KR101043885B1 - System and method for designing an interior of an elevator in real time - Google Patents

Abstract

The present invention relates to an interior design system, a method of an elevator and a recording medium therefor. According to the present invention, a system for designing an interior and exterior of an elevator cage including a plurality of components includes: a first storage unit for storing main screen information and selected screen information; A second storage unit for storing an individual image of at least one of a model, a material, and a color of each component inside and outside the elevator cage, and a combination image in which the individual images are combined; A user interface unit for receiving a selection command and a combination command of the components from a user; The main screen information is extracted from the first storage unit, and the selected screen information and the individual image of the corresponding element are respectively selected from the first storage unit and the second storage unit in response to a selection command of the component input from a user. A processor for extracting and extracting a combined image of a corresponding component from the second storage unit in response to the combined command input from a user; And an output unit for outputting the main screen information, the selection screen information, the individual image, and the combined image extracted by the processor to at least one of a screen and a page.

Elevator cage, elevator interior, design, user interface, reflection effect

Description

System and method for designing an interior of an elevator in real time}

1 is a block diagram schematically showing an elevator design system according to the present invention;

2 shows an example of a main screen according to the invention;

3A-3C show examples of selection screens in accordance with the present invention;

Figure 4a is a view showing the main screen displayed with the details of the elevator cage (cage) in accordance with the present invention.

4b shows a main screen displaying a combination image of an elevator cage ceiling and its identifier in accordance with the present invention;

Figure 4c is a view showing a main screen displayed a combination image of the ceiling, the wall of the elevator cage in accordance with the present invention.

4d is a view showing a main screen on which a combination image of a ceiling, a wall, a floor, a cage door and a driving panel of an elevator cage is displayed according to the present invention;

Figure 4e is a view showing the front, rear three-dimensional image of the elevator displayed according to the three-dimensional image information in accordance with the present invention.

The present invention relates to an interior design system and method of an elevator, and in particular, an elevator interior design system for providing a three-dimensional interior image and quotation of an elevator in real time by combining images of respective components inside and outside an elevator cage selected by a user. And to a method.

In addition to industrialization, as buildings are getting higher, elevators that can conveniently move passengers up and down are widely used. Recently, the development of elevator technology has attracted much attention not only in elevator performance but also in the interior of the elevator.

Conventional elevator manufacturers provide customers with a catalog containing images of various components inside and outside the elevator cage in order to design the interior of the elevator as desired by the customer, and the desired image is selected by the customer. The elevator manufacturer forms a three-dimensional image that shows the combined state of the images of each component selected by the customer, provides the customer, and receives confirmation from the customer.

As such, when the conventional elevator interior design method selects an image of each component inside and outside the cage, designers combine the selected images to design the elevator interior and provide the customer again, thus requiring a lot of time for elevator interior design. There is this. In addition, when changing some components selected by the customer, it is cumbersome to form a three-dimensional image reflecting the changed components.

The present invention is to solve the above-mentioned problems, to provide an image of each component constituting the inside and outside of the cage of the elevator, receiving an image of each component from the user, combining the selected images three-dimensional interior of the elevator An elevator interior design system and method for providing images and quotations in real time.

According to the present invention, there is provided a system for designing an interior and exterior of an elevator cage including a plurality of components, including: a first storage unit for storing main screen information and selected screen information; A second storage unit for storing an individual image of at least one of a model, a material, and a color of each component inside and outside the elevator cage, and a combination image in which the individual images are combined; A user interface unit for receiving a selection command and a combination command of the components from a user; The main screen information is extracted from the first storage unit, and the selected screen information and the individual image of the corresponding element are respectively selected from the first storage unit and the second storage unit in response to a selection command of the component input from a user. A processor for extracting and extracting a combined image of a corresponding component from the second storage unit in response to the combined command input from a user; And an output unit for outputting the main screen information, the selection screen information, the individual image, and the combined image extracted by the processor to at least one of a screen and a page.

According to the present invention, a method for designing an interior and exterior of an elevator cage including a plurality of components may include storing main screen information and selection screen information, and selecting at least one of a model, a material, and a color of each component inside and outside the elevator cage. An individual image, a combination image of the combination of the at least two individual images, and text information of at least one component, storing the main screen information in response to a driving signal of a system, and a component selection command input from a user Extracting the selection screen information and the individual image of the corresponding component in response to the extraction, extracting the combination image of the corresponding component in response to the combination command input from the user, and extracting the extracted main screen information, selection screen information, and the individual image To output an image, a combined image to at least one of the screen and the ground Steps.

According to the present invention, a computer-readable recording medium for designing an interior and exterior of an elevator cage including a plurality of components includes at least one of main screen information, selection screen information, a model, a material, and a color of each component inside and outside the elevator cage. One individual image, a combination image of the at least two combinations of the individual images, and text information of at least one component, extracting the main screen information in response to a driving signal of a system, and selecting a component input from a user Extracting the selection screen information and the individual image of the corresponding component in response to a command, extracting the combination image of the corresponding component in response to a combination command input from a user, and extracting the extracted main screen information, selection screen information, At least one of the screen and the paper It includes an algorithm for outputting me.

Hereinafter, an interior design system and method of an elevator according to the present invention will be described with reference to the accompanying drawings.

As shown in FIG. 1, the interior design system 100 of an elevator according to the present invention includes a storage unit 110, a processor 120, an output unit 130, and a user interface unit 140.

The storage unit 110 includes a first storage unit 112 for storing main screen information and selected screen information, a second storage unit 112 for storing detailed items of each component inside and outside the elevator cage, and And a third storage unit 114 for storing quotation cost information corresponding to the detailed items.

Main screen information stored in the first storage unit 112 is configuration information of the main screen 200 shown in FIG. 2. The main screen information includes the position and size of the menu window 210 and the display window 220 forming the main screen 200, the menu displayed on the menu window 210, and the position and size of the component image displayed on the display window 220. Contains information. The menus can be found in each cage interior such as 'Load', 'Ceiling', 'Inner Wall', 'Cage Door', 'Floor', 'Indicator', 'Operating Panel (OPB)', 'Handle' etc. The icon of the component and the icon of the component of the cage entrance such as' outer wall ',' poster ',' hole door ',' hole indicator ',' light ',' hole button ', and' initialization ',' Command icons such as "Load", "Save", "Output", etc. The positional information of the components is positional information on which each component constituting the inside and the outside of the cage will be displayed.

The selection screen information stored in the first storage unit 112 is configuration information of the selection screen shown in FIGS. 3A to 3C. The selection screen information includes the size and location information of the area in which the detailed items of the selected component are displayed, and the information of command icons such as 'select', 'cancel', and 'remove'. More specifically, FIG. 3A is a selection screen in which text information is displayed in a table 310, and FIG. 3B is a selection screen in which models, materials, and colors of respective components are displayed in individual windows 321, 322, and 323. 3C is a selection screen in which the material and color of each component are displayed as separate windows 331 and 332.

The detailed items of each component stored in the second storage unit 114 include text information and image information. The text information includes the size of the cabin, the side wall and the rear wall according to the size of the cage. The image information includes cage contour information according to the size of the cage, individual images according to the model, material, and color of each component, and a combination image combining at least two of the model, material, and color. Each image is preferably stored in correspondence with an identifier previously given by the user. The identifier preferably represents the contents of an individual or combination image, and the identifier of the combination image preferably has a form in which each identifier of the individual images constituting the combination is combined. The file name of each image may replace the identifier.

The third storage unit 116 stores the cost information corresponding to the identifier or filename of each image stored in the second storage unit 114.

On the other hand, the storage unit 110 further includes a fourth storage unit 118 for storing the user's selection command information.

The processor 140 extracts main screen information from the first storage unit 112 in response to the driving signal of the system. The processor 140 analyzes the selection command input from the user on the main screen as shown in FIG. 2. If the selection command is a command for selecting components inside and outside the cage, the first storage unit 112 extracts the corresponding selection screen information, and the second storage unit 114 extracts detailed item information of the selected component. For example, when the user clicks 'Load' of the cage in the main screen as shown in FIG. 2, the selection screen information for configuring the selection screen as shown in FIG. 3A is extracted from the first storage unit 112, and the second storage is performed. The section 114 extracts the detailed item information of the cage size. As another example, if the selection command is a command for selecting a ceiling or an inner wall, selection screen information for constituting the selection screen as shown in FIG. 3B or 3C is extracted from the first storage unit 112 and the second storage unit 114 is selected. ) Extracts each individual image of model, material, and color, which are detailed item information of ceiling or interior wall. If the selection command is a command for selecting a command icon, an operation corresponding to each command, for example, storage, is executed. The processor 120 extracts at least one detailed item information from the second storage unit 114 in response to a selection command input from a user on the selection screen as shown in FIGS. 3A to 3C.

In addition, the processor 120 stores selection command information input from the user on the selection screen as shown in FIG. 3A in the fourth storage unit.

In addition, the processor 120 extracts the combination image of the corresponding element from the second storage unit 114 based on the combination command input from the user on the selection screen as shown in FIG. 3B or 3C and the first storage unit 112. Extracts the display position information of the component. For example, in the selection screen showing individual images of the model, material and color of the ceiling and the identifier (file name) of each individual image as shown in FIG. 3B, the user selects 'C-SL3', 'PAINT COLOR' and When the color 'LGM-922' is selected, the processor 120 combines the identifiers of individual images of the selected model, material and color to generate a combination identifier such as' C-SL3 / 'PAINT COLOR / LGM-922'. , Extracting the combination image having the same identifier (or file name) as the combination identifier from the second storage unit 114, and in the first storage unit 112 the position information where the corresponding element is to be located in the menu window 210; Extract.

In addition, the processor 120 receives third selection information about not only a ceiling but also other components such as a wall and a floor, and the combination storage image of each component in the second storage unit 114 based on the third selection information. The location information of each component is extracted from the first storage unit 112. When the combination image and the location information of two or more components are extracted, the processor 120 generates image processing information in consideration of a reflection effect between the component images.

In addition, the processor 120 forms front and rear 3D image information of the elevator in response to a user's view selection command input on the main screen. At this time, three-dimensional image information is formed based on the combination image of each component already selected.

In addition, the processor 120 extracts an estimate cost corresponding to the identifier of each combination image from the third storage unit 116 in response to an estimate calculation request input from the user, and calculates a total sum based on the extracted estimate cost. do.

The display unit 130 includes a screen output unit 131 and a ground output unit 132. The screen output unit 131 includes various types of monitors, and the ground output unit 132 includes a printer.

The screen output unit 131 is shown in FIG. 2 based on main screen information, selection screen information, detailed item information of components, location information of components, image processing information, and 3D image information input from the processor 120. The main screen, the selection screen shown in FIGS. 3A to 3C, and the progress screen of interior design shown in FIGS. 4A to 4E are displayed in real time. In addition, the screen output unit 131 displays the details of the elevator cage selected on the main screen together, as shown in Figure 4a, and displays a combination image of each component such as the ceiling and its identifier as shown in Figure 4b do. 4C shows a state in which a combination image of a ceiling and a wall is extracted and displayed on the screen output unit 131, and FIG. 4D shows a screen in which a combination image of a ceiling, a wall, a floor, a cage door, and a nuclear power plant panel is extracted. The state displayed on the output unit 131 is shown. 4E shows front and rear three-dimensional images of an elevator displayed according to three-dimensional image information.

In addition, although not shown in the drawing, the screen output unit 131 displays the estimated cost and the total sum corresponding to the identifier of each combination image input from the processor 120.

The ground output unit 132 outputs at least one combination image currently displayed on the screen in response to the 'output' command input from the user on the main screen, or based on the 3D image information input from the processor 120. As shown in FIG. 4E, a 3D image may be output.

The user interface unit 140 receives a user command such as a selection command, a combination command, a quotation calculation request, etc. of components and detailed items, and delivers the user command to the processor.

Meanwhile, the elevator interior design system according to the present invention is connected to a server through a communication network such as a server computer including the storage unit 110 and the processor 120 and the Internet according to the present invention, and includes a user interface unit 140. It can be implemented as a client computer. The user interface 140 may use an input device such as a keyboard, a mouse, and a touch screen connected to the client computer. In addition, the screen output unit 131 according to the present invention may be a monitor connected to the client computer, and the ground output unit 132 may be a printer connected to the client computer or the server computer.

It is to be understood that the above described embodiments are merely illustrative of some of the various embodiments employing the principles of the present invention. It will be apparent to those skilled in the art that various modifications may be made without departing from the spirit of the invention.

As mentioned above, the present invention may store images of the components constituting the elevator, select a desired image for each component, and combine them to show the interior image of the elevator in real time.

In addition, the estimated cost for the elevator interior selected by the customer can be calculated in real time to help the customer select the elevator interior.

Claims (11)

In a system for designing inside and outside of an elevator cage comprising a plurality of components, A first storage unit for storing main screen information and selection screen information; A second storage unit for storing an individual image of at least one of a model, a material, and a color of each component inside and outside the elevator cage, and a combination image in which the individual images are combined; A user interface unit for receiving a selection command and a combination command of the components from a user; The main screen information is extracted from the first storage unit, and the selected screen information and the individual image of the corresponding element are respectively selected from the first storage unit and the second storage unit in response to a selection command of the component input from a user. A processor for extracting and extracting a combined image of a corresponding component from the second storage unit in response to the combined command input from a user; And And an output unit for outputting the main screen information, the selected screen information, the individual image, and the combined image extracted by the processor to at least one of the screen and the ground. The method of claim 1, And the second storage unit further stores text information of at least one component. The method of claim 1, The processor generates image processing information reflecting the reflection effect between the component images when extraction of the combined image of at least two components is completed, And the output unit displays at least two combination images based on the image processing information. The method of claim 1, And a third storage unit for storing an estimate cost corresponding to each of the individual image and the combination image of each of the plurality of components. Elevator cage interior and exterior design system. The method of claim 4, wherein And the processor extracts an estimate cost corresponding to each combination image from the third storage unit and calculates a total sum based on the extracted estimate cost in response to an estimate calculation request input from a user. A method of designing an interior and exterior of an elevator cage comprising a plurality of components, Save main screen information and selection screen information, Storing at least one individual image of a model, a material, and a color of each component inside and outside the elevator cage, a combination image of at least two combinations of the individual images, and text information of at least one component; Extracting the main screen information in response to a drive signal of a system; Extracting the selection screen information and the individual image of the corresponding component in response to a component selection command input from a user, In response to the combination command input from the user, extract the combination image of the corresponding component, And outputting the extracted main screen information, selection screen information, individual images, and combined images to at least one of a screen and a ground. The method of claim 6, When the extraction of the combined image of at least two components is completed, image processing information reflecting the reflection effect between the component images is generated, And displaying at least two combination images based on the image processing information. The method of claim 6, Storing an estimate cost corresponding to each of the individual image and the combination image of each of the plurality of components, And extracting an estimate cost corresponding to each combination image in response to a quote calculation request input from a user, and calculating a total sum based on the extracted estimate cost. A computer-readable recording medium for designing inside and outside of an elevator cage comprising a plurality of components, Main screen information, selection screen information, individual images of at least one of a model, material, and color of each component inside and outside the elevator cage, a combination image of at least two combinations of the individual images, and text information of at least one component and, Extracting the main screen information in response to a drive signal of a system, extracting the selected screen information and the individual image of the corresponding component in response to a component selection command input from a user, and responding to a combination command input from a user Extracting a combination image of a corresponding component, and outputting the extracted main screen information, selection screen information, individual image, and combination image to at least one of a screen and a ground; computer reading for interior and exterior design of an elevator cage Possible recording media. The method of claim 9, The algorithm is When the extraction of the combined image of at least two components is completed, image processing information reflecting the reflection effect between the component images is generated, And displaying at least two combination images on the basis of the image processing information. 11. The method according to claim 9 or 10, The computer-readable recording medium for designing the inside and outside of the elevator cage further includes cost information corresponding to each of the individual image and the combination image of each of the plurality of components, The algorithm may further include extracting an estimate cost corresponding to each combination image in response to an estimate calculation request input from the user, and calculating a total sum based on the extracted estimate cost. Readable record carrier.

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