JP2011184973A - Device for preparing siding-board-attached shape - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the following problem: as a shape of a wall surface and a shape of a siding board are prepared by hand, much efforts are involved, which leads to a long-time work. <P>SOLUTION: When a camera 1 takes an image of the wall surface of a house, to which the siding board is attached, and an imaging signal is input to a personal computer 2, the imaging signal is converted into a display signal by an image conversion part 2a incorporated in the personal computer 2. As shown in Fig.2, the image A of the wall surface of the house is displayed on a display device 3 connected to the personal computer 2. In the image A of the wall surface of the house, a doorway B and a window C are displayed on the first floor, and a window D and small windows E, F, and balconies G, H are displayed on the second floor. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention is a siding board pasting shape for creating a shape for pasting a siding board made of ceramic cement with a brick-like pattern or a rock-like pattern formed on the surface as a wall material of a house, according to the side of the house The present invention relates to a creation device.

    Conventionally, as shown in Fig. 9, siding boards processed into a plate shape with ceramic cement use siding boards such as Brick pattern B formed on the surface and siding boards such as rock patterns as wall materials for houses. In order to do this, as shown in FIG. 10, the rectangular member C or the inclined member D is cut at the cutting points E, F, G with a saw or the like, and is adhered to the surface of the house or is used. Yes.

  However, when such a siding board A is actually processed as a wall material for a house, it is created by actually measuring the wall surface of the house and inputting the measured data into a personal computer to create the shape of the wall surface. The shape of the siding board to be pasted on the video on the wall surface was written and the shape of the siding board was determined, but it takes a lot of time and labor to create the wall surface shape and the siding board shape manually. There was a problem that it was necessary to work.

Japanese Patent Application No. 2009-085444

  The problem to be solved is that it takes a lot of time and labor for a long time to create the shape of the wall surface and the shape of the siding board by hand.

  The present invention relates to a camera for imaging a side wall of a house, an input device for inputting a data signal obtained by actually measuring a part of the side wall of the house, and shape data of a siding board, a video signal from the camera, and data from the input device. A personal computer having an image conversion unit for converting the signal into an image signal, a display device for displaying the image signal converted by the image conversion unit of the personal computer, and a data signal obtained by actually measuring a part of the side wall. The writing device for writing to the image displayed on the display device, and the personal computer, based on the written actual measurement data of a part of the side wall of the house and the shape data of the siding board, to the image signal of the side wall of the house A siding board shape creation unit for creating a siding board shape to be attached to a side wall of a house; And has a shape data image converting unit that converts the shape data of siding boards created image signal to be displayed on said display unit in Ingubodo shape creation unit.

  In the present invention, an image of the wall surface of the house to which the siding board is attached is captured by a camera, and the image signal is input to the personal computer, whereby the wall surface of the house is displayed on the display device of the personal computer. By inputting the measurement data of a part of the house and the siding board shape data, the siding board shape to be pasted on the wall surface of the house can be easily created by the siding board shape creation part of the personal computer. There is an advantage that the work efficiency is very good.

FIG. 1 is a block diagram of a siding board pasting shape creation apparatus according to an embodiment of the present invention. FIG. 2 is a wall view of a house to which a siding board is attached. FIG. 3 is a diagram in which a reference line is written on the wall surface of the house to which the siding board of FIG. 2 is attached. FIG. 4 is a diagram in which the shape of the siding board to be attached to the wall surface of the house in FIG. 2 is created. FIG. 5 is a diagram in which a reference line is written on the wall surface of a house to which another siding board is attached. FIG. 6 is a diagram in which the shape of the siding board to be attached to the wall surface of the house in FIG. 5 is created. FIG. 7 is a diagram in which a reference line is written on the wall surface of a house on which another siding board is pasted. FIG. 8 is a diagram in which the shape of the siding board to be attached to the wall surface of the house in FIG. 7 is created. FIG. 9 is a plan view of the siding board. FIG. 10 is a plan view of the processed siding board.

  In the present invention, the wall surface of the house is imaged with a camera, the video signal captured with the camera is captured in a personal computer, the image signal captured in the personal computer is displayed on a display device, and the measurement data of a part of the house and the siding board The shape is written on the display device by a writing device, and the personal computer pastes the image signal of the side of the house on the side of the house based on the written measurement data of a part of the side of the house and the shape data of the siding board. The shape of the siding board to be attached is created.

  FIG. 1 is a block diagram of an apparatus for creating a siding board pasting shape according to an embodiment of the present invention. A camera 1 captures an image of a wall surface of a house to which a siding board is pasted, and a captured signal is a personal computer 2. Is converted into a display signal by the image conversion unit 2a built in the personal computer 2, and an image A of the wall of the house is displayed on the display device 3 connected to the personal computer 2 as shown in FIG. However, in the video A on the wall of the house, an entrance B and a window C are displayed on the first floor, and a window D, small windows E and F, and balconies G and H are displayed on the second floor.

  Further, the personal computer 2 is connected with an input device 4 and a writing device 5, and the input device 4 uses the data of the length a and width b of the siding board and the left end A1 of the entrance B on the first floor from the right end of the wall surface of the house, for example. When the data c measured in advance is input to the personal computer 2 by the input device 4 and the data c measured in advance by the writing device 5 is written in the image A of the wall of the house displayed on the display device 3, the personal computer As shown in FIG. 3, the siding board shape creation unit 2b built in 2 displays a vertical line d at the position of the length a of the siding board S from the right end A1 of the image A on the wall surface of the house on the display device 3. Further, a vertical line e is displayed at a position of the length a of the siding board from the vertical line d, and the width of the siding board S from the lower end A2 of the image A on the wall surface of the house. The horizontal line f of b is sequentially displayed up to f1, f2, f3... f17.

  By displaying in this way, as shown in FIG. 4, the siding board S1 using one siding board S is displayed on the image A of the wall surface of the house, and the siding board S2 below the entrance B is a part of the entrance B. The right side of the entrance B is a siding board S3 having a width from the right end A1 of the image A of the house wall to the entrance B, and the left side of the entrance B is a siding board S4 having a width of the entrance B and the vertical line e. Is displayed above the siding board S1 on the lower side of the window C on the first floor, and a siding board S5 in which the window C on the first floor of one siding board S1 is cut out is displayed on the right side of the window C on the first floor. Shows a siding board S6 with a vertical line d and the width of the window C, and above the window C on the first floor, a siding board S7 with the window C cut off on the first floor is displayed. In addition, siding boards S8 and S9 are described in the width of the left side A1 of the first floor of the vertical line e and the left end A3 of the image A of the wall of the house, and the balcony G is formed on the upper end A4 of the first floor. A narrow siding board S9 is displayed on S8, a siding board S10 excluding the balcony G at the upper end A4 is displayed on the siding board S1, and a vertical line e and a house are displayed on the siding board S10. A siding board S11 having a width of the left end A5 of the image A of the wall surface is displayed, and a siding board S12 in which the lower side of the window D is cut from one siding board S is displayed below the window D on the second floor. A siding board S13 having a width of the right end A1 of the image D of the window D and the wall surface of the house is displayed, and a sizing board having a width of the right end A1 of the image A of the small window F and the wall surface of the house is displayed. The siding board S14 is displayed, the siding board S15 is displayed between the small windows E and F, the siding board S16 in which the upper portions of the small windows E and F are cut out is displayed above the small windows E and F, and the balcony. A siding board S17 having a width of the siding board S1 is displayed under H, a narrow siding board S18 is displayed immediately below the balcony H, and a siding board S19 is displayed under the balcony G.

  In the present invention, the signal of the image A of the wall of the house imaged by the camera 1 is input to the personal computer 2, and the data of the length a and width b of the siding board and the right end of the wall surface of the house, for example, are input by the input device 4. When the data c obtained by actually measuring the distance from the first floor entrance B to the left end A1 is input to the personal computer 2 by the input device 4, the siding board shape creation unit 2b built in the personal computer 2 displays the display image A on the wall surface of the house. Considering the shape S1 of the siding board S and the entrances and exits B, windows C and D, small windows E and F, and balconies G and H, one siding board S1 and siding boards S2 to S18 each subdivided are displayed. Since it is displayed on the display image A on the wall surface of the house of the device 3, by printing out this image, It is possible to create a siding board S2~S18 that the Gubodo S1 cut into each.

  FIG. 5 is a photograph of one wall surface of another house, where the first floor windows C and D and the second floor window E are displayed in the display image A on the wall surface of the house, and the right end A1 of the wall display screen A, A lower end A2 and a left end A3 are displayed, and a vertical line d is displayed from the left end A3 of the display screen A on the wall surface to a position a of the length a of the siding board S, and a position of the length a of the siding board S from the vertical line d A vertical line e is displayed, and horizontal lines f1, f2,..., F13 are displayed at the position of the width b of the siding board S from the lower end A2 of the display screen A on the wall surface of the house as shown in FIG. Thus, the siding board S1 using one siding board S is displayed on the image A of the wall surface of the house, and the siding boards S2 and S3 obtained by cutting out the window C from the siding board S1 are displayed above and below the window C. Siding on the left side of the window d S4, S5 are displayed, siding boards S6, S7 are displayed on the right side of the window d, S8, S9, S10, S11, S12, between the right end A1 of the display screen A on the wall of the house and the vertical line e S13 is displayed, the siding board S14 is displayed on the siding board S13, the siding board S15 lacked by the balcony G is displayed on the left side of the siding board S14, and the vertical line d above the siding board S15 and the wall surface of the house Siding boards S16, S17, S18, S19, S20 are displayed between the right ends A4 of the second floor of the display screen A, and a triangular siding board S21 lacking due to the right inclination of the roof is displayed on the siding board S20. Siding lacked by the left slope of the roof on the left side of the siding board S21 A siding board S22 is displayed on the siding board S22. A siding board S24 is displayed on the lower side and the left side of the window E, and a siding is displayed on the left side of the window e. Boards S25 and S26 are displayed.

  In this way, the present invention displays a vertical line d on the display screen A on the wall surface of the house different from that in FIG. 4 at the position of the length a of the siding board S1 from the right end A3 of the display screen A of the house. The vertical line e is displayed from the vertical line d to the position of the length a of the siding board S1, and sequentially from the lower end A2 of the display screen A of the house to the position of the width b of the siding board S1, f1, f2,. Are sequentially displayed, the siding board S1 and the siding boards S2 to S26 obtained by dividing the siding board S1 are displayed.

    FIG. 7 is a photograph of a wall surface of another house. In the display image A of the wall surface of the house, the entrance B is displayed on the first floor, windows C and D are displayed on the second floor, and the garage is on the right side of the first floor. The right end A1, the lower end A2, and the left end A3 on the garage side of the display screen A on the wall surface of the house are displayed, and the horizontal line d extends from the lower end A2 of the display screen A on the wall surface to the position of the length a of the siding board S1. , And a horizontal line e is displayed from the horizontal line d to the position of the length a of the siding board S. As shown in FIG. 8, a vertical line f1 is positioned at the approximate center of the roof A5 of the display screen A on the wall surface of the house. The vertical line f2 is displayed at the position of the width b of the siding board S on both sides, the vertical line f3 is displayed outside the vertical line f2, and the vertical lines f4, f5, and f6 are displayed on the right side of the vertical line f2. By displaying, the siding board S2 lacking the window C and the window D is displayed. The siding board S3 lacking the window C portion of the siding board S1 is displayed on the left side of the window C, and the siding board S4 lacking the window D portion of the siding board S1 is displayed on the left side of the window C. Siding boards S5, S6 are displayed above and below, siding boards S7, S8 are displayed above and below the window D, and a siding board S11 is displayed between the left end A3 of the display screen A on the wall of the house and the siding board S3, The siding board S12 is displayed under the siding board S11, the siding board S13 is displayed between the siding board S12 and the entrance B, and the siding board S14 is provided between the left end A1 of the display screen A on the wall surface of the house and the siding board S4. The siding buttons are displayed in order from the left between the horizontal line e and the roof. De S15, S16, S17, S18, S19, S20, S21 are displayed.

  In the present invention, the signal of the image A of the wall of the house imaged by the camera 1 is input to the personal computer 2, and the data of the length a and width b of the siding board S1 and the right end of the wall of the house are input by the input device 4. When data c measured in advance from A3 to the left end A4 on the second floor is input to the personal computer 2 by the input device 4, the siding board shape creation unit 2b built in the personal computer 2 enters and exits the display image A on the wall surface of the house. Considering the part of B and windows C and D and the garage, the siding boards S2 to S21 obtained by subdividing one siding board S1 are displayed on the display image A on the wall surface of the house of the display device 3. Is printed out to create siding boards S2 to S21 that are separated from the siding board S1. It is possible.

  In the above embodiment, the side wall of a large house. Although the pasting shape of the siding board S is created, a small house and various shaped houses can be created in the same manner.

1 Camera 2 Personal Computer 3 Display Device 4 Input Device 5 Writing Device

Claims (1)

  A camera that images the side wall of the house, an input device that inputs a data signal obtained by actually measuring a part of the side wall of the house, and shape data of the siding board, a video signal from the camera, and a data signal from the input device as an image signal A personal computer having an image conversion unit for conversion into a display, a display device for displaying an image signal converted by the image conversion unit of the personal computer, and a data signal obtained by actually measuring a part of the side wall on the display device The writing device for writing the image and the personal computer based on the actually measured data of the written side wall of the house and the shape data of the siding board, the image signal of the side wall of the house is added to the side wall of the house. A siding board shape creation unit for creating a shape of a siding board to be pasted, and the siding board Siding boards Paste shape formation apparatus characterized by having a shape data image converting unit that converts the shape data of siding boards created by de shape creation unit into an image signal to be displayed on the display unit.

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