KR100976018B1 - Automatic evaluating method for Green business and The device - Google Patents

Abstract

The present invention comprises the steps of receiving a plant species from the user; Determining load and soil depth of the plant according to the received plant species, determining soil volume and soil load according to the selected cover area, and determining the price of the plant and soil to be used; And it provides an automatic evaluation method and a device that can be used for the greening project comprising the step of transmitting the load and price of the plant and soil obtained to the user.

Greening business, automatic evaluation

Description

Automatic evaluating method for green business and the device}

The present invention relates to a method and apparatus for pre-evaluation required for performing a recording business, and more particularly, to select a recording type to be obtained simply through a network such as the Internet. The present invention relates to a method and apparatus for automatically evaluating a greening business, which makes it easy to obtain information on costs.

In the present invention, the term "greening business" refers not only to greening such as trees and soil for planting it, but also to fertilization, and generically refers to businesses related to the production, sales, and construction of infrastructure, packaging facilities, and various facilities required for this purpose. Used in the sense.

According to the conventional greening business, it was difficult to predict in advance the feasibility of the greening business to be carried out under predetermined conditions by the client or the contractor who designs and constructs it. In other words, the owner of the greening project has difficulty in securing decision-making data to decide whether to build the project because it does not have information on soil or soil required by the species of plant to be planted, and it cannot predict the cost. Have been through.

The present invention has been made to solve the problems of the prior art as described above, the object of which is to simply select the recording type to obtain simply through a network, such as the Internet, and according to the material and cost required The purpose of the present invention is to provide a method for automatically evaluating greening projects, which makes it easy to obtain information.

Another object of the present invention is to provide an automatic evaluation apparatus for a recording business, which enables the user to easily select a recording type to be obtained through a network such as the Internet, and thereby easily obtains information on materials and costs required. have.

The technical problem as described above is achieved by the following configuration according to the present invention.

(1) receiving a plant species from a user; Determining load and soil depth of the plant according to the received plant species, determining soil volume and soil load according to the selected cover area, and determining the price of the plant and soil to be used; And transmitting the load and the price of the obtained plant and soil to the user.

(2) The method of (1) is the step of receiving the selection of any one infrastructure selected from the group consisting of waterproof, waterproof and waterproof and weatherproof facilities as infrastructure; Computing the total load and price of the selected infrastructure and transmitting the same to the user automatic evaluation method of the greening business.

(3) In the above (1), when the packaging is selected, the automatic evaluation method of the greening business further comprises the step of calculating the load and price of the entire packaging according to the selected packaging material and transmitting it to the user.

(4) In the above (1), if the facility is selected, the automatic evaluation method of the greening project further comprises the step of calculating the load and price of the entire facility according to the selected facility and transmitting it to the user.

(5) totaling the loads and prices of each item obtained by at least one selected from the items (1) to (4), respectively, and determining whether they fall within a defined load and budget range; And transmitting the determined result value to a user.

(6) input and output unit for receiving data from the user; A data processor for determining a load, a price, or a load and a price of the plant, the soil, or the plant and the soil according to the input plant species; And a database unit for storing data relating to plants, soil, or plants and soil, and interworking with the data processing unit.

(7) The data processor of (6) above determines the load and price of at least one or more facilities selected from the group of infrastructure, packaging, and facilities, and includes the total loads and prices within the defined load and budget range. And an automatic evaluation apparatus for the greening project, further comprising means for determining whether or not it is.

According to the above configuration of the present invention, it is possible to simply select the recording type to be obtained through a network such as the Internet, thereby making it possible to easily obtain information on material and cost required.

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

As shown in Figure 1, the automatic evaluation method of the greening business according to the present invention comprises the steps of receiving a plant species from the user; Determining load and soil depth of the plant according to the received plant species, determining soil volume and soil load according to the selected cover area, and determining the price of the plant and soil to be used; And transmitting the load and the price of the obtained plant and soil to the user.

At this time, the user can determine the area to be covered with the plant. If the user does not decide on the cover area, the server side may specify it arbitrarily.

The user inputs the plant species to be covered through the input window. Plant species are not particularly limited, and can be broadly divided into trees (evergreen trees, deciduous trees), shrubs (evergreen shrubs, deciduous shrubs), vine plants (evergreen, deciduous trees), and ground plants (evergreens, deciduous trees).

Evergreen trees include yew, birch, fir, Himalayasida, Kaizuka, Magnolia, Wako, hinoki, pine, German spruce, mineral wood and pine.

Examples of deciduous trees include ginkgo, larch, alder, birch, cherry, bamboo, persimmon, cedar, zelkova, zelkova, plum, maple, inflorescence, dogwood, and pottery.

Evergreen shrubs include palm trees, oleanders, tea trees, cedars, holly, snowwood, oak, gardenia, and return trees.

Deciduous shrubs include Youngsan Hong, Rhododendron, Hydrangea, Myeongja, Gwakhwa, Arrow Tree, Rose of Sharon, Rose, Nakhong Hong, and Baeklihaeng.

Evergreen vines include honeysuckle, songak, filigree, maram, and honey.

Deciduous vine plants include Schisandra chinensis, Wisteria, Jacaranda tree, Ivy, Maroon, Blue vine, Creeper vine and the like.

Evergreen grass plants include Megmun-dong, Suhocho, and rock odors.

Deciduous skin plants include raspberry, lily of the valley, hibiscus, grass, and grass.

Once the plant species is selected, the load on the plant can be determined. Plant loads can be used as the average load for each plant, and these information can be obtained from a variety of published sources.

In addition, the effective depth is determined by the plant species entered. This may be different depending on the plant to be covered effective soil, this information is provided by the Korea Roof Greenery Association, as shown in Table 1.

TABLE 1

Planting Effective soil depth (cm) Remarks Grass 15 Grass, various vegetables, flowers Short trees 30 Rhododendron, azaleas, boxwood, famous trees Medium Key Trees 45 Lilac, Wisteria, Vine Tall trees 60 Maple, magnolia, juniper, yew, pine, fruit trees such as apples and pears Trees that grow very tall over 90 Zelkova, Ginkgo, etc.

When the effective depth as shown in Table 1 is determined, the load of the soil can be determined accordingly. Soil loads vary with each soil used and this information can be obtained from a variety of published sources.

In addition, the volume of the soil can be calculated according to the cover area from the obtained effective depth. Such soil volume information can be used as a basis for calculating the price and construction cost of the entire soil to be used later. In other words, the determination of the soil price and plant price can be calculated through the following example.

Soil price = (soil price per unit volume * volume) + (soil volume * construction cost per unit volume)

Plant price = (Plant price per unit area * area) + (Plant green screen area * Construction cost per unit area)

Through the above process, it is possible to obtain the total load and price of the soil and plants necessary for the greening business, and the result is sent to the user.

In the present invention, the evaluation of the infrastructure that may be required for the greening business may be further included. Examples of infrastructure could be waterproofing, waterproofing, draining or permeation. Among them, waterproofing and waterproofing can be classified as infrastructure, and drainage or permeation facilities (sheets) can be classified as optional.

When the infrastructure is input by the user, the total load and price of the selected infrastructure are calculated. The load of the infrastructure is determined based on the load information of the material already known on the basis of the rooftop green area, and the price is determined according to the input base material (base price per unit area * area) + (construction area per unit area). It can also be determined through an equation.

In the present invention, it is also possible to select a package to be used for the greening business. At this time, the packaging material may be rubber, deck, natural stone, grass, flagstone and the like. If a particular packaging material is selected by the user, the load and price of the entire packaging can be calculated accordingly. The load of the package can be determined based on the facility area (total-cover), determined from the load information of the known materials, and the price is (packaging price * area) + (packaging area * construction cost) depending on the packaging material entered. It may be determined through the equation.

In the present invention, it is also possible to select facilities to be used in the greening business. In this case, the facility may be a bench, a pergola, a table, or the like. When a particular facility is selected by the user, the load and price of the entire facility can be calculated accordingly. The load on the plant can be set for each plant, and the total load depends on the quantity used. The price of the facility is the standard price for each facility and can be obtained by multiplying the quantity used.

In the present invention, if necessary, in addition to the items related to the plant and the soil, at least one or more items relating to the infrastructure, packaging, facilities. For example, if all items relating to plants and soil, infrastructure, packaging, and facilities are selectable, it may be determined whether the total loads and prices of the materials obtained from each of these items fall within the defined loads and budgets. The result obtained at this time can be provided as a decision means for determining whether to proceed with the recording business by displaying on the user's monitor.

Figure 2 shows a preferred embodiment of the automatic evaluation method of the greening business according to the present invention. According to this, the load and price of the plant and soil, the load and price of the infrastructure, the load and price of the pavement, and the load and price of the facility can be determined according to the area to be covered, and the values obtained are included within the budget. After it is determined whether or not it is determined whether it is within the range of the specified load, it can be determined. The result of this judgment may be provided as judgment data for determining whether or not to proceed with the recording business.

In addition, it is also possible to transmit the effects on the energy reduction effect, rainwater reduction effect, animal and plant attraction effect according to the selected greening method together with these results.

Figure 3 shows the configuration of the premise system for implementing the automatic evaluation process of the greening business according to the present invention.

The automatic evaluation system of the recording business according to the present invention is composed of a client 10, a server 20 and a database (30). In the case of an operator providing an evaluation service of the dual recording business, the server 20 and the database 30 may be configured.

The server 20 includes an input / output unit 21 for transmitting and receiving input data and output data through a client and a network, and a data processing unit 22 for determining a load and a price of the input material. The data processing unit 22 ) Again includes a load determining unit 23 and a price calculating unit 24 for each material input from the client 10. This data processing unit 22 is linked with a database unit 30 that manages various data.

The data processor 22 mounted on the server side includes a computer-readable executable program, which may be implemented in software, hardware, or firmware.

This type of database includes plant material, soil material, infrastructure, packaging materials, and facilities. Plant materials include tree name, size, price (㎡), load, effective soil (m), climate zone, maternity, temperature reduction effect, stormwater runoff effect, animal attraction effect, family, scientific name, habitat, habitat environment, flowering time, Flower colors, features, photo numbers, etc. can be organized in a table.

Soil material can be composed of table name, characteristics, price (㎥), load (kg / ㎥), water load, maternity, animal attraction effect, temperature reduction effect, stormwater runoff, handling company.

The infrastructure can be organized by name, specification, price (㎡), load (kg), waterproof worker, maternity, characteristics, handling company, etc.

The packaging material may be composed of a product name, a standard, a unit price (m 2), a load, a handling company, and the like in a table.

The facility can be composed of a table of product name, specification, unit price (㎡), load, handling company, etc.

In the above data, the energy reduction effect is 258.75 × 0.07 × temperature × 112.4 (`` 258.75 kW / month '' is 1.725 kWh (L company's 23 equilibrium stand type air conditioner) × 5 hours (daily air conditioner operating time) × 30 days, Is the power consumption required to lower the room temperature by 1 ° C (7%), the temperature is the room temperature is reduced, and 112.4 won represents the average selling price of power bills for homes.

In addition, rainfall reduction is the effect of slowing down the runoff time because rainwater does not flow to the surface during rainy weather. This can be determined by the equation 1344.5-52x when the depth is x. In general, rooftop greening of 10cm in depth is known to reduce rainfall over 6 ~ 17mm and delay rainwater for 1 ~ 11 hours.

The effect of temperature reduction has the effect of lowering the temperature inside the building by acting as a heat insulator during greening of the roof, leading to a reduction in energy consumption of each building, which can be determined by experiments. This effect can be determined from the following equation depending on the depth and plant material.

Flowers: Surface temperature of rooftop greenery = Surface temperature of concrete floor -21-0.16

Shrubs: Rooftop greenery surface temperature = Concrete floor surface temperature -23-0.1 (soil-30)

Trees: surface temperature of rooftop greenery = surface temperature of concrete floor -25-0.05 (soil-70)

As shown in http://blog.daum.net/biopjbok/7789553 , the animal and animal attracting effect is a harmonious species of wild animals, such as bark, red bean, wild cherry, barberry, oak, oak, rowan and juniper. He is holding arrowheads, redwoods, cypresses, maples, and persimmons.

When the input / output unit 21 constituting the data processing unit 22 receives data for a specific item from the client 10, the load determining unit 23 constituting the data processing unit 22 is required from the database unit 30. The data is retrieved to determine the total load on the material entered. Since the process of determining the load has been described above, the description thereof will be omitted here.

In addition, the price calculation unit 24 constituting the data processing unit 22 retrieves necessary data from the database unit 30 and determines the total price for the inputted material. Since the price determination process has been described above, the description thereof will be omitted here.

As a result, the load and price for all the selected items are determined, and the data processing unit 22 on the server side can determine whether it is within a predetermined load and budget, and present the result to the user.

With these results, it is possible to transmit the energy reduction effect, rainwater reduction effect, animal and plant attraction effect according to the selected greening method. These effects can be obtained from data already stored in the database unit 30 depending on the material selected.

By this process, the user can easily select the recording type to be obtained through a network such as the Internet, thereby easily obtaining information on materials and costs required.

The automatic evaluation method and apparatus of the greening business of the present invention can be applied to all fields of rooftop recording, wall recording, and horizontal recording.

However, in the case of wall recording and horizontal recording, loads of plants or soil need not be considered.

Wall recording should be melted into a wire, panel, mesh, planter, etc. and made available for user selection. The user can select the desired plant and finally be presented with the total price required for greening.

In the case of horizontal recording, the user inputs the recording width, facility width, and length of the horizontal recording from the user, and calculates the recording cost at the part of the recording, and inputs the price of the floor pavement material at the facility width. Show effect.

As described above, it has been described with reference to the preferred embodiment of the present invention, but those skilled in the art various modifications and changes of the present invention without departing from the spirit and scope of the present invention described in the claims below I can understand that you can.

1 is an execution process of the automatic recording project evaluation method of the present invention according to the first aspect.

Figure 2 is a process of execution of the automatic recording project evaluation method of the present invention according to the second aspect.

3 is a block diagram of an automatic evaluation system for greening project according to the present invention.

<Code Description of Main Parts of Drawing>

10: Client 20: Server

21: input / output unit 22: processing unit

23: load determination section 24: price calculation section

30: database part

Claims (7)

Receiving, by the input / output unit, at least one selected from a client terminal, a plant species, a type of infrastructure, a type of packaging material, and a type of facility; The data processing unit determines the load and effective soil of the plant according to the plant species input from the client, determines the soil volume and soil load according to the selected cover area, determines the price of the plant and soil to be used, and together with the Determining at least one load and price selected from the infrastructure, packaging and facilities received from the client: and the data processing unit comprises at least one selected from the determined plant species and soil and the group of infrastructure, packaging and facilities. The total load and price of one species are summed up to determine whether they are included in the specified load and budget range, and the data of the energy reduction effect, storm runoff reduction effect, temperature reduction effect, and animal and plant attraction effect are outputted together with the result. Automatic evaluation method of the recording business comprising the step of transmitting to the client terminal. delete delete delete delete delete delete

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