KR-20260067798-A - AI-based garden design system with estimate calculation function

KR20260067798AKR 20260067798 AKR20260067798 AKR 20260067798AKR-20260067798-A

Abstract

The present invention relates to an AI-based garden design system having an estimate calculation function that can not only design a garden by considering sunlight information, climate information, and feature information based on location information of the construction target area requested by the client, along with the type, color, and quantity of plants selected by the client, but also calculate an estimate for construction based on the garden design. The present invention is intended to design a customized garden for a construction target area requested by a client, and comprises: a sunlight information collection unit that collects sunlight information based on shadow changes over a day in the construction target area; a climate information collection unit that collects climate information based on location information regarding the construction target area; a feature information collection unit that collects feature information existing in the construction target area; a construction possible area determination unit that sets a construction possible area within the construction target area where planting can be installed based on the sunlight information and the feature information; a planting recommendation unit that recommends the type and quantity of planting that can be installed in the construction possible area by considering the climate information and the sunlight information among a plurality of types of planting suitable for garden installation; a planting selection unit that selects the type and quantity of planting to be installed in the construction possible area according to the client's input from among the planting recommended by the planting recommendation unit; and an estimate calculation unit that estimates and provides the construction cost required to install the planting selected by the planting selection unit in the construction possible area.

Inventors

강희원
권지민

Assignees

주식회사 사람과초록

Dates

Publication Date: 20260513
Application Date: 20241106

Claims (7)

It is intended to design a custom garden for the construction site commissioned by the client, A sunlight information collection unit that collects sunlight information based on shadow changes over a day in the above-mentioned construction target area; A climate information collection unit that collects climate information based on location information regarding the above-mentioned construction target area; A feature information collection unit that collects feature information existing in the above-mentioned construction target area; A constructionable zone determination unit that sets a constructionable zone where planting can be carried out among the construction target area based on the above sunlight information and above feature information; A planting recommendation unit that recommends the type and quantity of planting suitable for construction in the construction-possible area, taking into account the climate information and sunlight information among multiple types of planting suitable for construction in a garden; A plant selection unit that selects the type and quantity of plants to be constructed in the construction-possible area according to the client's input from among the plants recommended by the plant recommendation unit; and An AI-based garden design system having an estimate calculation function, characterized by comprising: an estimate calculation unit that estimates and provides the construction cost required to construct the planting in the construction-possible area according to the type and quantity of planting selected by the planting selection unit.
In paragraph 1, The above estimate calculation unit A unit price calculation unit by type that calculates the total unit price by type of the above-mentioned food materials according to the unit price by type and the quantity by type of the above-mentioned food materials; A material cost calculation unit that calculates material costs by adding up all the combined unit prices by type of the above-mentioned planting materials and then adding up the costs for auxiliary materials required for the construction of the planting materials; A construction cost calculation unit that calculates the construction cost based on the number of personnel, working hours, and construction equipment required to construct the above-mentioned planting according to the type and quantity of the above-mentioned planting; and An AI-based garden design system having an estimate calculation function comprising: a construction cost estimation unit that estimates and provides construction costs based on the above material costs and above construction costs.
In paragraph 2, The above sunlight information collection unit A surrounding terrain feature search unit that searches for surrounding terrain features existing around the above-mentioned construction target area and causing shadows on the above-mentioned construction target area; A surrounding terrain feature height information collection unit that collects height information for the above-mentioned surrounding terrain features; A first unit zone division unit that divides the above construction target area into a plurality of first unit zones; A sunlight simulation unit that performs a sunlight simulation to determine whether shadows are formed, the time, and the area of shadows during the day based on location information of the construction target area and height information of the surrounding topographic features; and An AI-based garden design system having an estimate calculation function, characterized by comprising: a sunlight information output unit that calculates individual sunlight information for each of the first unit zones based on whether shadows are formed, time, and area during the day according to the sunlight simulation, and outputs the average value of the calculated individual sunlight information as sunlight information.
In paragraph 3, The above-mentioned property information collection department An image acquisition unit for acquiring a planar image of the above-mentioned construction target area; A second unit zone division unit that divides the above construction target area into a plurality of second unit zones on the above planar image; and An AI-based garden design system having an estimate calculation function, characterized by comprising: a unit area feature information collection unit that collects feature information for each second unit area by identifying objects identifiable as features appearing on the pixels of the above-mentioned planar image through an object analysis technique using image processing.
In paragraph 4, The above constructionable area determination unit A unit area overlapping section that overlaps the first unit area and the second unit area at corresponding locations; and An AI-based garden design system having an estimate calculation function, characterized by comprising: a constructionable zone determination unit that determines, on a zone basis, the constructionable zone where planting can be constructed within the construction target area based on the sunlight information of the first unit zone superimposed by the unit zone superimposition unit and the feature information of the second unit zone.
In paragraph 5, The above-mentioned planting recommendation section A planting information storage unit that stores growth information for multiple types of planting materials suitable for garden construction; A growth information matching unit that matches the type of plant material whose growth information corresponds to the climate information among the plurality of types of plant materials stored in the plant material information storage unit; A recommended planting determination unit that determines the type of planting matched by the growth information matching unit as a recommended planting unit; and An AI-based garden design system having an estimate calculation function, characterized by comprising: a quantity determination unit that determines the quantity of the recommended planting determined by the recommended planting determination unit to correspond to the area of the construction-possible zone.
In paragraph 4, An AI-based garden design system having an estimate calculation function, characterized by further comprising: a virtual construction image generation unit that generates a virtual image of the construction target area in which the planting selected by the planting selection unit is constructed in the construction possible area.

Description

AI-based garden design system with estimate calculation function The present invention relates to an AI-based garden design system having an estimate calculation function that can not only design a garden by considering sunlight information, climate information, and feature information based on location information of the construction target area requested by the client, along with the type, color, and quantity of plants selected by the client, but also calculate an estimate of the construction costs associated with the garden design. Generally, gardens (landscapes) are created in the yards of multi-family houses or country houses as needed or in accordance with building codes to achieve purposes such as environmental improvement, visual enhancement, improvement of quality of life, health promotion, and environmental protection. In particular, as the number of country houses increases rapidly due to the rapid rise in the number of people seeking an eco-friendly lifestyle or a safe and comfortable life with pets, interest in gardens is growing significantly. Meanwhile, it is desirable for a garden to be designed so that the most suitable types of plants are selected and planted in the most suitable locations, taking into account the amount of sunlight, climate, and topography of the construction site to be built, in order to improve life expectancy, reduce costs, and facilitate maintenance, while also meeting the client's requirements. However, since technology for designing gardens in consideration of the above factors has not been properly established, the reality is that only uniform gardens can be designed and constructed. Furthermore, there is a limitation in that it is impossible to accurately predict the construction costs required for garden construction, making it difficult to properly determine whether the costs are reasonable. Therefore, in order to break away from standardized structures and construct gardens with unique characteristics at a reasonable cost, it is necessary to research and develop technology that can not only conveniently and effectively design a garden that meets the client's requirements while considering the characteristics of the construction site, but also calculate and provide an estimate of the construction costs. FIG. 1 is a configuration diagram illustrating an AI-based garden design system having an estimate calculation function according to a preferred embodiment of the present invention. FIG. 2 is an example diagram illustrating the state in which a construction target area is divided into a plurality of first unit zones by the sunlight collection unit of an AI-based garden design system having an estimate calculation function according to a preferred embodiment of the present invention. FIG. 3 is an example diagram illustrating a state in which a construction target area is divided into a plurality of second unit zones by a constructionable zone determination unit of an AI-based garden design system having an estimate calculation function according to a preferred embodiment of the present invention. FIG. 4 is an example diagram illustrating a constructionable area determined by the constructionable area determination unit of an AI-based garden design system having an estimate calculation function according to a preferred embodiment of the present invention. The present invention relates to an AI-based garden design system having an estimate calculation function that can conveniently design a garden provided for purposes such as environmental improvement, visual enhancement, improvement of quality of life, health promotion, and environmental protection in the yard of a multi-family house or country house, or in accordance with building codes. In particular, the AI-based garden design system with an estimate calculation function according to the present invention is characterized by the fact that it can design a garden by considering sunlight information, climate information, and feature information based on location information of the construction target area requested by the client, as well as the type, color, and quantity of plants selected by the client, and can also calculate an estimate of the construction costs associated with the garden design. Hereinafter, an AI-based garden design system having an estimate calculation function according to a preferred embodiment of the present invention will be described in detail with reference to the attached drawings. An AI-based garden design system having an estimate calculation function according to a preferred embodiment of the present invention is designed to automatically design a customized garden for a construction target area (10) requested by a client, and as shown in FIG. 1, it may be composed of a sunlight information collection unit (200), a climate information collection unit (300), a geographical information collection unit (400), a construction feasible area determination unit (500), a planting recommendati