A method for operating real-scene guidance

Abstract

The present invention discloses an operation method for real-scene guidance, comprising the following steps: S1, a guidance display module displays route guidance according to path guidance data and displays a destination window according to destination window data; S3, a guidance control module transmits path guidance data and destination window data to a mobile control module on a mobile phone through a server, and displays them through a mobile display module according to simulated map data, guidance route data, destination window data and current user location data; S4, user positioning data is obtained by comparing photographed marker data with fixed-point marker data, and the user positioning data is overwritten with the current user location data; the operation method performs positioning through real-scene markers, and can perform real-scene guidance to the window with high accuracy.

Description

Technical Field

[0001] The present invention relates to the technical field of real scene guidance, and in particular to an operation method of real scene guidance. Background Art

[0002] As a place for people to handle affairs, the government hall undertakes many public service functions. However, the service contents of the government hall are diverse, including but not limited to taxation, household registration, social security, real estate and many other fields. Although this multi-business centralized model improves service efficiency, it also creates many problems. For citizens who come to the government hall to handle affairs, they usually get lost in the face of complicated roads and numerous service windows. On the one hand, the complex layout design and insufficient information guidance make it difficult for citizens to quickly find the specific business window they need to handle; on the other hand, the congestion of people during peak hours further exacerbates this problem, greatly reducing the service experience and efficiency.

[0003] In addition, traditional manual consultation methods seem to be unable to cope with large-scale crowds and are unable to meet the personalized needs of each citizen. Especially when dealing with complex inquiries or special situations, the response speed and accuracy of manual consultation are limited, thus affecting the overall quality of government services. Summary of the invention

[0004] In view of this, an object of the present invention is to provide an operating method for real-scene guidance, which can accurately guide the real scene to the window by positioning through real-scene markers.

[0005] The technical solution adopted by the present invention to solve the technical problem is to provide an operation method of real-scene guidance, including a mobile phone terminal, a guidance platform, a server and a plurality of real-scene markers arranged on the ground or on the wall, wherein the mobile phone terminal is provided with a mobile display module, a mobile control module, a mobile camera module, a mobile positioning module and a network connection module capable of connecting to a server network, and the guidance platform includes a guidance display module, a guidance control module, a guidance operation module and a signal transmission module connected to a server network;

[0006] The operation method includes the following steps:

[0007] S1. The user selects the business item he wants to handle through the guidance operation module, the guidance control module outputs the destination window data according to the business item selected by the user, and calculates the path guidance data according to the destination window data, and the guidance display module displays the route guidance according to the path guidance data and displays the destination window according to the destination window data;

[0008] S2, the user connects the mobile phone to the server through the network connection module so that the mobile phone and the guidance station are located in the same network;

[0009] S3, the guidance control module transmits the path guidance data and the destination window data to the mobile control module of the mobile phone through the server, the path guidance data includes the simulation map data identical to the real scene and the guidance route data between the guidance station and the destination window, and some real scene markers arranged on the guidance route are set as fixed point marker data, the mobile control module obtains the current user location data through the mobile positioning module at regular intervals, and displays the simulation map data, the guidance route data, the destination window data and the current user location data through the mobile display module;

[0010] S4, the mobile camera module takes pictures at regular intervals to obtain a plurality of photographic data, the instructing control module to pre-process the plurality of photographic data to obtain photographic marker data, the photographic marker data is compared with the fixed-point marker data to obtain user positioning data, and the user positioning data is overwritten with the current user location data;

[0011] Step S2 may precede step S1.

[0012] As a further improvement of the present invention, the specific steps of the guidance control module in step S3 transmitting the path guidance data and the destination window data to the mobile control module on the mobile phone through the server are: the guidance control module transmits the path guidance data and the destination window data to the WeChat applet on the mobile phone or to the application on the mobile phone through the server.

[0013] As a further improvement of the present invention, the real-scene marker is a color block, and the fixed-point marker data includes multiple standard positioning data and multiple color block data groups corresponding to the standard positioning data one by one, and each color block data group is composed of at least three color block data in order.

[0014] As a further improvement of the present invention, the fixed-point marker data includes a lobby area marker data group and a service area marker data group, each of the lobby area marker data group is composed of three color block data arranged in sequence, each of the service area marker data group is composed of four color block data arranged in sequence, and each standard positioning data corresponds to a unique lobby area marker data group or service area marker data group.

[0015] As a further improvement of the present invention, the service area marker data group includes an A area data group, a B area data group, a C area data group and a D area data group, and the marker includes a first color block, a second color block, a third color block and a fourth color block. The first color block data corresponding to the first color block only exists in the A area data group, the second color block data corresponding to the second color block only exists in the B area data group, the third color block data corresponding to the third color block only exists in the C area data group, and the fourth color block data corresponding to the fourth color block only exists in the D area data group.

[0016] As a further improvement of the present invention, the hall area marker data group includes a zone one data group, a zone two data group and a zone three data group, and the marker includes a fifth color block, a sixth color block and a seventh color block, and the fifth color block data corresponding to the fifth color block only exists in the zone one data group, the sixth color block data corresponding to the sixth color block only exists in the zone two data group, and the seventh color block data corresponding to the seventh color block only exists in the zone three data group.

[0017] As a further improvement of the present invention, the specific steps of guiding the control module to pre-process the multiple photographing data to obtain the photographing marker data are: guiding the control module to perform standardization processing and color correction processing on the multiple photographing data to obtain the photographing marker data.

[0018] As a further improvement of the present invention, real-scene markers are arranged on the ground and the wall, and color correction lights are also arranged on the wall. The specific steps of color correction processing include color correction of the photographed data by using the correction lights.

[0019] As a further improvement of the present invention, the specific steps of comparing the photographed marker data with the fixed-point marker data to obtain the user positioning data in step S4 are as follows: the fixed-point marker data includes multiple standard positioning data and multiple color block data groups corresponding one by one to the standard positioning data, and the photographed marker data is compared with the color block data group. If the photographed marker data has a corresponding color block data group, the standard positioning data corresponding to the color block data group is set as the user positioning data; if there is no color block data group corresponding to the photographed marker data, it is determined to be an identification error state, and the mobile control module obtains the user positioning data through the mobile positioning module.

[0020] The beneficial effects of the present invention are at least as follows: since the roads in the government hall are complicated, when walking inside, if only the mobile positioning module of the mobile phone is used for positioning, it is easy to make a wrong judgment, resulting in taking the wrong road and being unable to effectively achieve navigation guidance. Through the recognition of real-life landmarks, not only can the color of the government hall be increased, but also unique standard positioning data can be provided for real-life navigation. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 It is a schematic diagram of the process of the present invention. DETAILED DESCRIPTION

[0022] The technical solution of the present invention will be clearly and completely described below in conjunction with the accompanying drawings.

[0023] Reference Figure 1The present invention proposes an operation method of real-scene guidance, including a mobile phone terminal, a guidance platform, a server, and a plurality of real-scene markers arranged on the ground or on the wall, wherein the mobile phone terminal is provided with a mobile display module, a mobile control module, a mobile camera module, a mobile positioning module, and a network connection module capable of connecting to a server network, and the guidance platform includes a guidance display module, a guidance control module, a guidance operation module, and a signal transmission module connected to a server network;

[0024] The operation method includes the following steps:

[0025] S1. The user selects the business item he wants to handle through the guidance operation module, the guidance control module outputs the destination window data according to the business item selected by the user, and calculates the path guidance data according to the destination window data, and the guidance display module displays the route guidance according to the path guidance data and displays the destination window according to the destination window data;

[0026] S2, the user connects the mobile phone to the server through the network connection module so that the mobile phone and the guidance station are located in the same network;

[0027] S3, the guidance control module transmits the path guidance data and the destination window data to the mobile control module of the mobile phone through the server, the path guidance data includes the simulation map data identical to the real scene and the guidance route data between the guidance station and the destination window, and some real scene markers arranged on the guidance route are set as fixed point marker data, the mobile control module obtains the current user location data through the mobile positioning module at regular intervals, and displays the simulation map data, the guidance route data, the destination window data and the current user location data through the mobile display module;

[0028] S4, the mobile camera module takes pictures at regular intervals to obtain a plurality of photographic data, the instructing control module to pre-process the plurality of photographic data to obtain photographic marker data, the photographic marker data is compared with the fixed-point marker data to obtain user positioning data, and the user positioning data is overwritten with the current user location data;

[0029] Step S2 may precede step S1.

[0030] Due to the intricate roads in the government hall, when walking inside, if only the mobile positioning module built into the mobile phone is used for positioning, it is easy to make misjudgments, resulting in taking the wrong road and being unable to effectively achieve navigation guidance. The recognition of real-life landmarks can not only add color to the government hall, but also provide unique fixed-point landmark data for real-life navigation. Since not every mobile camera module and mobile control module on every mobile phone can work well, when real-life landmarks cannot be recognized, the mobile positioning module, namely GPS positioning, is used to update the current user location data through GPS positioning.

[0031] As a further improvement of the present invention, the specific steps of the guidance control module in step S3 transmitting the path guidance data and the destination window data to the mobile control module on the mobile phone through the server are: the guidance control module transmits the path guidance data and the destination window data to the WeChat applet on the mobile phone or to the application on the mobile phone through the server.

[0032] Currently, local government halls all have corresponding mini-programs, so users do not need to install special software. They can transfer the navigation on the signpost to their mobile phones, and navigate through real scenes, which can prevent people who do not know how to read the navigation from going wrong.

[0033] As a further improvement of the present invention, the real-scene marker is a color block with color, and the fixed-point marker data includes multiple standard positioning data and multiple color block data groups corresponding to the standard positioning data one by one, and each color block data group is composed of at least three color block data in sequence; by identifying the real-scene marker, not only can the color level of the government hall be increased, but also a unique standard positioning data can be provided for the real-scene navigation to update the real-scene picture at all times.

[0034] As a further improvement of the present invention, the fixed-point marker data includes a lobby area marker data group and a service area marker data group, each of the lobby area marker data group is composed of three color block data arranged in sequence, each of the service area marker data group is composed of four color block data arranged in sequence, and each standard positioning data corresponds to a unique lobby area marker data group or service area marker data group.

[0035] Whether it is recognized by the human eye or by the mobile control module, the difference between three color blocks and four color blocks is the most obvious. Through the partition setting, the mobile control module can quickly distinguish which area the captured marker data is in, avoiding a full search every time the captured marker data is compared with the fixed-point marker data.

[0036] As a further improvement of the present invention, the service area marker data group includes an A area data group, a B area data group, a C area data group and a D area data group, and the marker includes a first color block, a second color block, a third color block and a fourth color block. The first color block data corresponding to the first color block only exists in the A area data group, the second color block data corresponding to the second color block only exists in the B area data group, the third color block data corresponding to the third color block only exists in the C area data group, and the fourth color block data corresponding to the fourth color block only exists in the D area data group.

[0037] The data group in each zone is equipped with a unique color block. At this time, the mobile control module only needs to identify the unique color block to quickly lock which data group it is in, which can greatly reduce the comparison speed. Since users are usually in a moving state during real-life navigation, it is particularly important to increase the comparison speed.

[0038] As a further improvement of the present invention, the hall area marker data group includes a zone one data group, a zone two data group and a zone three data group, and the marker includes a fifth color block, a sixth color block and a seventh color block, and the fifth color block data corresponding to the fifth color block only exists in the zone one data group, the sixth color block data corresponding to the sixth color block only exists in the zone two data group, and the seventh color block data corresponding to the seventh color block only exists in the zone three data group.

[0039] Likewise, each zone's data set has a unique color block, which can significantly reduce the speed of comparison.

[0040] As a further improvement of the present invention, the specific steps of guiding the control module to pre-process the multiple photographing data to obtain the photographing marker data are: guiding the control module to perform standardization processing and color correction processing on the multiple photographing data to obtain the photographing marker data.

[0041] As a further improvement of the present invention, real-scene markers are arranged on the ground and the wall, and color correction lights are also arranged on the wall. The specific steps of color correction processing include color correction of the photographed data by using the correction lights.

[0042] Since the real-scene markers are blocks of different colors, there cannot be too much error in color recognition. The color can be preliminarily adjusted through the color correction lights on the wall so that the error in color recognition will not be too large.

[0043] As a further improvement of the present invention, the specific steps of comparing the photographed marker data with the fixed-point marker data to obtain the user positioning data in step S4 are as follows: the fixed-point marker data includes multiple standard positioning data and multiple color block data groups corresponding one by one to the standard positioning data, and the photographed marker data is compared with the color block data group. If the photographed marker data has a corresponding color block data group, the standard positioning data corresponding to the color block data group is set as the user positioning data; if there is no color block data group corresponding to the photographed marker data, it is determined to be an identification error state, and the mobile control module obtains the user positioning data through the mobile positioning module.

Claims

1. A method for operating real-scene guidance, characterized in that: It includes a mobile phone terminal, a guidance platform, a server, and a plurality of real-scene markers arranged on the ground or on the wall. The mobile phone terminal is provided with a mobile display module, a mobile control module, a mobile camera module, a mobile positioning module, and a network connection module capable of connecting to a server network. The guidance platform includes a guidance display module, a guidance control module, a guidance operation module, and a signal transmission module connected to a server network. The operation method includes the following steps: S1. The user selects the business item he wants to handle through the guidance operation module, the guidance control module outputs the destination window data according to the business item selected by the user, and calculates the path guidance data according to the destination window data, and the guidance display module displays the route guidance according to the path guidance data and displays the destination window according to the destination window data; S2, the user connects the mobile phone to the server through the network connection module so that the mobile phone and the guidance station are located in the same network; S3, the guidance control module transmits the path guidance data and the destination window data to the mobile control module of the mobile phone through the server, the path guidance data includes the simulation map data identical to the real scene and the guidance route data between the guidance station and the destination window, and some real scene markers arranged on the guidance route are set as fixed point marker data, the mobile control module obtains the current user location data through the mobile positioning module at regular intervals, and displays the simulation map data, the guidance route data, the destination window data and the current user location data through the mobile display module; S4, the mobile camera module takes pictures at regular intervals to obtain a plurality of photographic data, the instructing control module to pre-process the plurality of photographic data to obtain photographic marker data, the photographic marker data is compared with the fixed-point marker data to obtain user positioning data, and the user positioning data is overwritten with the current user location data; The real-scene marker is a color block with color, and the fixed-point marker data includes a plurality of standard positioning data and a plurality of color block data groups corresponding to the standard positioning data one by one, and each color block data group is composed of at least three color block data in sequence; The fixed-point marker data includes a hall area marker data group and a service area marker data group. Each hall area marker data group is composed of three color block data in sequence, and each service area marker data group is composed of four color block data in sequence. Each standard positioning data corresponds to a unique hall area marker data group or service area marker data group. The service area marker data group includes an A area data group, a B area data group, a C area data group and a D area data group, and the marker includes a first color block, a second color block, a third color block and a fourth color block. The first color block data corresponding to the first color block only exists in the A area data group, the second color block data corresponding to the second color block only exists in the B area data group, the third color block data corresponding to the third color block only exists in the C area data group, and the fourth color block data corresponding to the fourth color block only exists in the D area data group.

2. The method for operating real-scene guidance according to claim 1, characterized in that: In step S3, the specific steps of the guidance control module transmitting the path guidance data and the destination window data to the mobile control module on the mobile phone through the server are: the guidance control module transmits the path guidance data and the destination window data to the WeChat applet on the mobile phone or to the application on the mobile phone through the server.

3. The method for operating real-scene guidance according to claim 1, characterized in that: The hall area marker data group includes a zone one data group, a zone two data group and a zone three data group, and the marker includes a fifth color block, a sixth color block and a seventh color block. The fifth color block data corresponding to the fifth color block only exists in the zone one data group, the sixth color block data corresponding to the sixth color block only exists in the zone two data group, and the seventh color block data corresponding to the seventh color block only exists in the zone three data group.

4. The method for operating real-scene guidance according to claim 1, characterized in that: The specific steps of guiding the control module to pre-process the multiple photographing data to obtain the photographing marker data are as follows: the guiding control module performs standardization processing and color correction processing on the multiple photographing data to obtain the photographing marker data.

5. The method for operating real-scene guidance according to claim 4, characterized in that: Real scene markers are set on the ground and the wall, and color correction lights are also set on the wall. The specific steps of color correction processing include color correction of the photographed data through the correction lights.

6. The method for operating real-scene guidance according to claim 1, characterized in that: The specific steps of comparing the photographed marker data with the fixed-point marker data to obtain the user positioning data in step S4 are as follows: the fixed-point marker data includes multiple standard positioning data and multiple color block data groups corresponding to the standard positioning data one by one. The photographed marker data is compared with the color block data group. If the photographed marker data has a corresponding color block data group, the standard positioning data corresponding to the color block data group is set as the user positioning data. If there is no color block data group corresponding to the photographed marker data, it is determined to be an identification error state, and the mobile control module obtains the user positioning data through the mobile positioning module.

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