CN115933418A - Intelligent device control method based on personalized scene map - Google Patents

Abstract

The invention discloses a smart device control method based on a personalized scene map, comprising the following steps: S1: draw a scene map based on a personal area; S2: import the smart device into the corresponding area of the scene map, and display it as a buoy in the scene map ; S3: Import the user holding the control terminal into the scene map and locate it; S4: The user approaches any smart device and highlights the buoy of the smart device; S5: The user clicks on the buoy to call out the control interface of the corresponding smart device for control. The present invention is different from the conventional app control system. By establishing the same scene map as the personal area, the smart device and the control terminal are imported into the scene map to form an operating environment equivalent to the actual scene. The operation is highly intuitive and the user experience is better. It is very convenient to use the real-time positioning of the control terminal and cooperate with the user to call the smart device with a similar distance more quickly.

Description

Intelligent device control method based on personalized scene map

technical field

The invention relates to a smart device control method based on a personalized scene map, and belongs to the technical field of the Internet of Things.

Background technique

The smart home system uses computer technology, network communication technology, intelligent cloud control, integrated wiring technology, and medical electronic technology in accordance with ergonomic principles and integrates individual needs to integrate various subsystems related to home life, such as security, lighting control, and curtain control. , gas valve control, information home appliances, scene linkage, floor heating, health care, sanitation and epidemic prevention, security and security, etc. are organically combined, and through networked comprehensive intelligent control and management, a new people-oriented home life experience is realized.

Smart home can be roughly divided into the following categories: home automation, home network and network appliances. Home automation refers to the use of micro-processing electronic technology to integrate or control aggravated electronic and electrical products or systems, such as lighting, coffee machines, computers, etc. equipment, heating and air-conditioning systems, etc.; home network refers to a network system that connects PCs in the home, various peripheral devices, and the Internet; network home appliances are new types of appliances that are designed and improved by using digital technology, network technology, and intelligent control technology. Home appliances; it can be found that with the iterative update of computer technology, the coverage of smart homes has gradually increased, and many of these home products are continuously added during the living process, and cannot be connected to existing smart home systems. .

In order to control and manage these scattered smart homes, the smart home APP integrates device control, e-commerce marketing, and scene layout. It focuses on smart hardware, covers hardware and home service products, and provides users with an overall solution for smart life. A typical smart home control APP generally includes a device page, a smart page, and a personal page. The device page directly lists all the devices. When the user clicks the icon corresponding to the smart device, the control page of the smart device pops up for the user to use. However, due to the large number of household smart devices, users need to find them from the complicated list every time they use them, and then click to activate them separately to operate, which is very troublesome and not very intuitive.

Contents of the invention

The purpose of the present invention is to provide a smart device control method based on a personalized scene map, which solves the problems of poor intuitiveness of the smart home control system in the prior art, a large number of smart devices, and inconvenient control.

In order to achieve the above object, the technical solution adopted by the present invention is: a smart device control method based on a personalized scene map, comprising the following steps:

S1: Draw a scene map based on the personal area;

S2: Import the smart device into the corresponding area of the scene map, and display it as a buoy in the scene map;

S3: Import the user holding the control terminal into the scene map and locate it;

S4: The user approaches any smart device, and highlights the smart device buoy;

S5: The user clicks on the buoy to call out the control interface of the corresponding smart device for control.

The scheme of further improvement in above-mentioned technical scheme is as follows:

1. In the above scheme, the drawing method of the scene map is:

Establish an independent editor in the control terminal to provide users with DIY pages;

The DIY page provides users with a variety of general scene units;

The user adjusts and stitches scene units to form a personalized scene map.

2. In the above solution, the method for the smart device to import the scene map is:

Establish communication connections between the control terminal and all smart devices in the personal area;

Identify smart devices and display the recognized smart devices on the scene map;

The user drags the smart device icon to the corresponding position on the scene map.

3. In the above solution, the positioning method of the control terminal is: install a positioning beacon in the personal area, and the positioning beacon interacts with the control terminal to obtain the absolute position of the control terminal and upload it to the scene map.

4. In the above solution, the positioning method of the control terminal is as follows: a positioning module is loaded in the smart device, and the positioning module interacts with the control terminal to obtain the absolute position of the control terminal and upload it to the scene map.

5. In the above scheme, the positioning method of the control terminal is as follows: a positioning module is loaded in the smart device, and a single positioning module interacts with the control terminal to obtain the relative position of the control terminal, and the positioning modules of multiple smart devices communicate with the control terminal at the same time The control terminal interacts to obtain the location area of the control terminal and upload it to the scene map.

6. In the above solution, the scene map is a planar map, and the compass data in the control terminal is imported to display the pointing information of the user in the scene map.

7. In the above solution, the scene map is a three-dimensional map, and the compass and gyroscope data in the control terminal are imported to display the pointing information of the user in the scene map.

8. In the above solution, the control terminal also establishes a device list parallel to the scene map, and the recognized smart device is loaded in the device list, and the controller can be invoked by clicking on a smart device.

9. In the above solution, in step S5, when the user moves away from the smart device, the buoy corresponding to the smart device shrinks.

Due to the application of the above-mentioned technical solution, the present invention has the following advantages compared with the prior art:

1. The smart device control method based on the personalized scene map of the present invention is different from the control system of the conventional app. By establishing the same scene map as the personal area, the smart device and the control terminal are imported into the scene map to form a scene equivalent to the actual scene. The operating environment has a high degree of intuitive operation and better user experience. It is very convenient to use the real-time positioning of the control terminal and cooperate with the user to quickly call the smart device with a similar distance.

2. The intelligent device control method based on the personalized scene map of the present invention can not only restore the intelligent control scene desired by the user to the greatest extent through the self-DIY scene map of the user, but also meet the needs of the user without accurate measurement by surveying and mapping instruments, saving time save effort.

3. The intelligent device control method based on the personalized scene map of the present invention locates the position of the user holding the control terminal in the scene through the positioning beacon or the positioning module, and the intelligent device displayed by the linkage buoy is enlarged, reduced or used to highlight, The way of weakening the display, emphasizing the smart devices close to the user, and discussing the smart devices far away from the user, makes the ladder-style presentation more intelligent and convenient, and improves the user experience.

4. The intelligent device control method based on the personalized scene map of the present invention, by combining the scene map with the angle and inclination data of the compass and gyroscope, displays the pointing of the control terminal held by the user, further presents the user's use needs, and improves the smart device. The precision of the response.

Detailed ways

Embodiment 1: A method for controlling smart devices based on a personalized scene map, comprising the following steps:

S1: The user counts the smart devices and the personal area where the smart devices are distributed;

An independent editor is pre-established in the control terminal, and the editor provides the user with a two-dimensional map DIY page. Here, the control terminal is a smart phone, and the independent editor is located in the smart device management APP;

The user clicks to open the DIY page, and DIY provides users with a variety of general scene units. Here, the scene unit is an editable area box, which is used to represent the room area surrounded by the wall. The personal area can be directly measured by a tape measure, and obtained by inputting data according to the measurement results. With the scene units of corresponding proportions, all the personal areas are DIYed out of the scene units in the same proportion and stitched together to draw a personalized scene map.

S2: After the scene map is drawn, load the device addition interface. The ways to add smart devices are divided into automatic addition and manual addition. The automatic addition method is: establish a communication connection between the control terminal and all smart devices in the personal area, here , the communication connection method can be wireless network or low-frequency Bluetooth. The device identification of the smart device is carried in the communication signal for the control terminal to identify and import. At this time, the recognized smart devices are displayed on the scene map in the form of a list. Just solidify the device icon to the corresponding position on the scene map.

Among them, the manual adding method is: when automatic identification is difficult to identify some smart devices, you can use the search mode to search for the corresponding smart devices in the library of the cloud server, click to import manually, and then drag the smart devices one by one to place on the scene corresponding location on the map.

Here, the position of the smart device can be located by specific measurement, or the distance can be directly estimated and adjusted by dragging. The small distance error will not affect the control and use of the smart device by the control terminal.

After the smart device imports the corresponding area of the scene map, it will be displayed as a buoy in the scene map, which is different from the scene map model and is convenient for users to view.

S3: Re-divide the area with a single scene unit and connection channel in the personal area, and arrange ultrasonic positioning beacons. The layout principle here is that the ultrasonic positioning signals sent by the ultrasonic positioning beacons can cover the entire scene map, and each ultrasonic positioning signal There are at least three sounding units in the standard. The microphone of the smart phone (control terminal) can receive the direct ultrasonic positioning signal, and the TDoA algorithm can be used to calculate the position of the smart phone in the scene map. At this time, use the smart phone By importing the user representation into the scene map, the user's position in the scene map can be intuitively obtained.

S4: The user holds a smart phone and moves in the scene map. When the user is close to a certain smart device, the buoy of the smart device is enlarged, and the buoy of the far away smart device is reduced for the user to view the nearby smart device.

S5: The user clicks on the zoomed-in smart device buoy nearby to call up the control interface of the corresponding smart device, and the user operates according to the usage requirements to control the smart device to respond.

In addition, the APP also has a regular list control mode and a smart device linkage editor that are listed in the scene map to meet different usage scenarios.

Embodiment 2: A smart device control method based on a personalized scene map, comprising the following steps:

S1: The user counts the smart devices and the personal area where the smart devices are distributed;

An independent editor is pre-established in the control terminal, and the editor provides the user with a two-dimensional map DIY page. Here, the control terminal is a smart phone, and the independent editor is located in the smart device management APP;

The user clicks to open the DIY page, and DIY provides users with a variety of general scene units. Here, the scene unit is an editable area box, which is used to represent the room area surrounded by the wall. The personal area can be directly measured by a tape measure, and obtained by inputting data according to the measurement results. With the scene units of corresponding proportions, all the personal areas are DIYed out of the scene units in the same proportion and stitched together to draw a personalized scene map.

S2: After the scene map is drawn, load the device addition interface. The ways to add smart devices are divided into automatic addition and manual addition. The automatic addition method is: establish a communication connection between the control terminal and all smart devices in the personal area, here , the communication connection method can be wireless network or low-frequency Bluetooth. The device identification of the smart device is carried in the communication signal for the control terminal to identify and import. At this time, the recognized smart devices are displayed on the scene map in the form of a list. Just solidify the device icon to the corresponding position on the scene map.

Among them, the manual adding method is: when automatic identification is difficult to identify some smart devices, you can use the search mode to search for the corresponding smart devices in the library of the cloud server, click to import manually, and then drag the smart devices one by one to place on the scene corresponding location on the map.

Here, the position of the smart device can be located by specific measurement, or the distance can be directly estimated and adjusted by dragging. The small distance error will not affect the control and use of the smart device by the control terminal.

After the smart device imports the corresponding area of the scene map, it will be displayed as a buoy in the scene map, which is different from the scene map model and is convenient for users to view.

S3: A positioning module is arranged in the smart device. The positioning module here is an ultrasonic positioning module. There are at least three sounding units in a single positioning module, and the microphone of the smart phone can hear the direct ultrasonic positioning signal, and the TDoA algorithm is used to solve the problem. The location of the smart phone. At this time, use the smart phone to represent the user and import it into the scene map, and the user's position in the scene map can be intuitively obtained.

S4: The user holds a smart phone and moves in the scene map. When the user is close to a certain smart device, the buoy of the smart device is enlarged, and the buoy of the far away smart device is reduced for the user to view the nearby smart device.

Here, when displaying the user, importing compass data can add directionality to the user's positioning, which further facilitates the smart phone to determine which smart device the user is close to, and improves the convenience and operability of the operation.

S5: The user clicks on the zoomed-in smart device buoy nearby to call up the control interface of the corresponding smart device, and the user operates according to the usage requirements to control the smart device to respond.

In addition, the APP also has a regular list control mode and a smart device linkage editor that are listed in the scene map to meet different usage scenarios.

Embodiment 3: A smart device control method based on a personalized scene map, comprising the following steps:

S1: The user counts the smart devices and the personal area where the smart devices are distributed;

An independent editor is pre-established in the control terminal, and the editor provides the user with a 3D map DIY page. Here, the control terminal is a smart phone, and the independent editor is located in the smart device management APP;

The user clicks to open the DIY page. DIY provides users with a variety of general scene units. Here, the scene unit is an editable area box, which is used to represent the room area surrounded by the wall. The length, width, and height of the personal area can be directly measured by a tape measure or other instruments. According to the input data of the measurement results, the scene unit of the corresponding proportion is obtained, and all the personal areas are DIYed out of the scene unit in the same proportion and stitched together, and a personalized scene map can be drawn.

S2: After the scene map is drawn, load the device addition interface. The ways to add smart devices are divided into automatic addition and manual addition. The automatic addition method is: establish a communication connection between the control terminal and all smart devices in the personal area, here , the communication connection method can be wireless network or low-frequency Bluetooth. The device identification of the smart device is carried in the communication signal for the control terminal to identify and import. At this time, the recognized smart devices are displayed on the scene map in the form of a list. Just solidify the device icon to the corresponding position on the scene map.

Among them, the manual adding method is: when automatic identification is difficult to identify some smart devices, you can use the search mode to search for the corresponding smart devices in the library of the cloud server, click to import manually, and then drag the smart devices one by one to place on the scene corresponding location on the map.

Here, the position of the smart device can be located by specific measurement, or the distance can be directly estimated and adjusted by dragging. The small distance error will not affect the control and use of the smart device by the control terminal.

After the smart device imports the corresponding area of the scene map, it will be displayed as a buoy in the scene map, which is different from the scene map model and is convenient for users to view.

S3: A positioning module is arranged in the smart device. The positioning module here is an ultrasonic positioning module. The positioning modules of at least three smart devices send ultrasonic positioning signals at the same time, and the microphone of the smart phone can hear the direct ultrasonic positioning signal. TDoA is adopted The algorithm calculates the location of the smartphone. At this time, the smartphone is used to represent the user and imported into the scene map, and the user's location in the scene map can be intuitively obtained.

S4: The user holds a smart phone and moves in the scene map. When the user is close to a certain smart device, the buoy of the smart device is enlarged, and the buoy of the far away smart device is reduced for the user to view the nearby smart device.

Here, when displaying the user, the compass and gyroscope data can be imported, and the angle and inclination can be used to add directivity to the user's positioning, which further facilitates the smartphone to determine which smart device the user is close to, and improves the convenience and operability of the operation.

S5: The user clicks on the zoomed-in smart device buoy nearby to call up the control interface of the corresponding smart device, and the user operates according to the usage requirements to control the smart device to respond.

In addition, the APP also has a regular list control mode and a smart device linkage editor that are listed in the scene map to meet different usage scenarios.

Using the above solution, it is different from the control system of the conventional app. By establishing the same scene map as the personal area, the smart device and the control terminal are imported into the scene map to form an operating environment equivalent to the actual scene. The operation is highly intuitive and the user experience is better. It is very convenient to use the real-time positioning of the control terminal and cooperate with the user to call the smart device with a similar distance more quickly.

In addition, through the user's self-DIY scene map, it can not only restore the intelligent control scene that the user wants to the greatest extent, meet the user's needs, but also save time and effort without the need for accurate measurement by surveying and mapping instruments.

In addition, the position of the user holding the control terminal in the scene is located through the positioning beacon or the positioning module, and the smart device displayed by the linkage buoy is enlarged, reduced, or displayed in other ways of highlighting or weakening to emphasize the smart device close to the user. Smart devices that are far away from users make the stepped presentation more intelligent and convenient, improving user experience.

In addition, by combining the scene map with the angle and inclination data of the compass and gyroscope, it shows the pointing of the user's control terminal, further presenting the user's use needs, and improving the accuracy of the response of the smart device.

The above-mentioned embodiments are only to illustrate the technical concept and characteristics of the present invention, and the purpose is to enable those skilled in the art to understand the content of the present invention and implement it accordingly, and not to limit the protection scope of the present invention. All equivalent changes or modifications made according to the spirit of the present invention shall fall within the protection scope of the present invention.

Claims (10)

1. A smart device control method based on a personalized scene map, comprising the following steps: S1: Draw a scene map based on the personal area; S2: Import the smart device into the corresponding area of the scene map, and display it as a buoy in the scene map; S3: Import the user holding the control terminal into the scene map and locate it; S4: The user approaches any smart device, and highlights the smart device buoy; S5: The user clicks on the buoy to call out the control interface of the corresponding smart device for control. 2. The intelligent device control method based on the personalized scene map according to claim 1, wherein the drawing method of the scene map is: Establish an independent editor in the control terminal to provide users with DIY pages; The DIY page provides users with a variety of general scene units; The user adjusts and stitches scene units to form a personalized scene map. 3. The smart device control method based on the personalized scene map according to claim 1, wherein the method for the smart device to import the scene map is: Establish communication connections between the control terminal and all smart devices in the personal area; Identify smart devices and display the recognized smart devices on the scene map; The user drags the smart device icon to the corresponding position on the scene map. 4. The intelligent device control method based on a personalized scene map according to claim 1, wherein the positioning method of the control terminal is: installing a positioning beacon in the personal area, and the positioning beacon is connected to the control terminal Interact to get the absolute position of the control terminal and upload it to the scene map. 5. The smart device control method based on a personalized scene map according to claim 1, wherein the positioning method of the control terminal is: a positioning module is loaded in the smart device, and the positioning module interacts with the control terminal, Get the absolute position of the control terminal and upload it to the scene map. 6. The smart device control method based on a personalized scene map according to claim 1, wherein the positioning method of the control terminal is: a positioning module is loaded in the smart device, and a single positioning module interacts with the control terminal , to get the relative position of the control terminal, the positioning modules of multiple smart devices interact with the control terminal at the same time, obtain the location area of the control terminal and upload it to the scene map. 7. The smart device control method based on a personalized scene map according to claim 1, wherein the scene map is a planar map, and the compass data in the control terminal is imported to display the pointing information of the user in the scene map. 8. The smart device control method based on a personalized scene map according to claim 1, wherein the scene map is a three-dimensional map, imports compass and gyroscope data in the control terminal, and displays the pointing information of the user in the scene map . 9. The smart device control method based on a personalized scene map according to claim 3, wherein a device list juxtaposed with the scene map is also established in the control terminal, and the recognized smart device is loaded in the device list , tap the smart device to invoke its controller. 10. The smart device control method based on a personalized scene map according to claim 1, wherein in step S5, when the user moves away from the smart device, the buoy corresponding to the smart device shrinks.