KR20010078122A - A guide paper output apparatus for locative information having a information and a method thereof - Google Patents

Abstract

PURPOSE: A device and method for outputting a position information guiding paper having additional information is provided for a user to confirm a dweller of a building by proving an advertising box capable of arraying additional information and advertising contents for explaining a position information guiding paper on a predetermined area of the position information guiding paper. CONSTITUTION: A memory(110) has image data of an area photographed by a camera. A data inputting unit(120) outputs a key signal and data for controlling the total system in accordance with a user's operating. A display unit(130) displays advertising contents being inputted from a control unit(150) or a position information guiding screen including additional information on a screen for watching by a user. An output unit(140) records the advertising contents and the position information guiding screen in a recording medium and outputs the contents and the information by responding to an output signal being inputted from the control unit(150). The control unit(150) reads the image data and extracts building data, creates a position information guiding box by arraying the building data, attaches a signboard on the building in the position information guiding box, dividing the outer area of the position information guiding box into a plurality of advertising boxes, inserts additional information and advertising contents in an advertising box, and outputs the position information guiding screen through the output unit(140). A system memory(160) stores a program capable of manufacturing at least one position guiding paper based on a predetermined position by the control unit(150).

Description

A guide paper output apparatus for locative information having a information and a method

The present invention relates to a position information guide sheet output device having additional information and a method thereof.

In more detail, in order to produce a location information guide by accumulating and arranging buildings generated by camera photography so as to exist at the same location as a current location with respect to a predetermined location, the location information guide in a predetermined area of the location information guide. There is a separate advertising box that can additionally arrange additional information or ad text to explain the location, and a signboard is attached to the left and right sides of the outer wall of the building so that the user can identify the occupants of the building. A guide sheet output device and a method thereof.

When a person needs to find a place, most people use an atlas to review the distance from their current location to the point they want to go to, the transportation to get to that place, or the road situation when using a vehicle. do.

At this time, the above-described atlas is displayed with the name of the area divided by the road, and the names and buildings existing for each of the above-mentioned areas are displayed. It is indicated by means.

In other words, by displaying the unique name 'Haengju Sanseong' on the map, which is calculated and accumulated geographically along with the display means such as '∴', the viewer can see that Haengju Sanseong is a scenic spot and at the same time Make sure you know the location of the acid.

However, the above-described map has been made so that the viewer of the map can know the role of the name written on the map using the direction of the road or the terrain and the promised symbols.

An object of the present invention is to produce a location information guide sheet by accumulating and arranging buildings generated by camera photography so as to exist at the same position as the current position to solve the above-mentioned problems. In the predetermined area of the leaflet, a separate advertising box for additionally arranging additional information or text for explaining the position information leaflet is formed and a signboard is attached to the left and right sides of the outer wall of the building so that the user can identify the occupant of the building. The present invention provides a location information guide sheet output device having added information and a method thereof.

1 is a view showing a position information guide sheet output device having additional information according to the present invention;

2 is a flow chart for implementing a method for outputting a location information guide sheet having additional information according to the present invention;

3 is a flowchart illustrating a process of generating building data of FIG. 2;

4 is a flowchart illustrating a map making process of FIG. 2;

5 is a flowchart illustrating a billboard making process of FIG.

6 is a view for explaining an embodiment of a location information guide sheet having additional information implemented by the present invention;

FIG. 7 is a view illustrating FIG. 6 in detail;

8 is a view for explaining another embodiment of a location information guide sheet having additional information implemented by the present invention.

Explanation of symbols on the main parts of the drawings

110: memory 120: data input unit

130: display unit 140: output unit

150: control unit 200: location information guide

210: location information box 220: advertising box

The system of the present invention for achieving this object includes a memory having image data of a predetermined region captured by a camera, a data input unit for outputting a key signal or data for controlling the entire system according to a user's operation, and from outside A display unit for displaying the location information guide screen including the input ad text or additional information on the screen, and an output unit for recording and outputting the location information guide screen displayed on the display unit in response to an output signal input from the outside on a recording medium And reading only image data from the memory in response to a key signal input from the data input unit, extracting only building data, arranging the extracted building data around a predetermined position, and generating a location information guide box. Split the outer area of the box into multiple ad boxes, And a control unit to fill the divided advertisement box with advertisement text or additional information so that the divided advertisement box is displayed on the screen through the display unit, and control the output of the location information guide screen displayed on the screen through the output unit. It includes.

In the present invention for achieving the above object, the control unit is characterized in that the signboard including the trade name of the merchant entering the building on the left and right sides of the outer wall of the building of the location information guide screen.

In the location information guide having a location information guide box having the three-dimensional building data of the present invention as location guide information for achieving the above object, by dividing and forming the outer area of the location information guide box into a plurality of advertising boxes, The divided advertisement box may be filled with ad text or additional information, and the location information guide box has a two-dimensional coordinate value determined at a predetermined interval, and the building provided in the location information guide box using the two-dimensional coordinate value. Make sure you know the location of.

In the location information guide having a location information guide box having the three-dimensional building data of the present invention as location guide information for achieving the above object, a merchant who resides in the building on the left and right sides of the outer wall of the building existing in the location information guide box It is characterized in that a signboard including a business name of the user is provided so that the user can know the information of the occupants in the building.

The method of the present invention for achieving the above object, (1) the process of extracting the building data by reading the image data photographed by the camera, and (2) by placing the extracted building data around a predetermined position Generating one location information guide box, (3) dividing the outer area of the generated location information guide box into a plurality of advertisement boxes, and filling ad text or additional information; and (4) the location information. And printing the position information guide sheet on which the guide box and the advertisement box are formed on the recording medium.

The method of the present invention for achieving the above object is characterized in that it further comprises the step of having a signboard having the name of the occupant of the building on the left and right sides of the building existing in the location information guide box.

Hereinafter, with reference to the accompanying drawings will be described in detail the position information guide sheet output device having the present inventors.

1 is a view showing a position information guide sheet output device having additional information according to the present invention.

As shown, the memory 110 has image data of a predetermined region captured by the camera.

The data input unit 120 outputs key signals or data for controlling the entire system according to a user's manipulation.

That is, the data input unit 120 may be an input means such as a keyboard or a mouse, in some cases, and may be an input means such as a scanner which may sometimes scan and read the ad text itself.

The display unit 130 displays the location information guide screen including the ad text or additional information input from the controller 150 on the screen for the user to see.

The output unit 140 records and outputs a location information guide screen including advertisement text or additional information displayed on the display unit 130 described above in response to an output signal input from the controller 150 on the recording medium.

At this time, the output unit 140 is typically a printing apparatus, and the recording medium is generally paper, but it can be sufficiently replaced with other media.

The controller 150 reads image data from the above-described memory 110 in response to the key signal input from the data input unit 120, extracts only building data, and arranges the extracted building data around a predetermined position. The information guide box 210 is generated, and a signboard displaying the trade name of a merchant entering the building is attached to the left and right sides of the building existing in the generated location information guide box 210, and the above-described location information guide box ( The outer region of the 210 is divided and formed into a plurality of advertisement boxes, and the advertisement box 220 is filled with advertisement text or additional information to be displayed on the screen through the display unit 130 described above. The location information guide screen displayed on the screen is controlled to be output through the above-described output unit 140.

In this case, the control unit 150 may receive event information performed in the building from the occupants of the building, and provide the event information through a notification balloon when the user locates the cursor and the like in the building and separately clicks an event button. To be provided in the data input unit 120 when the event button is pressed, the notification balloon is floated from the majority of buildings on the screen of the display unit 130 may be implemented so that the event is provided in the notification balloon.

The system memory 160 stores a program that enables the controller 150 to produce at least one location information guide sheet based on a predetermined location.

Next, the operation of the position information guide sheet output device having additional information according to the present invention configured as described above will be described in detail.

2, a location such as a subway entrance is selected using a camera, and the distance of a building is photographed based on the location.

The biggest problem with building photography is the size and distance of the building. To solve this problem, it is common to use a 4 * 5 disc camera.

The 4 * 5 disc camera allows you to modify the structure of the building and get high resolution photos. However, the 4 * 5 disc camera has a disadvantage in that it is difficult to move and store and fix the equipment, and consumes a lot of time. In addition, the film is a sheet film (sheet film) has a lot of problems when shooting a lot of cost and a large amount.

To overcome this problem, the camera uses 135m and 120m cameras because the economic loss is greater than the economic benefits of using a 4 * 5 disc camera that can swing or tilt to correct the building's curvature.

In order to solve the problem of moving, storing and fixing the 4 * 5 disc camera, the 135m and 120m cameras, which are easy to move, carry and store, can secure more working area. In addition, since the roll film can be used instead of the sheet film in terms of use of the film, it is possible to obtain a lot of cost savings.

Films can use Kodak 100sw, Kodak 100vs and Push Films. These are all films with high resolution as slide films. The Kodak 100sw, for example, has the warm tones of the film, so shooting in the winter or in the morning is good. This situation sometimes results in a color different from what you see with your eyes. This is due to the color temperature of the wavelength of light expressed in Kelvin scale, a standard comparative measurement. The color temperature of the daylight film is set to 5500 ° k. If the daylight film is used in the shade or skylight, the color temperature is high. This will appear a lot because the color temperature is not correct.

In general, red has a warm color and blue has a cold color, but unlike the general feeling, the color temperature is high in blue and low in red. In the picture of the building it is necessary to reproduce the warm tone to be aware of this.

The change in color temperature during the day shows that the color temperature of daytime 12 o'clock is 5000 ° k, so the color temperature of daylight film is set to 5500 ° k.

However, 5000 ° k is the ideal color temperature, which may vary depending on the season, climatic conditions, and places. Also, the color that appears in the picture can change depending on what time of day it was taken. Early dawn, before sunrise, appears blue because of its high color temperature, but as the sun rises, the light becomes more reddish or orangeish as the blue tone is filtered by the air. Gradually, the correct colors appear in Braille so that the sun can rise high in the sky, and by noon, almost accurate colors appear.

Kodak 100vs is used under normal conditions and push slide films are used in bad weather. Since the lens uses a 135m camera, it is best to use a zoom lens to improve work efficiency.

The zoom lens used is the most effective zoom lens of 28-105mm. Shooting is done in the back light of most building photographs. In general, shooting under backlighting uses a method of over 1 1/2 stops or 2 stops, but in this case, highlights are often over completely. It uses the method of spotting the metering method to make the most of the highlights.

In addition, by using the CPL filter to block the reflected light of the building it is possible to more accurately capture the outline of the building.

After taking pictures taken by the above-described picture taking method, the pictures are selected and stored in the memory 110 through the scanner (steps S301 and S302 of FIG. 3). A scanner can be used as a general flat scanner, but the resolution should be 300 dpi or higher using a drum scanner in consideration of color and image size.

The photographed image data is stored in a memory 110 such as a flash card, and the above-described memory 110 is coupled to a position information guide sheet output device having additional information of the present invention.

After combining the memory 110 and the location information guide output device as described above, when the location information guide producer inputs a key signal for producing at least one location information guide paper about a predetermined position through the data input unit 120. The controller 150 reads image data from the memory 110 according to a program stored in the system memory 160 and displays the image data on the screen through the display unit 130.

Then, the location information guide maker inputs a key signal through the data input unit 120 to produce one location information guide using the image data displayed on the display unit 130 and the program stored in the system memory 160, The controller 150 receiving the key signal starts to apply the key signal to a program in the system memory 160 to produce a location information guide sheet.

That is, the controller 150 reads image data from the memory 110 in response to a key signal input through the data input unit 120, and deletes background data unnecessary for manufacturing location information guide sheets from the read image data. Only the building data is extracted (S210), which is described with reference to FIG. 3-FIG. 3 further includes a photo selection process and a photo scanning process.

There are many programs (Photoshop, Paintshop, Painter, etc.), but Photoshop is the most used program. This is because it is easy to work with various filters and layers.

Next, the imported building data is modified to best reflect the appearance of the required building, and the non-modifiable buildings must create new buildings (step S303).

(1) modification of a modifiable building

Select a building from the initial data received. Mainly modify the parts that cover the exterior of the building, such as trees, telephone poles and surrounding buildings. It also removes signs and banners from the building. These modified buildings are modified once again to be placed on the map. Modify the building by choosing the angle that best reflects the appearance of the building.

(2) creation of non-modifiable buildings

First, familiarize yourself with the shape of the building, and then form the exterior of the building by using similar or identical images such as blocks, marble, and wood. Then make the windows and doors of the building. When the exterior of the building is complete, the front and side are distinguished. As soon as possible, the front side is expressed as bright as the light and the side is slightly darkened.

On the other hand, the exterior line of the modified building is picked up using a path and stored under a different name (step S304). There are two ways to save files: pds and eps.

The reason for saving by pds method is to save the layer and path so that it can be modified later. The reason for saving by eps method is that the capacity can be reduced because the layers are combined and only the path is saved. By storing the saved building data in another folder, the data before revision is distinguished from the data after revision.

Next, the controller 150 resets the location of the building data extracted in response to the key signal input through the data input unit 120 based on a predetermined location, and arranges the building data at the set location to locate one location. The information guide box 210 is generated (S220), which will be described below with reference to FIG. 4.

(1) Creating a Background (Step S401)

It is the process of making roads, zones, etc. to make a map. Determine the range and direction to create the map to create the background part of the actual precision map. When setting up a precise map as a background, first scan the map, load it into Photoshop, and save the area as a path.

The size of the map is determined in advance to create a new document. The higher the resolution, the better the output. Import the path saved in the newly created document and resize it to fit the size of the map.

This adjusted path marks the place where the building will enter and fills the area with bright colors. And because it is a road outside the area designated by path, it is filled with a color similar to asphalt. When marking roads, the center line, lane markings, pedestrian crossings, overpasses, bus stops, underpasses and the current location of subway entrances are indicated.

(2) Inserting the building in the background (step S402, step S403, step S404)

The process of relocating a modified building on the map. The background and the size of the building are determined by the location of the building, the actual building size, and the surrounding environment. The important thing when arranging a building is to make it look too dense when the map is visible to the naked eye and to make sure it is not too empty.

The size of the building depends on the size of the surrounding buildings, their actual size, and how many buildings are in the area.

If the surrounding buildings are large, make them in a similar proportion to their size, and the size of the building changes according to the actual size. Also, the larger the number of buildings in a district, the smaller the size of the buildings.

When resizing and placing a building, place it from the top of the map. If there is an overlap in the layout, place it from the top to prevent the lower building from being hidden by the upper building.

In addition, if there is a part overlapping side by side, the order according to the direction. For example, if the building faces left, place it from the right. If it's facing right, place it from the left. Of course, since we are working with layers, it doesn't matter which way to place them from, but the work is repeated, which reduces work efficiency.

Try to avoid overlapping parts as much as possible. If there are overlapping parts, try to make the exterior of the building visible. When representing a residential area or apartment complex, the layout should be taken into account in the actual form, but since a large number of buildings need to be placed in a small area, only a part of it is used.

In other words, adjust the quantity to eliminate the feeling of being too dense. In particular, housing complexes can be selected by copying two or three houses or villa-type buildings.

In order to prevent the buildings from floating in the air, use the eraser to erase the bottom of the building. At this time, the brush shape is used to give the hardness as much as possible to make it look soft rather than hard. In doing so, the bottom of the building is attached to the ground and the other parts appear to be separated.

Alternatively, fill the bottom of the building in the shape of a sidewalk block. When the layout of the building is complete, make the map more realistic with street trees and sculptures.

When using these props should be arranged so that they do not feel too complicated or cluttered. If it is necessary, it should be adjusted to that quantity. After this process, fill in each local network and road name.

(3) Placing signboards (step S405)

The process of putting a signboard in each building on the map created in the above process. The size of the signboard shall be the size originally specified, but some errors are allowed.

The main program used to create signboards uses Adobe's illustrator. The illustrator uses vector methods, so even a small image is not broken, so it is suitable for making signboards.

When placing a sign on the map, place it inside the building and out if it cannot be placed. When placed outside, avoid covering other buildings.

All of these maps are saved in EPS. The entire map is intended to create an independent image, taking into account the color and capacity of the EPS method.

Thereafter, the controller 150 divides and forms the outer area of the location information guide box 210 generated in response to the key signal input through the data input unit 120 into a plurality of advertisement boxes 220.

In this divided and formed plurality of advertising box 220 area, detailed information about a predetermined building or location information guide sheet existing in the location information guide as well as the text input by the location information guide maker through the data input unit 120 will be described. It can be filled with necessary additional information such as information (S230), which will be described in detail with reference to FIG.

First, create a document by specifying the size and resolution you want to work with first. Set the size with about 3cm margin than the actual output size. This 3cm is intended to give a frame, not what it actually looks like. The higher the resolution, the better the output, but set to 150dpi for work.

The place where the box-shaped advertisement, the map, and the title bar are placed on the newly created document is displayed using a guide (step S501).

Create a border around the area where you want to place the ad so that it appears as an independent ad. Each advertisement, map, and title bar are called and placed in the document (step S502). When the deployment is complete, save it with a PDS extension. It's large, but it's meant to leave a layer for some modification on output.

After all of the above-described process, the location information guide sheet produced through the output unit 140 is output (S240) can be distributed to others.

As shown in FIG. 6, the location information guide sheet output through the output unit 140 includes a location information guide box 210 into which stereoscopic building data generated by photographing is inserted, and the above location information. The outer area of the guide box 210 is divided and formed into a plurality of advertisement boxes 220, and the ad text or additional information is filled in the text and graphic forms in the above-described division and formed advertisement boxes 220.

The above-described location information guide box 210 has a two-dimensional coordinate value that is determined at regular intervals, and by using the above-described two-dimensional coordinate value, the user can more easily locate the location information of the building provided in the location information guide box 210. Make sure you know.

That is, as shown in FIG. 7, the location information guide sheet having the above-described configuration uses the image data photographed by using the cameras in the location information guide sheets formed around the subway station. It achieves the same state as the state. Therefore, the person viewing the location information guide becomes familiar with the shape of the building.

In addition, in the advertisement box 220, not only the ad text but also detailed information about a predetermined building existing on the location information guide (for example, the exact name of the building, the type and details of the office or the mall in the building, etc.) Can be written so people can pinpoint the area while looking at the location guide.

8 is a view for explaining another embodiment of a location information guide sheet having additional information implemented by the present invention.

8 is different from FIG. 6 or 7 in that a signboard is attached to a building located in the location information guide box. By doing so, the user can recognize the shop in the building through the signboard attached to the building, and the tenant can advertise through the signboard.

In addition, when the user places the cursor on the display unit and clicks on the display unit, it may be implemented to notify an event event that is going on in the building where the cursor is located.

According to the position information guide sheet output device having the additional information of the present invention as described above, all buildings or backgrounds displayed on the position information guide sheet produced by the present invention are composed of image data made by camera shooting, Even if you do not go directly to the place shown in the location information guide can be familiar with the form of the building has the effect that it is possible to repeat the visual advertisement to people viewing the location information guide.

In addition, since the location information guide includes additional information about the building or other information existing on the location information guide as well as the ad text, the viewer of the location information guide can more accurately read the contents shown on the location information guide. The effect is understandable.

Herein, although the present invention has been described with reference to the preferred embodiments, those skilled in the art will variously modify the present invention without departing from the spirit and scope of the invention as set forth in the claims below. And can be changed.

Claims (11)

A memory having image data of a predetermined region captured by the camera; A data input unit for outputting a key signal or data for controlling the entire system according to a user's operation; A display unit which displays a location information guide screen including advertisement text or additional information input from the outside on a screen; An output unit for recording and outputting the location information guide screen displayed on the display unit in response to an output signal input from an external device; And In response to a key signal input from the data input unit, image data is read from the memory to extract only building data, and the extracted building data is arranged around a predetermined position to generate a location information guide box. The outer area is divided and formed into a plurality of ad boxes, and the ad text or additional information is filled in the divided ad boxes so as to be displayed on the screen through the display unit, and the location information guide screen displayed on the screen is displayed. Position information guide sheet output device having additional information, characterized in that it comprises a control unit for controlling the output through the output unit. The method of claim 1, The control unit outputs a location information guide sheet having additional information, characterized in that the signboard including the trade name of the merchant entering the building on the left and right sides of the building in the location information guide box. The method according to claim 1 or 2, The control unit, if the cursor is located in the building in the location information guide box and the click signal is input from the user, the location information with additional information, characterized in that the event information associated with the building to be provided to the user through the display using a notification bubble Information sheet output device. According to claim 3, The output unit for outputting the position information guide sheet, And a printer, wherein the recording medium is paper. In the location information guide having a location information guide box having stereoscopic building data as location guide information, The outer region of the location information guide box can be divided into a plurality of ad boxes, and formed, and the divided ad boxes can be filled with ad text or additional information. The location information guide box has a two-dimensional coordinate value that is determined at regular intervals, and uses the two-dimensional coordinate value to determine the location of the building provided in the location information guide box. Information brochure. The method of claim 5, wherein the additional information, The location information guide, characterized in that at least one of the name of the building existing in the location information guide box, the type of office or mall in the building, the description of the street. (1) extracting building data by reading image data photographed by a camera; (2) generating a location information guide box by arranging the extracted building data around a predetermined location; (3) dividing a plurality of advertisement boxes into the outer region of the generated location information guide box and filling the advertisement text or additional information; And And (4) printing the position information guide sheet on which the position information guide box and the advertisement box are formed on a recording medium and outputting the position information guide sheet. The method of claim 7, wherein (5) a method of outputting the location information guide sheet having additional information comprising the step of providing a signboard having the name of the occupant of the building on the left and right sides of the building existing in the location information guide box. The method according to claim 7 or 8, The process of extracting the building data by reading the image data photographed by the camera (1), Selecting a desired picture from among the pictures taken by the camera and reading the picture using a scanner; Modifying the imported building data, if possible, correcting the exterior of the building and removing signs and banners attached to the building; If it is impossible to modify the imported building data, form the exterior of the building by using similar or the same images of blocks, marble, and trees that form the exterior of the building, make the windows and doors of the building, and when the exterior of the building is completed, Creating a building by dividing the sides; And Method of outputting a location information guide sheet having additional information, including the process of picking and saving the outline of the modified building using the path. The method of claim 9, (2) a process of generating one location information guide box by arranging the extracted building data based on a predetermined location, Creating roads, zones, etc. to map; Deciding the size and direction of the building based on the location of the building, the actual building size, and the surrounding environment by importing the background created in the above process; A method of outputting a location information guide sheet having additional information including a process of arranging a building in a background by determining a size and a direction of a building. The method of claim 10, (3) a process of dividing the outer area of the generated location information guide box into a plurality of advertisement boxes and filling in advertisement text or additional information, Creating a document by designating a size and resolution to be worked on, and using a guide to display a place where a box-type advertisement, a map, and a title bar are placed in the generated document; And A method of outputting a location guide sheet having additional information including loading and placing each advertisement, a map, and a title bar in a document.