cost calculation module
360: Cost payment module 370: Customer management module
380:

Claims (4)

The construction information including the type of the construction work, the location information of the target land, and the numerical value of the land, the kind of the civil engineering stone / aggregate to be used in the civil engineering work, and the material item including various construction tools used in the civil engineering work A customer terminal for transmitting civil engineering material information;
At least one sales terminal for transmitting cost information for the civil engineering material and transporting the civil engineering material selected by the customer terminal only at the time of selecting the cost of the transferred civil engineering materials; And
The construction information, the civil engineering material information, and the cost information for the civil engineering material are transmitted, the sales terminal that has transmitted the lowest cost information among the transferred cost information is selected, and the civil engineering material And a calculation server for calculating a transportation cost based on the calculated demand amount and the lowest cost information and transmitting the calculated transportation cost to the customer terminal to guide the settlement,
Wherein the calculation server comprises:
When information on the civil engineering material cost is transmitted from at least one sales terminal, at least one civil engineering material cost is classified by region and item, a list of the lowest civil engineering material cost and the lowest civil engineering material cost per item is generated Searches for sales terminals located nearest to the location information of the land transmitted from the customer terminal based on the list of the sales terminals classified by region, A bidding module for selecting a sales terminal that has transmitted the lowest civil engineering material cost for each item among the ordered sales terminals;
Collects and stores geological information for all regions of the country stored in the Korean Geological Society DB and compares and analyzes the stored geological information and the location information of the land transferred from the customer terminal to generate information about the geological condition of the present land Geological Information Collection Department;
If the civil engineering material transmitted by the customer terminal is suitable for the geological condition of the land and is not suitable for the geological condition of the land generated by the geological information collector, A material information guide module for transmitting appropriate civil engineering material information;
A comparison between the civil engineering material information transmitted from the material information guide module and the numerical information about the kind of the civil works work and the target land transferred from the calculation control section and the demand amount of the stone or aggregate required according to the value of the target land, A demand quantity calculating module for calculating a demand quantity of the item;
A cost for the transportation distance to the location information of the land transferred by the customer terminal based on the location information of the sales terminal selected from the customer terminal and the quantity and weight of the civil engineering material calculated through the demand quantity calculation module A transportation cost calculating module for calculating a transportation cost of the civil engineering material according to the rental cost of the necessary transportation means that can be performed;
And transmits the construction information, the civil engineering material information, and the civil engineering material cost information transmitted from the customer terminal and the sales terminal, respectively, and controls each component constituting the calculation server so as to calculate the transportation cost, A calculation control unit for transmitting the appropriate civil engineering material information to the customer terminal;
A cost settlement module for guiding a settlement method consisting of a prepayment method, a postpayment method, a partial prepayment method, and a partial settlement method for the calculated transportation expenses, and to make a refund for overpaid expenses according to a request for a cost refund of the customer terminal; And
The type of the civil engineering material, the information of the sales terminal carrying the transportation, and the transportation cost information, and transmits the maintenance request transmitted from the customer terminal to the calculation control unit, A customer management module for performing the customer management module;
Further comprising the step of: calculating the cost of the stone / aggregate transportation cost for civil engineering.
delete The method according to claim 1,
The bidding module,
Not only the information on the selected sales terminal but also the information on the sales terminal in the next order is transmitted together with information on the next highest order sales terminal within the upper 1% to the customer terminal through the calculation control unit, The information about the sales terminal corresponding to the lowest transportation cost calculated through the calculation server and the desired sales terminal among the sales terminals within the top 1% corresponding to the order of the order is selected. Cost calculation system. delete

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