TW202414325A - Optional matrix display device - Google Patents

Abstract

This creation can choose to matrix the object display device, which mainly includes a community database, an information category database, a display module, and a control element. The display module presents the object information corresponding to multiple information categories on the information table in the form of a simple diagram of the building outline or the information table based on multiple information categories in the information category database. The control element receives the selected specific house number and floor, and then receives an operation instruction to change the current house number and floor, so that the house number and floor presented in the information table are relative to the operation instruction.

Description

Optional matrix object display device

The present invention relates to an object display device, in particular to a matrixed object display device with selectable data sources.

In order to allow consumers to find buildings they are interested in buying more quickly, some businesses have already provided online video playback to allow consumers to view houses online 24 hours a day. This not only saves consumers time from going around to view houses, but also saves real estate agents a lot of time in showing houses, allowing them to focus more on properties that have already been filtered by consumers themselves.

Through the various screening mechanisms provided by the website, such as region, price range, room type, house age, etc., multiple building information that meets the conditions can be found, and then each house property can be viewed one by one through photos or videos to have a preliminary concept, so that consumers can find the property they are interested in without interference, rather than the property that the real estate agent wants to sell.

In order to let users know the location of each house more clearly, some businesses often use electronic maps to mark the location of each house. At the same time, in order to improve consumers' concept of location, some businesses will use the building outline in Google electronic maps to mark the location of these objects, and provide 3D interactive house viewing, using images or 360 panoramic photos to present the internal space of the object. However, users must enter a specific object to see it. If they find that they are not satisfied with the view, they have to go back to Google electronic maps and click on other objects to see the content and space images of other objects, which is very troublesome.

Displaying a large number of densely packed information categories on an electronic map can easily cause visual interference, making it difficult to see other map information clearly.

Based on the above purpose, the matrix object display device of the present invention with selectable data source mainly includes a community database, an information category database, a display module, and a control element. The display module receives a selected area range, the area range includes location information of a plurality of objects belonging to the area range, and when it is found that the location information of the object falls within a plurality of target objects in the selected area range, the objects related to the target objects are obtained as an object list, and based on a plurality of information categories in the information category database, the corresponding object information of the plurality of information categories of the object in the object list is presented in the form of the information table. The control component receives the selected specific house number and floor, and then receives an operation instruction to change the current house number and floor, so that the house number and floor presented in the information table are relative to the operation instruction.

The advantages and spirit of the present invention can be further understood through the following detailed description of the invention and the attached drawings.

1: Image scanning component

2: Browser

10: Video database

11: Community database

12: Layout module

13: Identification module

14:Interactive module

15: Transmission module

16: Identification database

18: Paragraph cutting module

20: Scene video

201~206: Paragraphs

22: Layout diagram

221~226, 301~302: marking symbols

2211: Perspective symbol

30: Information form

40: Display module

42: Control elements

44: Information category database

50, 52: Information table

60, 62: Information categories

70, 72: Operation instructions

1011~1013: Area range

The first figure is a schematic diagram of the matrixed object display device of the present invention with optional data sources

The second figure is another schematic diagram of the matrixed object display device of the present invention with optional data sources

Figures 3A to 3B are schematic diagrams of the selection area range of the present invention.

Figures 4A to 4C are schematic diagrams of the community floor plan of the present invention.

The fifth figure is another schematic diagram of the matrixed object display device of the present invention with optional data sources

Figure 6 is a schematic diagram of the relationship between the community floor plan and the scene video of the present invention.

Figure 7 is another schematic diagram of the matrixed object display device of the present invention with optional data sources

Please refer to the first figure, which is a schematic diagram of a matrixed object display device of an optional data source of the present invention. As shown in the first figure, the matrixed object display device of the optional data source of the present invention mainly includes a community database 11, an information category database 44, a display module 40, and a control element 42. The community database 11 stores a plurality of community data, each of which includes a plurality of objects, each of which has at least a house number and a floor, and an information table is formed by interlacing the house number and the floor. Each community floor plan mainly presents a plurality of buildings, and each building has at least a simplified diagram of the building's exterior outline and an information table formed by interlacing the house number and the floor, wherein the building's exterior outline is a space surrounded by a plurality of walls. The information category database 44 stores a plurality of information categories, each of which contains corresponding object information, wherein the object category can be divided into location, price, object attribute, layout diagram, and life function.

Please refer to the second figure, which is another schematic diagram of the matrixed object display device of the optional data source of the present invention. The matrixed object display device of the optional data source of the present invention further includes a video database 10, a community database 11, a layout module 12, and an interactive module 14. The video database 10 mainly stores scene videos 20 belonging to a plurality of housing objects (as shown in the sixth figure), and the scene video 20 includes a plurality of sections, each section corresponding to a plurality of shooting scenes of the housing object. The layout module 12 provides a layout 22 (as shown in the sixth figure), and the information table 30 (as shown in the fourth A to fourth C figures) is provided by the community database 11. The community database 11 stores a plurality of community data, each of which contains a plurality of objects, each of which has at least a house number and a floor, and an information table is formed by interlacing the house number and the floor. Each community floor plan mainly presents a plurality of buildings, and each building has at least a brief diagram of the building's exterior outline and an information table formed by interlacing the house number and the floor, wherein the building's exterior outline is a space surrounded by a plurality of walls.

Figures 3A to 3B are schematic diagrams of the present invention for selecting a region range. As shown in Figures 3A to 3B, the display module 40 is coupled to the community database 11 and the information category database 44. The display module 40 mainly provides a relative screen display on the display according to the user's operation. The instructions that the display module 40 can receive are roughly divided into the selection of the receiving region range 1011 to 1013 (as shown in Figures 3A to 3B), and the operation instructions 70, 72 (as shown in Figures 4D to 4E). The region range includes the location information of multiple objects belonging to the region range.

When the user operates on the display and sends out the selected area range 1011-1013, after being received by the display module 40, the display module 40 will find that the location information of the object falls within the selected area range 1011-1013, and obtain the object related to the target objects and list them as an object list. The user can select two methods: circle selection or block selection. Then, the display module 40 presents the corresponding object information of the multiple information categories of the object in the object list on the information table 30 (as shown in Figures 4A-4E) based on the multiple information categories in the information category database 44. In addition, the display module 40 presents object information corresponding to a plurality of information categories on the information table 30 based on the plurality of information categories in the information category database 44 and the form of the information table.

Please refer to Figures 4A to 4C, which are schematic diagrams of the community floor plan of the present invention. As shown in Figures 4A to 4C, in the information form 30 of the present invention, each information form 30 mainly presents a plurality of buildings, and each building has at least a brief diagram of the building's exterior outline and information forms 50 and 52 composed of the house number and the floor, wherein the building's exterior outline is a space surrounded by a plurality of walls.

The control element 42 receives the selected specific house number and floor, and then receives the operation instructions 70, 72 to change the current house number and floor, so that the house number and floor presented in the information table 30 are relative to the operation instructions 70, 72. For example, when No. 199-2 is selected, since the operation instruction 70 is to slide up, the object information displayed by No. 199-2 will slide up relatively, and in order to avoid confusion with other floor information, a floor indication 74 will be displayed at a predetermined position in the information table 30. If it is slid up, no object information is displayed and it is blank.

In the first state, the control element 42 hides or shrinks the object information corresponding to the information category at a first position of the information table 30 or embeds the object information corresponding to the information category at the first position of the information table 30 in a hidden or shrunk manner. The first position and the second position are independently selected from a group consisting of the center, upper left corner, lower left corner, upper right corner, lower right corner and any blank space of an information table consisting of a simple outline of the building and an information table composed of house numbers and floors. In other words, these information categories can be selectively displayed in full or in part, and can also be selectively hidden or shrunk.

In addition, in order to let users know the location of the objects for sale or the objects that have been sold, multiple marking symbols belonging to multiple housing objects 301~302 can be directly marked on the information table 30. In order to further display the relevant information of the housing objects 301~302, such as the scene video 20 belonging to the housing objects (as shown in the sixth figure), the multiple marking symbols belonging to the housing objects 301~302 can be operated.

In order to display the multiple buildings contained in each information table 30, an electronic map is presented, in which each building has at least a brief outline of the building's exterior and information tables 50 and 52 consisting of house numbers and floors interlaced.

When the consumer needs to view the information form 30, the transmission module 15 will transmit the information form 30 with the building outline and the corresponding text and number to the user end according to the received area code, so that the display device of the user end can present the information form 30, as shown in Figure 4A. If the user wants to view the information form 50, 52, he can select in the information form 30, and the information form 50, 52 as shown in Figures 4B to 4E can be presented. The object information of multiple information categories 60, 62 can be presented on the information form 50, 52, and the object category can be divided into location, price, object attribute, layout diagram, and life function. Therefore, the user only needs to select one of the information categories 60, 62, and only the corresponding information category 60, 62 will be displayed, as shown in Figures 4B to 4E.

In order to allow consumers to directly view the photos or images of each housing object on the information form 30, each housing object is relatively provided with a marking symbol 301-302 on the information form 30, and when the marking symbol 301-302 is clicked, the photo or image of each housing object can be displayed, and it is no longer necessary to enter to see the photo or image. Since the same information category may have different floors for sale at the same time, when multiple housing objects overlap in position on the information form 30, the interactive module 14 will display the multiple marking symbols belonging to the multiple housing objects in a list form. For example, when displaying the actual transaction price, when the marking symbol 301-302 is clicked, the floor is selected first. In the preparation method of the information form 30, Google Maps can be directly applied, but the accuracy of the building outlines in Google Maps is relatively low, so the paper map drawn by the field survey or the measurement result map can be converted into an electronic image.

In short, in the matrixed object display device of the present invention with optional data source, after the recognition module 13 converts the predetermined format of the paper document into line segments, since the original paper document often has noise due to scanning, if it is directly converted into a line graph without processing, it is easy to cause misjudgment. Therefore, these line segments must first be extended to contact with other line segments to form the outline of the building which is generally a closed rectangular frame. However, the line segments that are already in contact will not be extended. Finally, the result is stored in the community database 11, and the data position in the image file is recognized as the relative text and number, wherein the text is often a road name, and the number is often an information category.

Please refer to the fifth figure, which is a schematic diagram of the matrixed object display device of the optional data source of the present invention. As shown in the fifth figure, the matrixed object display device of the optional data source of the present invention mainly includes a community database 11, an image scanning element 1, a recognition module 13, and a transmission module 15. A plurality of community data are stored in the community database 11, each community data includes a plurality of objects, each object has at least a house number and a floor, and an information table is formed by interlacing the house number and the floor, and each community floor plan mainly presents a plurality of buildings, and each building has a simple diagram of the building outline and an information table formed by interlacing the house number and the floor. The image scanning element 1 scans the paper document into an image file, so that the recognition module 13 converts the paper document into a substantially closed rectangular frame of the building outline, and stores it in the community database 11, and recognizes the data position in the image file into the corresponding text and the number. The transmission module 15 transmits the community floor plan with the building outline and the corresponding text and the number to the user end, so that the display device of the user end can present the community floor plan. Among them, the paper document is often a measurement result map with the most accurate map data or a hand-drawn community floor plan. At the same time, the paper document has a predetermined format, which at least includes a plurality of line segments and a plurality of data positions, and each data position includes at least text or numbers.

Please refer to Figure 6, which is a schematic diagram of the relationship between the community floor plan and the scene video of the present invention. As shown in Figure 6, the layout diagram 22 mainly presents the layout diagram of each space in the building (such as the living room, restaurant, etc.), and is a space surrounded by multiple walls.

In order to allow the user to operate and present the scene video to which a specific house object belongs, the interactive module 14 can present the layout diagram 22 through the browser 2 according to the layout diagram 22 provided by the layout diagram module 12, and mark a plurality of marking symbols 221-226 on the layout diagram 22, and when the marking symbols 222-226 are activated, the corresponding sections 201-206 in the scene video 20 are played. In addition to being represented by the marking symbols 221-226, the marking symbols can also be representative images of the corresponding sections in the scene video.

Specifically, in the layout diagram 22, the part of the living room space has two sections 201 and 202 providing two viewing angles, and marking symbols 221 and 222 are provided respectively for the user to operate and play. Each section in the scene video 20 has a start time code and an end time code, and the start time codes and end time codes of multiple sections form an index table. In other words, the start time code and end time code of each section in the scene video 20 can be respectively corresponded to different spaces.

For example, the start and end time codes of paragraph 201 are 0:00 and 3:10 respectively, and the start and end time codes of paragraph 202 are 3:10 and 4:14 respectively. Paragraph 203 of the Japanese-style room corresponds to marker 226, paragraph 204 of the kitchen corresponds to marker 223, paragraph 205 of the bedroom corresponds to marker 224, and paragraph 206 of the bathroom corresponds to marker 225.

When the marker 221 is clicked, the video will be played from the perspective of the original shooting of the living room space. At the same time, a perspective symbol 2211 will appear near the marker 221 on the layout diagram 22 to indicate the shooting perspective of the paragraph 201. The perspective symbol 2211 can use a static picture or a dynamic picture.

For example, if a gyroscope is used to record the perspective change during the shooting of segment 201 using the same timeline, the perspective 2211 symbol can start to rotate as the video is played, showing the perspective change in a dynamic way. The information about the perspective change during the shooting of segment 201 is recorded in an index table in the video database 10. The index table contains a perspective change relative to each segment in the scene video, and the perspective change is relative to the start time code and end time code of each segment.

Specifically, if the camera used to shoot the clip 201 has a viewing angle of 60 degrees, the viewing angle of the clip 201 during the shooting process may be changed from 120 degrees to 180 degrees at 2 minutes and 10 seconds in paragraph 201, from 125 degrees to 185 degrees at 2 minutes and 12 seconds, and so on. In this way, when the marker 221 is clicked, the viewing angle symbol 2211 of the marker 221 will be displayed at 120 degrees to 180 degrees at 2 minutes and 10 seconds, and at 125 degrees to 185 degrees at 2 minutes and 12 seconds.

However, since the living room, dining room, kitchen, etc. are all independent spaces, they will be shot separately and several independent video files will be obtained during the actual shooting. It is necessary to merge the several video segments into a single video first. However, during the merging process, there must be a shooting staff to perform or guide, first determine whether each video belongs to the living room, dining room, kitchen, balcony, and then perform the video merging work and create a video index table, and write it into the video database 10.

Please refer to Figure 7, which is another schematic diagram of the matrix object display device of the optional data source of the present invention. As shown in Figure 7, the present invention can use the segment marks (not depicted) added or photographed during shooting to allow the segment cutting module 18 to automatically judge the scene attributes of each segment and automatically complete the video index table (for example, establish the start time of the living room, restaurant, etc. respectively), without the need for the same person to shoot and merge the videos.

For example, when the photographer is shooting the living room, he first points the camera to the paragraph sign with "Living Room" written on it, and then starts shooting the living room. In addition to the paragraph signs of images, paragraph signs can also be associated with voices. For example, when shooting, the photographer uses a camera with a radio function to shout "Living Room", and the camera records the paragraph sign with voice.

In this way, as long as multiple paragraph marks of images or voices are first established in the recognition database 16, the paragraph cutting module 18 can use the multiple paragraph marks of the recognition database 16 for comparison and analysis, and automatically read multiple scene videos stored in a specific directory folder, and use image or voice recognition technology to detect the time when the paragraph mark appears, and determine the start time code and end time code of each paragraph, and record them in the index table. At the same time, when the interactive module player 14 plays the corresponding paragraph in the scene video, the part of the paragraph mark will be skipped. Through the detailed description of the above preferred specific embodiment, it is hoped that the characteristics and spirit of the present invention can be more clearly described, and the scope of the present invention is not limited by the preferred specific embodiment disclosed above. On the contrary, the purpose is to cover various changes and equivalent arrangements within the scope of the patent application for this invention.

11: Community database

2: Browser

40: Display module

42: Control elements

44: Information category database

Claims (10)

A matrixed object display device with selectable data sources, comprising: A community database stores a plurality of community data, each of which contains a plurality of objects, each of which has at least a house number and a floor, and an information table can be formed by interlacing the house number and the floor. Each community database contains a plurality of objects, each of which has at least a house number, a floor, and object information, and an information table can be formed by interlacing the house number and the floor; An information category database stores multiple information categories, each of which contains the corresponding object information, wherein the object category can be divided into location, price, object attributes, layout diagram, and life function; A display module, coupled to the community database and the information category database, receives a selected area range, the area range includes location information of a plurality of objects belonging to the area range, and when it is found that the location information of the object falls within a plurality of target objects within the selected area range, obtains the objects related to the target objects as an object list, and based on a plurality of information categories in the information category database, presents the corresponding object information of the plurality of information categories of the object in the object list on the information table in the form of the information table; and A control element is coupled to the display module, receives the selected specific house number and the floor, and then receives an operation instruction to change the current house number and the floor, so that the house number and the floor presented in the information table are relative to the operation instruction, and at the same time, in a first state, hides or shrinks the object information corresponding to the information category at a first position of the information table or embeds the object information corresponding to the information category at the first position of the information table in a hiding or shrinking manner, and in a second state, displays or enlarges the object information corresponding to the information category at a second position of the information table or superimposes the object information corresponding to the information category at the second position of the information table in a dynamic display or enlargement manner. A matrixed object display device with optional data sources as described in item 1 of the patent application scope, wherein the first position and the second position are independently selected from the group consisting of the center, upper left corner, lower left corner, upper right corner, lower right corner and any blank space of the simplified outline of the building and the information table consisting of the house number and the floor. A matrixed object display device with optional data sources as described in Item 1 of the patent application, further comprising: An interactive module, based on the community floor plan provided by the community database, marks a plurality of marking symbols belonging to a plurality of housing objects on the community floor plan, and plays the corresponding segment of the scene video corresponding to the marking symbol when the marking symbol is activated; A video database stores scene videos belonging to multiple housing objects, wherein the scene videos include multiple segments, and each segment corresponds to multiple shooting scenes of the housing object; When multiple housing objects overlap in position on the community floor plan, the interactive module will display multiple marking symbols belonging to the multiple housing objects in a list. A matrixed object display device with optional data sources as described in Item 1 of the patent application, further comprising: An image scanning component scans a paper document into an image file, the paper document has a predetermined format, the predetermined format includes at least a plurality of line segments and a plurality of data locations, each data location includes at least one character or a number; A recognition module is coupled to the community database and the image scanning element, converts the predetermined format of the paper document into line segments, and then extends these line segments to contact with other line segments to form the outline of the building which is generally a closed rectangular frame, and stores it in the community database. At the same time, the data position in the image file is recognized as the relative text and the number, and the line segments that are already in contact are no longer extended. A matrixed object display device with optional data sources as described in item 3 of the patent application scope, wherein the marking symbol is a representative image of the corresponding segment in the scene video. A matrixed object display device with optional data sources as described in item 3 of the patent application scope, wherein each segment in the scene video has a start time code and an end time code, and the start time codes and end time codes of multiple segments form an index table. A matrixed object display device of optional data sources as described in item 6 of the patent application scope, wherein the space enclosed in the community plan can be divided into physical spaces belonging to different information categories, and the start time code and end time code of each segment in the scene video can correspond to the physical spaces belonging to different information categories respectively. A matrixed object display device with an optional data source as described in item 7 of the patent application, wherein the index table contains a view angle change relative to each segment in the scene video, and the view angle change is relative to the start time code and the end time code of each segment. A matrixed object display device with optional data sources as described in Item 8 of the patent application, further comprising: A segment cutting module determines the start time code and end time code of each segment according to the time when a segment mark appears in the scene video, and records it in the index table. The object display device of the matrix of the optional data source as described in item 9 of the patent application scope, wherein when the interactive module plays the corresponding segment in the scene video, the portion marked by the segment will be skipped.

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