CN118584825A - Device control method, device, electronic device, storage medium and program product - Google Patents

Abstract

The present application relates to a device control method, apparatus, electronic device, storage medium and computer program product, and relates to the field of Internet of Things technology, and can be applied to fields such as smart home. The present application can improve the efficiency and convenience of device control. The method includes: obtaining target space state marking information, the target space state marking information is used to mark the target state presented by the first device in the space, the first device includes a device that makes the space form a target state, and then applying the target space state marking information to control the second device in the space to make the space present the above-mentioned target state when the target state meets the reproduction condition, and the second device includes a device that makes the space reproduce the target state.

Description

Device control method, device, electronic device, storage medium and program product

Technical Field

The present application relates to the technical field of Internet of Things, and in particular to a device control method, apparatus, electronic device, storage medium and computer program product.

Background Art

With the development of the Internet of Things technology, various devices in the space can be connected through the Internet of Things technology to achieve intelligent control and management. Taking smart homes as an example, smart homes can connect various devices in the living space through the Internet of Things technology to achieve intelligent control and management. Among them, users can send instructions to various connected devices through remote controls, mobile phone applications, etc. to achieve intelligent, convenient and efficient control.

Based on the device control method provided by the current technology, after the user sets the parameters of various devices in the living space according to their needs, when the same needs arise again after a period of time, the user needs to set the parameters of these devices one by one again. Therefore, the control efficiency and convenience of the devices need to be improved.

Summary of the invention

Based on this, it is necessary to provide a device control method, apparatus, electronic device, storage medium and computer program product to address the above technical problems.

In a first aspect, the present application provides a device control method. The method comprises:

Obtaining target space state marking information; the target space state marking information is used to mark the target state presented by the first device in the space; the first device includes a device that causes the space to form the target state;

The target space state marking information is applied to control a second device in the space to make the space present the target state when the target state meets the reproduction condition; the second device includes a device that makes the space reproduce the target state.

In one of the embodiments, obtaining the target space state indication information includes: in response to a state creation instruction, displaying current space state indication information; the current space state indication information corresponds to the current state of the space; in response to a state confirmation instruction, obtaining the target space state indication information; the target space state indication information includes the confirmed current space state indication information.

In one of the embodiments, it also includes: obtaining current status information of the first device in the space; and obtaining current space status indication information according to the current status information of the first device in the space.

In one of the embodiments, obtaining the target space state marking information includes: providing one or more optional space state marking information in response to a scene creation instruction; obtaining the target space state marking information in response to a state selection instruction; the target space state marking information includes the selected optional space state marking information.

In one embodiment, the application of the target space status indication information includes: associating the target space status indication information with a target scene; if the target scene satisfies an execution condition, sending a corresponding device control instruction to the second device based on the target space status indication information and the current status information of the second device in the space, so as to control the second device to make the space present the target state; and/or, the application of the target space status indication information includes: if the target state satisfies the reproduction condition, sending a corresponding device control instruction to the second device based on the target space status indication information and the current status information of the second device in the space, so as to control the second device to make the space present the target state.

In one embodiment, there are multiple first devices; there are multiple second devices; and sending corresponding device control instructions to the second devices based on the target space status indication information and the current status information of the second devices in the space includes: if the multiple second devices in the space are different from the multiple first devices in the space, obtaining current space status indication information based on the current status information of the multiple second devices in the space, and sending corresponding device control instructions to the multiple second devices based on the current space status indication information and the target space status indication information.

In one of the embodiments, the corresponding device control instructions are sent to multiple second devices based on the current space state indication information and the target space state indication information, including: if the multiple second devices in the space are completely different from the multiple first devices in the space, then based on the difference between the current space state indication information and the target space state indication information and the current state information of the multiple second devices, a first device control instruction applied to a target second device among the multiple second devices is obtained; and the first device control instruction is sent to the target second device so that the current space state indication information of the target second device after executing the first device control instruction is the same as the target space state indication information.

In one of the embodiments, sending corresponding device control instructions to multiple second devices according to the current space state indication information and the target space state indication information includes: if the multiple second devices in the space are partially different from the multiple first devices in the space, obtaining the target state information of the same device; the same device is the same device as the multiple first devices among the multiple second devices; the target state information corresponds to the target space state indication information; the target state information is used to indicate the device state of the same device when the space presents the target state; sending a second device control instruction to the same device according to the target state information of the same device and the current state information of the same device so that the same device reaches the device state indicated by the target state information; obtaining a third device control instruction applied to the different device according to the difference between the current space state indication information and the target space state indication information after the same device executes the second device control instruction and the current state information of the different device; the different device is a device different from the multiple first devices among the multiple second devices; sending the third device control instruction to the different device so that the current space state indication information of the different device after executing the second device control instruction is the same as the target space state indication information.

In one of the embodiments, sending corresponding device control instructions to the second device based on the target space status indication information and the current status information of the second device in the space includes: if the second device in the space is the same as the first device in the space, sending corresponding device control instructions to the second device based on the target status information of the first device and the current status information of the second device; the target status information corresponds to the target space status indication information; the target status information is used to indicate the device status of the first device when making the space present the target status.

In a second aspect, the present application also provides a device control apparatus. The apparatus comprises:

An information acquisition module, used for acquiring target space state marking information; the target space state marking information is used for marking the target state presented by the first device in the space; the first device includes a device that causes the space to form the target state;

An information application module is used to apply the target space state indication information to control a second device in the space to make the space present the target state when the target state meets the reproduction condition; the second device includes a device that makes the space reproduce the target state.

In a third aspect, the present application further provides an electronic device. The electronic device includes a memory and a processor, the memory stores a computer program, and the processor implements the following steps when executing the computer program:

Obtain target space state identification information; the target space state identification information is used to identify the target state presented by the first device in the space; the first device includes a device that causes the space to form the target state; apply the target space state identification information to control the second device in the space to make the space present the target state when the target state meets the reproduction condition; the second device includes a device that causes the space to reproduce the target state.

In a fourth aspect, the present application further provides a computer-readable storage medium. The computer-readable storage medium stores a computer program, and when the computer program is executed by a processor, the following steps are implemented:

Obtain target space state identification information; the target space state identification information is used to identify the target state presented by the first device in the space; the first device includes a device that causes the space to form the target state; apply the target space state identification information to control the second device in the space to make the space present the target state when the target state meets the reproduction condition; the second device includes a device that causes the space to reproduce the target state.

In a fifth aspect, the present application further provides a computer program product. The computer program product includes a computer program, and when the computer program is executed by a processor, the following steps are implemented:

Obtain target space state identification information; the target space state identification information is used to identify the target state presented by the first device in the space; the first device includes a device that causes the space to form the target state; apply the target space state identification information to control the second device in the space to make the space present the target state when the target state meets the reproduction condition; the second device includes a device that causes the space to reproduce the target state.

The above-mentioned device control method, apparatus, electronic device, storage medium and computer program product can record and apply the target space state indication information, record the target space state indication information when the first device in the space makes the space present the target state, and accordingly control the second device in the space to make the space present the target state indicated by the target space state indication information when the target state meets the reproduction condition, thereby realizing adaptive adjustment of various devices in, for example, a home space based on the presentation of the target state of the space, and making the reproduction of the target state of the space independent of specific equipment or specific instructions, thereby improving the efficiency and convenience of device control.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG1 is an application environment diagram of a device control method according to an embodiment of the present application;

FIG2 is a schematic diagram of a flow chart of a device control method according to an embodiment of the present application;

FIG3 is a schematic diagram of an interface for creating a space state in an example of the present application;

FIG4 is a schematic diagram of an interface for creating a scene in an example of the present application;

FIG5 is a schematic diagram of an interface of a lighting control panel in an application embodiment of the present application;

FIG6 is a schematic diagram of a flow chart of a device registration and configuration method in an application embodiment of the present application;

FIG7 is a schematic diagram of a flow chart of a device control method in an application embodiment of the present application;

FIG8 is a timing diagram of a device control method in an application embodiment of the present application;

FIG9 is a structural block diagram of a device control device according to an embodiment of the present application;

FIG. 10 is a diagram showing the internal structure of an electronic device according to an embodiment of the present application.

DETAILED DESCRIPTION

In order to make the purpose, technical solution and advantages of the present application more clearly understood, the present application is further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present application and are not used to limit the present application.

The device control method provided in the embodiment of the present application can be applied to the application environment shown in Figure 1, which can be a smart home system. The smart home system may include: cloud/cloud servers, routers, gateways, user terminals (such as mobile phones, tablet computers), multiple devices (such as smart lamps, smart sockets, smart curtains, smart air conditioners, sensors, switches), etc. In the smart home system, each device can be connected to the gateway via ZIGBEE/Bluetooth, and the gateway and user terminal can be connected to the router via WiFi respectively. In addition, the user terminal can also establish a network connection with the cloud/cloud server via 2G/3G/4G/5G, WiFi, etc., so that the data sent by the cloud/cloud server can be obtained.

For the smart home system, the system configuration method can be: the corresponding application is installed on the user terminal, and at least one gateway device can be added to the application first. When adding other devices (such as smart lamps, smart sockets, smart curtains, smart air conditioners, sensors, switches), you can click the Add Device button in the application interface, and select the gateway device that the device needs to access in the Add interface, and then add the device to the ZIGBEE network corresponding to the gateway, and then form a ZIGBEE local area network with other added devices and gateways. When the application, router, and gateway are in the same local area network, the application can interact with the gateway and the devices connected to the gateway through the local area network path; when the application, router, and gateway are not in the same local area network, the application can interact with the gateway and the devices connected to the gateway through the wide area network path.

Based on the smart home system as shown in FIG1 , the device control method provided by current technology allows users to set parameters of various devices in the living space (such as smart lamps, smart sockets, smart curtains, smart air conditioners, sensors, switches) on the application according to their needs. However, when the same need arises again after a period of time, users are required to reset the parameters of these devices one by one on the application, which is inefficient and lacks convenience.

In this regard, the device control method provided by the present application can be realized by the user terminal through the recording and application of the target space status indication information, without the need for the user to manually reset the device parameters. It can realize the adaptive adjustment of each device in the home space based on the target state of the space, and make the reproduction of the target state of the space independent of specific equipment or specific instructions, thereby improving the efficiency and convenience of device control.

The device control method of the present application is described in detail below in conjunction with various embodiments and corresponding drawings.

In one embodiment, as shown in FIG. 2 , the present application provides a device control method, which can be applied to the user terminal in FIG. 1 , and the method may include the following steps:

Step S201, obtaining target space state marking information, where the target space state marking information is used to mark the target state presented by the first device in the space; the first device includes a device that causes the space to form a target state.

Step S202, applying the target space state marking information to control the second device in the space to make the space present the target state when the target state meets the reproduction condition; the second device includes a device that makes the space reproduce the target state.

The device control method of this embodiment focuses on the recording and application of the target space state marking information. Among them, the target space state marking information refers to information used to mark the target state presented by the first device in the space. The first device includes a device that makes the space form the target state. The number of the first devices is usually multiple, and the device types of different first devices can be the same or different. The space as a whole can be presented in a certain state through multiple devices of the same or different device types in the space. As an example, the first device can include multiple smart lights. The user can set the multiple smart lights to the off state. At this time, the state presented by the space as a whole is the state of all lights off. This state can be determined as the target state by the user on the application of the user terminal, and the application of the user terminal can obtain the target space state marking information in step S201. The target space state marking information in this example is used to indicate that the target state presented by the multiple smart lights in the space is the state of all lights off. The target space state marking information can be represented by the text "all lights off". As another example, the first device may include multiple smart lights. The user can set one of the multiple smart lights to be on and the rest of the smart lights to be off. At this time, the overall state of the space is the state in which any light is on. This state can also be determined as a target state by the user on the application of the user terminal, and the application of the user terminal can obtain the target space state indication information in step S201. The target space state indication information in this example is used to indicate that the target state of the space presented by multiple smart lights in the space is the state in which any light is on. The target space state indication information can be expressed by the text "any light is on".

Therefore, through step S201 of the present application, the target space state identification information used to indicate the target state presented by the first device in the space can be recorded. This step is equivalent to creating a space snapshot for each device in the space. Creating a space snapshot can be regarded as a process of converting the state of each device in the space into a space state, that is, in step S201, the user can set/adjust each first device in the space to a state (such as the on state, off state, etc. of the above-mentioned smart light) through parameter setting/adjustment. In this way, the space will present a state as a whole due to the state of each first device (such as the state of all lights being off, the state of any light being on, etc.). At this time, the user can confirm the state presented by the space as the target state on the application of the user terminal. The application of the user terminal records the target space state identification information corresponding to the target state in step S201, which is equivalent to converting the state of each device in the space to the space state, thereby achieving the effect of creating a space snapshot for each device in the space.

The application of the target space state indication information is performed in step S202. In step S202, the application program of the user terminal applies the target space state indication information to control the second device in the space to make the space present the target state when the target state meets the reproduction condition.

Among them, the application of the user terminal can apply the target space state marking information after obtaining the target space state marking information, and can also apply the target space state marking information when the target state meets the reproduction condition. Its goal is to control the second device in the space to make the space present the target state (such as the above-mentioned state of all lights off, the state of any light on, etc.). Among them, the reproduction condition of the target state can be set by the user according to actual needs. As an example, the reproduction condition may include but is not limited to being actively triggered by the user, arriving at a certain time of the day, and detecting that the user enters certain areas in the space. The user can set the reproduction condition in the application of the user terminal, and the application of the user terminal can associate the reproduction condition with the above-mentioned target space state marking information. Thus, when the target state meets the reproduction condition, the second device in the space can be controlled according to the target space state marking information to make the space present the target state.

As one implementation method of the application of the target space state indication information, the application of the user terminal can detect whether the target state meets the reproduction condition after obtaining the target space state indication information. When the target state meets the reproduction condition, the application of the user terminal sends the corresponding device control instruction (set) to the gateway according to the target space state indication information, and the gateway then transmits the device control instruction (set) to the second device. As another implementation method of the application of the target space state indication information, the application of the user terminal can send the target space state indication information to the gateway after obtaining the target space state indication information, and the gateway detects whether the target state meets the reproduction condition. When the target state meets the reproduction condition, the gateway sends the corresponding device control instruction (set) to the second device according to the target space state indication information. Among them, the second device includes a device that enables the space to reproduce the above-mentioned target state, and the number of second devices is usually also multiple. It should be noted that the second device and the first device can be the same or different, that is, the device in the space when the target state is formed can be the same or different from the device in the space that reproduces the target state, wherein the same includes completely the same, and different includes completely different or partially different. Taking multiple smart lights (smart light 1, smart light 2, smart light 3 and smart light 4) as an example, the first device can include smart light 1, smart light 2, smart light 3, and the target state formed in the space is set to the state where all lights are turned off. Then the second device can include smart light 1, smart light 2, smart light 3. To be completely the same, the second device can also include smart light 1, smart light 2, smart light 3. 2. Smart light 4 is partially different. The second device may also include smart light 4, which is completely different. In this regard, the corresponding target space state indication information is applied in step S202. When the target state (the state of all lights being turned off) meets the reproduction condition, the corresponding device control instructions can be sent to each smart light in the completely identical, partially different, or completely different states, so that the space presents a state where all lights are turned off. In this way, the mapping from space snapshot to device control instructions can be completed, so that the reproduction of the space state does not need to be limited to specific devices or instructions. Even if the equipment in the space changes, it is still possible to adaptively adjust the devices in, for example, the home space based on the recorded target space state indication information to achieve the reproduction of the space state, thereby improving the efficiency and convenience of device control.

The device control method of this embodiment can record and apply the target space state identification information, record the target space state identification information when the first device in the space makes the space present the target state, and accordingly control the second device in the space to make the space present the target state indicated by the target space state identification information when the target state meets the reproduction condition, thereby realizing adaptive adjustment of various devices in, for example, a home space based on the presentation of the target state of the space, and making the reproduction of the target state of the space independent of specific equipment or specific instructions, thereby improving the efficiency and convenience of device control.

Regarding obtaining the target space state indication information in step S201, in some embodiments, the following steps may be included:

In response to a state creation instruction, current space state identification information is displayed; the current space state identification information corresponds to the current state of the space; in response to a state confirmation instruction, target space state identification information is obtained; the target space state identification information includes the confirmed current space state identification information.

The solution of this embodiment can provide a UI (User Interface) in the application of the user terminal to facilitate the user to quickly create and confirm the target state of the space, and the application of the user terminal can obtain the target space state identification information. In conjunction with Figure 3, the application of the user terminal can display components such as a state creation trigger button (such as the space snapshot button shown in Figure 3), so that the user can trigger the state creation instruction by clicking the state creation trigger button. The application of the user terminal responds to the state creation instruction and displays the current space state identification information. The current space state identification information corresponds to the current state of the space. The current state of the space can be presented by the first device. As mentioned above, the number of first devices is usually multiple, and the device type of the first device can also be multiple. As an example, the first device can include multiple smart lights and smart curtains. As shown in Figure 3, the current The space status indication information may include multiple items of information, each of which may correspond to different device types of the first device, etc. For example, the current space status indication information may include information on lighting items (all lights on), information on sunshade items (all curtains closed), etc. Each item of information may correspond to a space instruction, which is used to implement state control of the corresponding item information. For example, the space instruction may include turning on all lights (corresponding to the information on the lighting item), closing all curtains (corresponding to the information on the sunshade item), etc. After the target space status indication information is determined, by executing these space instructions when the target state meets the reproduction conditions, the corresponding device control instructions can be sent to the corresponding second device to make the space present the target state. Among them, based on the current space status indication information as shown in Figure 3, the application of the user terminal can provide a status check option at each item of information respectively. The user can trigger the status confirmation instruction by selecting the status check option at the corresponding item of information. The application of the user terminal responds to the status confirmation instruction and can obtain the confirmed current space status indication information according to the various items of information finally selected by the user, and use the confirmed current space status indication information as the target space status indication information. For example, if the user selects the information of the lighting item (lights on fully) and the information of the sunshade item (curtains closed fully), the confirmed current space status indication information is lights on fully and curtains closed fully.

In one embodiment, the current space state indication information in the above embodiment can be obtained through the following steps, which may include:

Obtain current status information of the first device in the space; and obtain current space status indication information based on the current status information of the first device in the space.

The scheme of this embodiment can be that during the process of creating and confirming the space status, the application of the user terminal can continuously obtain the current status information of the first device in the space (information such as the on state and the off state) through the gateway, wherein the number of the first devices can be multiple, and the device types of the first devices can also be multiple, and the current status information of the first device in the space is converted into the current space status indication information in real time and displayed on the interface as shown in Figure 3, that is, the current space status indication information displayed to the user can change with the change of the current state of the first device in the space. Therefore, when the application of the user terminal displays the current space status indication information to the user, the user can also adjust/set the state of the first device by manual or voice control. The scheme of this embodiment can convert the current state information of the first device in the space into the current space status indication information in real time and display it on the interface of the application of the user terminal, so that the user can know in real time that the space as a whole presents the target state he needs, thereby improving the efficiency and convenience of space status setting.

Based on the above-mentioned embodiments, the application target space state indication information in step S202 may include, in some embodiments:

Associate the target space status indication information with the target scene; if the target scene meets the execution conditions, send the corresponding device control instruction to the second device according to the target space status indication information and the current status information of the second device in the space to control the second device to make the space present the target state.

In this embodiment, the confirmed target space state marking information can be applied to the scene execution during the creation and confirmation process of the space state. By associating the target space state marking information with the target scene (scene created by the user), when the target scene meets the execution condition, it can be regarded as the target state meets the reproduction condition, and the second device in the space is controlled to make the space present the target state. In conjunction with Figure 3, the user can enter the scene name of the target scene such as "enter the bedroom" when confirming the target space state marking information. The user can click "One-click creation" to make the application of the user terminal associate the target space state marking information with the target scene "enter the bedroom", and the target scene "enter the bedroom" can be displayed. The user can also set the execution condition of the target scene, which is similar to the setting of the reproduction condition of the target state as described above. The execution condition of the target scene can include but is not limited to being actively triggered by the user, reaching a certain time of the day, and detecting that the user enters certain areas in the space. As a result, the application of the user terminal can control the second device in the space to make the space present the target state when it is detected that the target scene meets the execution condition. Among them, if the target scene meets the execution conditions, the application of the user terminal can obtain the current status information of the second device in the space in real time through the gateway, and send the corresponding device control instruction to the second device according to the target space status indication information and the current status information of the second device in the space, so as to control the second device to make the space present the target state. Based on the scheme of this embodiment, the target space status indication information/space snapshot information can be efficiently and conveniently applied to the creation and execution of the scene, which is very convenient for users to realize the space status setting and reproduction of specific scenes.

In the above embodiment, according to the target space state indication information and the current state information of the second device in the space, sending the corresponding device control instruction to the second device may include, in one embodiment:

If the second device in the space is the same as the first device in the space, the corresponding device control instruction is sent to the second device based on the target state information of the first device and the current state information of the second device; the target state information corresponds to the target space state indication information; the target state information is used to indicate the device state of the first device when the space presents the target state.

In this embodiment, for the case where the second device in the space is the same as the first device when state reproduction is performed, the application of the user terminal can obtain the target state information of the first device, wherein the target state information corresponds to the target space state identification information, and the target state information is used to indicate the device state (on state, off state, etc.) of the first device when the space presents the target state. The application of the user terminal can record the state information of the first device when recording the target space state identification information (this is the target state information of the first device, or information called a device snapshot), and then generate and send the corresponding device control instruction to the second device based on the target state information of the first device and the current state information of the second device that is the same as the first device. That is, if the second device in the space is the same as the first device when state reproduction is performed, The second device (smart light 1, smart light 2) is the same as the first device (smart light 1, smart light 2). When the application of the user terminal forms the target state of the space such as "all lights on", the target state information of smart light 1 and smart light 2 can be recorded as information indicating the on state. Then, when reproducing the target state of the space such as "all lights on", the application of the user terminal can send corresponding device control instructions to smart light 1 and smart light 2 according to the target state information of smart light 1 and smart light 2 and its current state information. For example, when the current state information of smart light 1 and smart light 2 indicates the off state, the on device control instruction is sent to smart light 1 and smart light 2. Therefore, the state of each device itself when the target state of the space is formed can be better restored during reproduction.

In the above embodiment, the number of first devices may be multiple; the number of second devices may be multiple; according to the target space state indication information and the current state information of the second device in the space, sending the corresponding device control instruction to the second device, in some other embodiments, may include:

If the multiple second devices in the space are different from the multiple first devices in the space, the current space status indication information is obtained according to the current status information of the multiple second devices in the space, and the corresponding device control instructions are sent to the multiple second devices according to the current space status indication information and the target space status indication information.

In this embodiment, the number of second devices in the space when the state is reproduced can be multiple, and the number of first devices in the space when the target state is formed can be multiple. If the multiple second devices in the space when the state is reproduced are different from the multiple first devices in the space when the target state is formed, the multiple second devices can be treated as completely different or partially different from the multiple first devices.

In one embodiment, sending corresponding device control instructions to multiple second devices according to the current space state indication information and the target space state indication information may include:

If the multiple second devices in the space are completely different from the multiple first devices in the space, then based on the difference between the current space state indication information and the target space state indication information and the current state information of the multiple second devices, a first device control instruction applied to the target second device among the multiple second devices is obtained; and the first device control instruction is sent to the target second device so that the current space state indication information after the target second device executes the first device control instruction is the same as the target space state indication information.

In this embodiment, when the multiple second devices in the space are completely different from the multiple first devices in the space, it is impossible to directly use the target state information of the device recorded when the target state is formed to complete the issuance of device control instructions to the second devices. In this regard, the application of the user terminal can obtain the current space state identification information based on the current state information of the multiple second devices in the space, and then obtain the first device control instruction applied to the target second device among the multiple second devices based on the difference between the current space state identification information and the target space state identification information and the current state information of the multiple second devices, wherein the target second device is (one or more) the device among the multiple second devices that needs to receive the device control instruction, and then send the first device control instruction to the target second device, so that after the target second device executes the first device control instruction, the current space state identification information detected in real time is the same as the target space state identification information, thereby completing the reproduction of the target state of the space and achieving the effect of space state reproduction. As an example, for example, the target state of all lights being off is assumed to be that smart lights 1 and smart lights 2 being in the off state form the target state. When the target state is reproduced, the second devices in the space are set to include smart lights 3 and smart lights 4 being in the on state. At this time, the multiple second devices are completely different from the multiple first devices. Then, according to the current state information of the second devices (smart lights 3 and smart lights 4) in the space, the current space state indication information is obtained as information indicating that all lights are on. At this time, according to the difference between the current space state indication information and the target space state indication information (information indicating that all lights are off), combined with the current state information of the second devices (smart lights 3 and smart lights 4) (both are in the on state), the first device control instruction (off instruction) applied to the target second devices (smart lights 3 and smart lights 4) can be obtained, and the first device control instruction (off instruction) is sent to the target second devices (smart lights 3 and smart lights 4), thereby achieving the effect of reproducing the target state of the space.

In another embodiment, sending corresponding device control instructions to multiple second devices according to the current space state indication information and the target space state indication information may include:

If multiple second devices in the space are partially different from multiple first devices in the space, then the target state information of the same device is obtained; the same device is a device among the multiple second devices that is the same as the multiple first devices; the target state information corresponds to the target space state indication information; the target state information is used to indicate the device state of the same device when the space presents the target state; according to the target state information of the same device and the current state information of the same device, a second device control instruction is sent to the same device to make the same device reach the device state indicated by the target state information; according to the difference between the current space state indication information and the target space state indication information after the same device executes the second device control instruction and the current state information of the different devices, a third device control instruction applied to the different device is obtained; the different device is a device among the multiple second devices that is different from the multiple first devices; the third device control instruction is sent to the different device so that the current space state indication information after the different device executes the second device control instruction is the same as the target space state indication information.

In this embodiment, taking the target state of any light being on as an example, it is assumed that the smart light 1 in the off state and the smart light 2 in the on state form the target state. When the target state is reproduced, the second device in the space is set to include the smart light 2 in the off state and the smart light 3 in the on state. At this time, the multiple second devices in the space are partially different from the multiple first devices in the space. Considering that the state of each device itself when the target state of the space is formed is better restored during reproduction, the target state information of the same device can be first obtained in this embodiment. The same device is the same device as the multiple first devices among the multiple second devices (i.e., the smart light 2). The target state information corresponds to the target space state marking information. The target state information is used to indicate the device state of the same device when the space presents the target state. In one example, the target space state marking information is used to indicate the target state of any light being on, and the target state information of the same device (smart light 2) is information indicating the on state. Then, according to the target state information of the same device (indicating the on state) and the current state information of the same device (indicating the off state), the second device control instruction (on instruction) can be sent to the same device (smart light 2), so that the same device The device (smart light 2) reaches the device state (on state) indicated by the target state information, and then the current space state indication information after the same device (smart light 2) executes the second device control instruction (on instruction) can be detected as information indicating that all lights are on, and then the third device control instruction applied to the different device can be obtained according to the difference between the current space state indication information (information indicating that all lights are on) and the target space state indication information (information indicating that any light is on) and the current state information of the different device, wherein the different device refers to a device in the multiple second devices that is different from the multiple first devices. (i.e., smart light 3), its current status information is information indicating the on state, and the third device control instruction applied to the different device (smart light 3) is a shut-down instruction, and then the third device control instruction (shut-down instruction) is sent to the different device (smart light 3), so that the current space status indication information after the different device (smart light 3) executes the third device control instruction (shut-down instruction) is the same as the target space status indication information, that is, both are information indicating that any light is on, thereby reproducing the target state of the space while better restoring the state of each device itself when the space is in the target state.

In addition, when the multiple second devices are partially different from the multiple first devices, the fourth device control instruction applied to the target second device among the multiple second devices can be obtained directly based on the difference between the current space state identification information and the target space state identification information and the current state information of the multiple second devices, and then the fourth device control instruction is sent to the target second device, so that the current space state identification information of the target second device after executing the fourth device control instruction is the same as the target space state identification information. Taking the target state in which any light is on as an example, it is assumed that smart light 1 in the off state and smart light 2 in the on state form the target state. When the target state is reproduced, the second devices in the space are set to include smart light 2 and smart light 3 in the off state. At this time, according to the difference between the current space state indication information (information indicating that all lights are off) and the target space state indication information (information indicating that any light is on) and the current state information of multiple second devices (smart light 2, smart light 3) (all in the off state), a fourth device control instruction (on instruction) applied to the target second device (smart light 2 or smart light 3) among the multiple second devices can be obtained, and then the fourth device control instruction (on instruction) is sent to the target second device (smart light 2 or smart light 3), so that the current space state indication information of the target second device (smart light 2 or smart light 3) after executing the fourth device control instruction (on instruction) is the same as the target space state indication information, that is, both are information indicating that any light is on, thereby achieving the effect of reproducing the target state of the space.

The solution of the above-mentioned embodiment can adaptively adjust the control of the device when the device changes when forming and executing the target state of the space, thereby ensuring the execution effect of the spatial state reproduction.

Regarding obtaining the target space state indication information in step S201, in some other embodiments, the following steps may be included:

In response to a scene creation instruction, one or more optional space state marking information is provided; in response to a state selection instruction, target space state marking information is obtained; the target space state marking information includes the selected optional space state marking information.

The solution of this embodiment can directly select the space state marking information (space snapshot information) as the execution target of the scene during the scene creation process, thereby improving the efficiency and convenience of scene creation. In conjunction with Figure 4, the application of the user terminal can receive the user's scene creation instruction, display a form component including a state creation trigger button (the space snapshot button shown in Figure 4), and the user clicks the space snapshot button to display one or more optional space state marking information. The optional space state marking information may include the current space state marking information, one or more historical space state marking information, and the historical space state marking information may be the space state marking information created by the user in the past. The user can select these optional space state marking information, such as selecting the current space state marking information, the historical space state marking information, etc. The selection of the current space state marking information and the historical space state marking information can be regarded as a trigger state selection instruction. The application of the user terminal can obtain the target space state marking information according to the optional space state marking information selected by the user, that is, the target space state marking information includes the selected optional space state marking information. Among them, the user can also selectively check multiple pieces of information in the optional space state marking information to form the final target space state marking information.

Based on the above embodiment, the application space status indication information in step S202 may include, in some embodiments:

Associate the target space status indication information with the target scene; if the target scene meets the execution conditions, send the corresponding device control instruction to the second device according to the target space status indication information and the current status information of the second device in the space to control the second device to make the space present the target state.

In conjunction with FIG. 4 , the solution of this embodiment can associate the selected target space state indication information as the execution target of the scene during the scene creation process. After setting the conditions of the scene, the reproduction of the target state of the space can be executed according to whether the target scene meets the execution conditions. Among them, after selecting the optional space state indication information as the target space state indication information, the user can enter the scene name of the target scene such as "enter the bedroom". The user can click "one-click creation" to make the application of the user terminal associate the target space state indication information with the target scene "enter the bedroom". The application of the user terminal can display the various scenes created by the user (such as entering the bedroom, leaving the bedroom, sleeping scenes, etc.) and manage them, such as editing the execution targets, execution conditions, etc. of each scene. Thus, the application of the user terminal can control the second device in the space to make the space present the target state when it is detected that the target scene meets the execution conditions. Based on the solution of this embodiment, the target space state indication information/space snapshot information can be selected and associated very efficiently and conveniently in the creation of the scene, which is very convenient for users to create, manage and realize the required scenes.

In the above embodiment, according to the target space state indication information and the current state information of the second device in the space, sending the corresponding device control instruction to the second device may include, in one embodiment:

If the second device in the space is the same as the first device in the space, a corresponding device control instruction is sent to the second device based on the target state information of the first device and the current state information of the second device; wherein the target state information corresponds to the target space state indication information; the target state information is used to indicate the device state of the first device when making the space present the target state.

In this embodiment, when the target scene meets the execution condition, it can be regarded as the target state meets the reproduction condition, so that the execution target of the target scene, that is, the reproduction of the target state of the space, can be executed. When the second device in the space is the same as the first device in the space during the reproduction of the execution state, the control processing of the second device has been described in the previous embodiment, and will not be repeated here. In this way, the state of each device itself when the target state of the space is formed can be better restored during the reproduction, and the execution target of the target scene can be achieved.

In the above embodiment, the number of first devices may be multiple; the number of second devices may be multiple; according to the target space state indication information and the current state information of the second device in the space, sending the corresponding device control instruction to the second device, in some other embodiments, may include:

If the multiple second devices in the space are different from the multiple first devices in the space, the current space status indication information is obtained according to the current status information of the multiple second devices in the space, and the corresponding device control instructions are sent to the multiple second devices according to the current space status indication information and the target space status indication information.

In this embodiment, when the target scene meets the execution conditions, it can be regarded as the target state meets the reproduction conditions, thereby executing the execution target of the created target scene, that is, the reproduction of the target state of the space, or it can be divided into multiple second devices that are completely different from or partially different from multiple first devices for processing. The processing of these two parts has been correspondingly described in the aforementioned embodiments and will not be repeated here. The scheme of this embodiment can adaptively adjust the control of the device when the target state of the space changes when the created target scene meets the execution conditions, thereby ensuring the execution effect of the spatial state reproduction and achieving the execution goal of the created target scene.

The application target space state indication information in step S202 may be used as an execution target separately in addition to the association and execution of the application scene mentioned in the above embodiments. In some embodiments, the following steps may be included:

If the target state meets the reproduction conditions, a corresponding device control instruction is sent to the second device according to the target space state indication information and the current state information of the second device in the space to control the second device to make the space present the target state.

In this embodiment, the reproduction condition of the target state can be set according to the needs of the user. The user can set the trigger condition of the sensor and use it as the reproduction condition of the target state, etc. When the application of the user terminal determines that the target state meets the reproduction condition, it can control the second device in the space to make the space present the target state. Among them, the application of the user terminal can obtain the current status information of the second device in the space in real time through the gateway, and send the corresponding device control instruction to the second device according to the target space status indication information and the current status information of the second device in the space, so as to control the second device to make the space present the target state. Based on the scheme of this embodiment, the target space status indication information/space snapshot information can be used as an execution target separately, which can facilitate users to quickly deploy the target state of the space that needs to be reproduced.

Based on this, in the above embodiment, according to the target space state indication information and the current state information of the second device in the space, sending the corresponding device control instruction to the second device, in one embodiment, may include:

If the second device in the space is the same as the first device in the space, a corresponding device control instruction is sent to the second device based on the target state information of the first device and the current state information of the second device; wherein the target state information corresponds to the target space state indication information; the target state information is used to indicate the device state of the first device when making the space present the target state.

In this embodiment, when the space status identification information/space snapshot information is used as a separate execution target, the control processing of the second device in the space when the second device in the space is the same as the first device in the space when the execution state is reproduced can also refer to the corresponding description in the aforementioned embodiment, and will not be repeated here.

In the above embodiment, the number of first devices may be multiple; the number of second devices may be multiple; according to the target space state indication information and the current state information of the second device in the space, sending the corresponding device control instruction to the second device, in some other embodiments, may include:

If the multiple second devices in the space are different from the multiple first devices in the space, the current space status indication information is obtained according to the current status information of the multiple second devices in the space, and the corresponding device control instructions are sent to the multiple second devices according to the current space status indication information and the target space status indication information.

In this embodiment, when the spatial state identification information/spatial snapshot information is used alone as the execution target, the number of second devices in the space when the execution state is reproduced can be multiple, and the number of first devices in the space when the target state is formed can be multiple. For the situation where the multiple second devices in the space when the execution state is reproduced are different from the multiple first devices in the space when the target state is formed, the multiple second devices can also be treated as completely different or partially different from the multiple first devices. The processing of these two parts has also been explained accordingly in the aforementioned embodiments and will not be repeated here. The scheme of this embodiment can adaptively adjust the control of the device when the spatial state identification information/spatial snapshot information is used alone as the execution target, when the device changes when the target state of the space is formed and executed, to ensure the execution effect of the spatial state reproduction.

The device control method of the present application is explained using smart home as an application scenario. In the present application embodiment, the device control method of the present application can achieve fast and flexible control of multiple devices through the recording and application of target space status identification information. It is not affected by changes in device and environmental status, can adapt to device status changes, and ensure the execution effect of scene instructions. By establishing a state mapping relationship between space and device and a conversion relationship between status and instructions, unified management and comprehensive calculation of device status in the space are achieved. The status of all devices in the space can be uniformly managed, and scenes can be created using target space status identification information. When the reproduction conditions are met, the target space status identification information is converted into device control instructions for devices in the space in real time to execute the target space status identification information or information called space snapshot as the scene execution target, and the device is adaptively controlled according to the target state. In this application embodiment, the state of the physical device in the space can be first mapped to the target space state identification information, and then a scene can be created based on the target space state identification information. When the execution conditions of the created scene are met, the physical devices in the space are controlled in real time according to the target space state identification information. The physical devices in the space that form the target space state identification information and execute the target space state identification information can be the same, or they can be updated, replaced or deleted, thereby completing the three mapping transformations, including device state to space state, space state to space instruction, and space instruction to device instruction, thereby realizing adaptive control of the device based on space state reproduction.

In this application embodiment, the target space status identification information/space snapshot information can be used to create scenes in smart home products. The execution of the scenes can include turning on/off multiple devices, setting the status of multiple devices, etc. The devices in the smart home products can be but are not limited to smart lamps, smart sockets, smart curtains, smart air conditioners, etc.

In terms of the functional characteristics of the smart home products in this application embodiment:

① You can create a space snapshot with one click to obtain the target space status identification information/space snapshot information, convert the current status of multiple devices in the space into the target space status identification information/space snapshot information, which can be associated with the created scene as the execution target of the scene and can be stored in the scene instruction.

② It can control devices in real time, convert scene instructions into device instructions, and realize batch control of device status in the space.

③ It can adapt to changes in device status and adjust device control according to the actual conditions of the devices in the space during execution to ensure the execution effect of scene instructions, that is, to ensure the reproduction effect of the target state of the space.

④It can support the creation of multiple scenes. Users can create different scenes according to different scene requirements, such as "sleeping scene", "entering the bedroom", etc.

⑤Supports manual control. Users can manually control the device's switch, brightness, color and other parameters through the application, achieving more flexible and convenient control.

At the operational level of the smart home product in this application embodiment:

① Users can download and install the application of smart home products, create an account and log in.

②Connect the smart device to the application to complete device registration and configuration.

③Manually adjust the device to the state required by the scene, such as turning on the living room light, turning off the bedroom light, turning on the air conditioner, etc.

④ Create a space snapshot with one click to obtain the target space status identification information/space snapshot information, convert the current status of multiple devices in the space into the target space status identification information/space snapshot information, which can be associated with the created scene as the execution target of the scene and can be stored in the scene instruction.

⑤ You can create scenes such as "sleep scene" and "enter the bedroom" in the application, and select the saved target space status identification information/space snapshot information as the execution target of the scene.

⑥ When the created scene needs to be triggered, the user can trigger the scene command to execute the scene in the application, and the corresponding device control command will be sent to the device, realizing fast and convenient scene operation of controlling multiple devices.

⑦ If the device status changes, it will automatically adjust according to the target space status indication information/space snapshot information to ensure the execution effect of the scene command. Users can also manually control the device's switch, brightness, color and other parameters to achieve more flexible control.

In conjunction with FIG4 , in the interface of the application, the user can choose to create a new scene, and the operation methods may include:

① Enter the smart home application, select manual control of the device, and adjust the device to the state required by the scene.

② Click the "Create Scene - Space Snapshot" button to convert the current status of multiple devices in the space into target space status identification information/space snapshot information, which can be associated with the created scene as the execution target of the scene and can be stored in the scene instruction.

③You can select the device you want to control and set the status of the device, such as turning on the living room light, turning off the bedroom light, turning on the air conditioner, etc.

④ Name the scene and click the "One-click Create" button to associate the target space status identification information/space snapshot information with the created scene as the execution target of the scene, store it in the scene instruction, and save the scene instruction to the application.

⑤ The next time you need to use the instructions of this scene, the user only needs to select the scene instruction in the application, and the application can automatically send the corresponding device control instructions to the corresponding device, realizing fast and convenient scene operation of controlling multiple devices.

⑥ If the device status changes, the application can automatically adjust according to the target space status indication information/space snapshot information to ensure the execution effect of the scene command. Users can also manually control the device's switch, brightness, color and other parameters to achieve more flexible control.

Here's an example of how to do it:

① Users can create a "sleep scene", the execution goals of which may include turning off the living room lights, turning on the bedroom lights, and adjusting the air-conditioning temperature to a suitable temperature.

②The user enters the smart home application, selects manual control of the device, and adjusts the device to the state required for the scene, that is, turning off the living room light, turning on the bedroom light, and adjusting the air-conditioning temperature to a suitable temperature.

③ Click the "Create Scene - Space Snapshot" button to convert the current status of multiple devices in the space into target space status identification information/space snapshot information, which can be associated with the created scene as the execution target of the scene and can be stored in the scene instruction.

④ Select the devices to be controlled, which may include living room lights, bedroom lights, and air conditioners, and set the status of the devices, such as turning off the living room lights, turning on the bedroom lights, and adjusting the air conditioner temperature to a suitable temperature.

⑤ Name the scene "Sleep Scene" and click the "One-Click Create" button to associate the target space status identification information/space snapshot information with the "Sleep Scene" as the execution target of the "Sleep Scene", store the scene instructions of the "Sleep Scene", and save the scene instructions to the application.

⑥ When sleeping, users can select "Sleep Scene" in the application to trigger the corresponding scene command. The application can automatically convert the target space status identification information/space snapshot information into device control instructions and send them to the corresponding device, realizing fast and convenient scene operation of controlling multiple devices.

⑦ If the device status changes, the application can automatically adjust according to the target space status indication information/space snapshot information to ensure the execution effect of the scene command. Users can also manually control the device's switch, brightness, color and other parameters (Figure 5 is a schematic diagram of the lighting control panel interface) to achieve more flexible control.

In conjunction with Figure 1, in order to realize smart home scene control, the hardware environment required by this application embodiment may include smart devices (devices), smart gateways (gateways) and user terminals, etc., wherein the smart devices include smart lights, smart sockets, smart curtains, smart air conditioners, smart speakers, etc., which can be connected to the smart gateway through Wi-Fi, ZigBee, Bluetooth and other protocols. The smart gateway is responsible for aggregating and forwarding the data of the smart devices, and communicating with the applications running on the user terminals (smartphones, tablets, etc.) to be responsible for the interaction and control between users and smart devices.

Based on this, the implementation logic of this application embodiment is explained in conjunction with Figures 6 and 7.

First, the device is registered and configured. The user connects the smart device to the smart gateway through the smart home application and completes the device registration and configuration. As shown in Figure 6, the user opens the smart home application and selects the add device function. The application searches for nearby smart devices and displays them in the application for the user to choose. The user selects the device to be added and pairs it with the smart gateway. After the pairing is successful, the application prompts the user to register and configure the device. The user follows the steps prompted by the application to complete the device registration and configuration. These steps may include selecting the type of device, connecting to Wi-Fi, setting the device name and location, etc. After the registration and configuration are completed, the device can communicate with the smart gateway and is ready to enter the scene control mode. In this way, scene configuration and device control can be performed. As shown in FIG7 , the user manually adjusts the device to the state required by the scene, such as turning on the living room light, turning off the bedroom light, turning on the air conditioner, etc. Then the user can click the "Create Scene-Space Snapshot" button in the application to obtain the state information of multiple devices in the space, and convert it into the target space state indication information/space snapshot information (corresponding to the target state of the space), and complete the mapping relationship between the device state and the space state, and then the target space state indication information/space snapshot information can be stored in the scene instruction. After the scene instruction is stored, the user can view and edit the scene instruction in the application (which can include the state and parameter information of the selected device), and complete the mapping relationship between the space state and the scene instruction, and can quickly restore the target state of the space when the scene instruction is executed next time. Among them, the user can create multiple scene instructions in the application. When creating a scene instruction, the user can select the saved target space state indication information/space snapshot information as the execution target of the scene instruction. Then, when executing the scene instruction, the user only needs to select the scene instruction in the application, and the corresponding device control instruction will be automatically issued to the corresponding device, realizing fast and convenient scene operation of controlling multiple devices. Users can also manually control the device's switch, brightness, color and other parameters to achieve more flexible control. When executing scene instructions, the smart gateway can continuously obtain the status information of each smart device and aggregate it into the application. The application can process and analyze this status information to ensure the execution effect of the scene instructions. If the device status changes, the application will automatically adjust to ensure the execution effect of the scene instructions. Among them, when executing scene instructions, it can detect whether there is a new device in the space (no corresponding device status storage). If not, the device instruction is executed. If the device status changes, it is converted into a device instruction according to the scene instruction and the new device instruction is issued. The mapping relationship between scene instructions and device instructions is completed here, thereby realizing fast and convenient scene operations to control multiple devices.

Figure 8 shows a timing diagram of the present application embodiment, which illustrates the basic process of creating scene instructions from a spatial snapshot in the present application embodiment. Among them, the user manually adjusts the device to the state required by the scene, and then creates a spatial snapshot in the application to obtain the target space state identification information/spatial snapshot information, and stores it as a scene instruction. The next time the scene instruction is needed, the user selects the scene instruction in the application, and the application sends the corresponding device control instruction to the smart gateway, which then sends the instruction to the corresponding smart device to execute the scene instruction. The following participants are shown in the timing diagram of the present application embodiment:

User: Can manually adjust device status, create and select scene instructions.

Application: responsible for the management and processing of scene instructions and sending the instructions to the smart gateway.

Smart gateway: responsible for receiving instructions sent by the application and sending the instructions to the corresponding smart devices.

Smart devices (smart lights, smart sockets, smart curtains, smart air conditioners, etc.): can receive instructions sent by the smart gateway and perform corresponding operations.

This application embodiment may include the following steps:

Step 1: The user manually adjusts the device to the state required by the scene.

Step 2: The user creates a space snapshot in the application to obtain target space state identification information/space snapshot information, and stores it as a scene instruction.

Step 3: The user selects the scene command in the application program when the scene command is needed next time.

Step 4: The application sends corresponding device control instructions to the smart gateway according to the scene instructions.

Step 5: The smart gateway sends the device control instructions to each smart device.

Step 6: The smart device executes the corresponding operation and returns the execution result to the smart gateway.

Step 7: If the device status changes, the application can automatically adjust the device control instructions according to the space snapshot to ensure the execution effect of the scene instructions.

Among them, in the status control of smart home devices, based on voice recognition technology, users can control the status of smart home devices through voice commands. In the creation of space snapshots and the formation and execution of scene instructions, users can also create and execute scene instructions through voice commands, thereby realizing the control of smart home devices.

Among them, based on sensor technology, users can also create and execute scene instructions according to environmental changes. They can set the trigger conditions of the sensor and save them as scene instructions. When the conditions change, the smart home devices will automatically perform the corresponding operations.

Among them, based on machine learning technology, with the user's authorization, it can automatically learn the user's habits and preferences by analyzing the user's behavior and environmental data, and automatically generate scene instructions. There is no need for the user to manually create and edit scene instructions. The smart home system can automatically adjust the device status according to the user's behavior and environmental changes.

On the whole, the device control method of this application embodiment can improve the intuitiveness, convenience and adaptability of the scene configuration of the smart home system, and the beneficial effects may include:

(1) Improving the intuitiveness of scene configuration: Through a graphical interface, users can intuitively create and edit smart home scenes without having to understand complex technical details, thereby improving the intuitiveness of scene configuration.

(2) Improve the convenience of scene configuration: Based on the spatial snapshot, the user can manually adjust the device status and then save it as a scene command with one click. In the future, the user only needs to select the command to quickly adjust the device status, thereby improving the convenience of scene configuration.

(3) Improve the adaptability of scene configuration: With the adoption of intelligent control and management, users can freely configure smart home scenes according to their needs, thereby improving the adaptability of scene configuration.

(4) Lowering the threshold for users to use smart home devices: By simplifying the configuration and management process of smart home devices, the threshold for users to use smart home devices is lowered, allowing more users to easily enjoy the convenience and comfort brought by smart homes.

(5) Improve user experience: Through intelligent control and management, users can manage and control smart home devices more conveniently, improving user experience.

(6) Improve system scalability: The modular design allows for easy expansion of new smart devices and seamless integration with existing devices. This ensures system scalability and meets the needs of different users.

Therefore, the device control method of the present application embodiment can improve the intuitiveness, convenience and adaptability of the scene configuration of the smart home system, so that users can configure and manage smart home devices more easily, improve user experience and quality of life. At the same time, the device control method of the present application is expected to provide more imagination space and technical support for the future development of the smart home system.

It should be understood that, although the various steps in the flowcharts involved in the above-mentioned embodiments are displayed in sequence according to the indication of the arrows, these steps are not necessarily executed in sequence according to the order indicated by the arrows. Unless there is a clear explanation in this article, the execution of these steps does not have a strict order restriction, and these steps can be executed in other orders. Moreover, at least a part of the steps in the flowcharts involved in the above-mentioned embodiments can include multiple steps or multiple stages, and these steps or stages are not necessarily executed at the same time, but can be executed at different times, and the execution order of these steps or stages is not necessarily carried out in sequence, but can be executed in turn or alternately with other steps or at least a part of the steps or stages in other steps.

Based on the same inventive concept, the embodiment of the present application also provides a device control device for implementing the device control method involved above. The implementation solution provided by the device to solve the problem is similar to the implementation solution recorded in the above method, so the specific limitations in one or more device control device embodiments provided below can refer to the limitations on the device control method above, and will not be repeated here.

In one embodiment, as shown in FIG9 , a device control apparatus is provided, and the apparatus 900 may include:

The information acquisition module 901 is used to obtain target space state marking information; the target space state marking information is used to mark the target state presented by the first device in the space; the first device includes a device that causes the space to form the target state;

The information application module 902 is used to apply the target space state marking information to control the second device in the space to make the space present the target state when the target state meets the reproduction condition; the second device includes a device that makes the space reproduce the target state.

In one embodiment, the information acquisition module 901 is used to display current space state indication information in response to a state creation instruction; the current space state indication information corresponds to the current state of the space; in response to a state confirmation instruction, the target space state indication information is obtained; the target space state indication information includes the confirmed current space state indication information.

In one embodiment, the information acquisition module 901 is further used to obtain the current status information of the first device in the space; and obtain the current space status indication information according to the current status information of the first device in the space.

In one embodiment, the information acquisition module 901 is used to provide one or more optional space state marking information in response to a scene creation instruction; and to obtain target space state marking information in response to a state selection instruction; the target space state marking information includes the selected optional space state marking information.

In one embodiment, the information application module 902 is used to associate the target space state indication information with the target scene; if the target scene satisfies the execution condition, then according to the target space state indication information and the current state information of the second device in the space, a corresponding device control instruction is sent to the second device to control the second device to make the space present the target state; and/or, the information application module 902 is used to send the corresponding device control instruction to the second device to control the second device to make the space present the target state if the target state satisfies the reproduction condition.

In one embodiment, the number of the first devices is multiple; the number of the second devices is multiple; the information application module 902 is used to obtain the current space status indication information according to the current status information of the multiple second devices in the space if the multiple second devices in the space are different from the multiple first devices in the space, and send corresponding device control instructions to the multiple second devices according to the current space status indication information and the target space status indication information.

In one embodiment, the information application module 902 is used to obtain a first device control instruction applied to a target second device among the multiple second devices if the multiple second devices in the space are completely different from the multiple first devices in the space, based on the difference between the current space state indication information and the target space state indication information and the current state information of the multiple second devices; and send the first device control instruction to the target second device so that the current space state indication information of the target second device after executing the first device control instruction is the same as the target space state indication information.

In one embodiment, the information application module 902 is used to obtain target state information of the same device if multiple second devices in the space are partially different from multiple first devices in the space; the same device is a device among the multiple second devices that is the same as the multiple first devices; the target state information corresponds to the target space state indication information; the target state information is used to indicate the device state of the same device when the space presents the target state; according to the target state information of the same device and the current state information of the same device, send a second device control instruction to the same device so that the same device reaches the device state indicated by the target state information; according to the difference between the current space state indication information and the target space state indication information after the same device executes the second device control instruction and the current state information of the different device, obtain a third device control instruction applied to the different device; the different device is a device among the multiple second devices that is different from the multiple first devices; send the third device control instruction to the different device so that the current space state indication information after the different device executes the second device control instruction is the same as the target space state indication information.

In one embodiment, the information application module 902 is used to send corresponding device control instructions to the second device if the second device in the space is the same as the first device in the space, based on the target state information of the first device and the current state information of the second device; the target state information corresponds to the target space state indication information; the target state information is used to indicate the device state of the first device when making the space present the target state.

Each module in the above-mentioned device control device can be implemented in whole or in part by software, hardware or a combination thereof. Each module can be embedded in or independent of a processor in an electronic device in the form of hardware, or can be stored in a memory in an electronic device in the form of software, so that the processor can call and execute operations corresponding to each module above.

In one embodiment, an electronic device is provided, which may be a terminal, and its internal structure diagram may be shown in FIG10. The electronic device includes a processor, a memory, an input/output interface, a communication interface, a display unit, and an input device. The processor, the memory, and the input/output interface are connected via a system bus, and the communication interface, the display unit, and the input device are connected to the system bus via the input/output interface. The processor of the electronic device is used to provide computing and control capabilities. The memory of the electronic device includes a non-volatile storage medium and an internal memory. The non-volatile storage medium stores an operating system and a computer program. The internal memory provides an environment for the operation of the operating system and the computer program in the non-volatile storage medium. The input/output interface of the electronic device is used to exchange information between the processor and an external device. The communication interface of the electronic device is used to communicate with an external device in a wired or wireless manner, and the wireless manner may be implemented through WiFi, a mobile cellular network, NFC (near field communication) or other technologies. When the computer program is executed by the processor, a device control method is implemented. The display unit of the electronic device is used to form a visually visible picture, which may be a display screen, a projection device, or a virtual reality imaging device. The display screen can be a liquid crystal display screen or an electronic ink display screen, and the input device of the electronic device can be a touch layer covering the display screen, or a button, trackball or touchpad set on the electronic device housing, or an external keyboard, touchpad or mouse.

Those skilled in the art will understand that the structure shown in FIG. 10 is merely a block diagram of a partial structure related to the scheme of the present application, and does not constitute a limitation on the electronic device to which the scheme of the present application is applied. The specific electronic device may include more or fewer components than shown in the figure, or combine certain components, or have a different arrangement of components.

In one embodiment, an electronic device is provided, including a memory and a processor, wherein a computer program is stored in the memory, and the processor implements the steps in the above-mentioned method embodiments when executing the computer program.

In one embodiment, a computer-readable storage medium is provided, on which a computer program is stored. When the computer program is executed by a processor, the steps in the above method embodiments are implemented.

In one embodiment, a computer program product is provided, including a computer program, which implements the steps in the above method embodiments when executed by a processor.

It should be noted that the user information (including but not limited to user device information, user personal information, etc.) and data (including but not limited to data used for analysis, stored data, displayed data, etc.) involved in this application are all information and data authorized by the user or fully authorized by all parties, and the collection, use and processing of relevant data must comply with relevant laws, regulations and standards of relevant countries and regions.

Those skilled in the art can understand that all or part of the processes in the above-mentioned embodiment methods can be completed by instructing the relevant hardware through a computer program, and the computer program can be stored in a non-volatile computer-readable storage medium. When the computer program is executed, it can include the processes of the embodiments of the above-mentioned methods. Among them, any reference to the memory, database or other medium used in the embodiments provided in the present application can include at least one of non-volatile and volatile memory. Non-volatile memory can include read-only memory (ROM), magnetic tape, floppy disk, flash memory, optical memory, high-density embedded non-volatile memory, resistive random access memory (ReRAM), magnetoresistive random access memory (MRAM), ferroelectric random access memory (FRAM), phase change memory (PCM), graphene memory, etc. Volatile memory can include random access memory (RAM) or external cache memory, etc. As an illustration and not limitation, RAM can be in various forms, such as static random access memory (SRAM) or dynamic random access memory (DRAM). The database involved in each embodiment provided in this application may include at least one of a relational database and a non-relational database. Non-relational databases may include distributed databases based on blockchains, etc., but are not limited to this. The processor involved in each embodiment provided in this application may be a general-purpose processor, a central processing unit, a graphics processor, a digital signal processor, a programmable logic device, a data processing logic device based on quantum computing, etc., but are not limited to this.

The technical features of the above embodiments may be arbitrarily combined. To make the description concise, not all possible combinations of the technical features in the above embodiments are described. However, as long as there is no contradiction in the combination of these technical features, they should be considered to be within the scope of this specification.

The above-described embodiments only express several implementation methods of the present application, and the descriptions thereof are relatively specific and detailed, but they cannot be understood as limiting the scope of the present application. It should be pointed out that, for a person of ordinary skill in the art, several variations and improvements can be made without departing from the concept of the present application, and these all belong to the protection scope of the present application. Therefore, the protection scope of the present application shall be subject to the attached claims.

Claims (13)

1. A device control method, characterized in that the method comprises: Obtaining target space state marking information; the target space state marking information is used to mark the target state presented by the first device in the space; the first device includes a device that causes the space to form the target state; The target space state marking information is applied to control a second device in the space to make the space present the target state when the target state meets the reproduction condition; the second device includes a device that makes the space reproduce the target state. 2. The method according to claim 1, characterized in that the step of obtaining the target space state indication information comprises: In response to the state creation instruction, display current space state indication information; the current space state indication information corresponds to the current state of the space; In response to the status confirmation instruction, target space status indication information is obtained; the target space status indication information includes the confirmed current space status indication information. 3. The method according to claim 2, further comprising: Acquire current status information of the first device in the space; Current space state indication information is obtained according to the current state information of the first device in the space. 4. The method according to claim 1, wherein obtaining target space state indication information comprises: In response to the scene creation instruction, provide one or more optional space state indication information; In response to the state selection instruction, target space state marking information is obtained; the target space state marking information includes selected optional space state marking information. 5. The method according to any one of claims 1 to 4, characterized in that: The target space state indication information of the application includes: Associating the target space state indication information with a target scene; if the target scene satisfies an execution condition, sending a corresponding device control instruction to the second device according to the target space state indication information and the current state information of the second device in the space, so as to control the second device to make the space present the target state; and/or, If the target state satisfies the reproduction condition, a corresponding device control instruction is sent to the second device according to the target space state indication information and the current state information of the second device in the space, so as to control the second device to make the space present the target state. 6. The method according to claim 5, characterized in that the number of the first devices is multiple; the number of the second devices is multiple; and the sending of the corresponding device control instruction to the second device according to the target space state indication information and the current state information of the second device in the space comprises: If the multiple second devices in the space are different from the multiple first devices in the space, the current space status indication information is obtained according to the current status information of the multiple second devices in the space, and the corresponding device control instructions are sent to the multiple second devices according to the current space status indication information and the target space status indication information. 7. The method according to claim 6, wherein the sending corresponding device control instructions to the plurality of second devices according to the current space state indication information and the target space state indication information comprises: If the plurality of second devices in the space are completely different from the plurality of first devices in the space, obtaining a first device control instruction applied to a target second device among the plurality of second devices according to the difference between the current space state indication information and the target space state indication information and the current state information of the plurality of second devices; The first device control instruction is sent to the target second device, so that the current space state indication information of the target second device after executing the first device control instruction is the same as the target space state indication information. 8. The method according to claim 6, wherein the sending corresponding device control instructions to the plurality of second devices according to the current space state indication information and the target space state indication information comprises: If the plurality of second devices in the space are partially different from the plurality of first devices in the space, then the target state information of the same device is obtained; the same device is the same device as the plurality of first devices among the plurality of second devices; the target state information corresponds to the target space state marking information; the target state information is used to indicate the device state of the same device when the space presents the target state; Sending a second device control instruction to the same device according to the target state information of the same device and the current state information of the same device, so that the same device reaches the device state represented by the target state information; According to the difference between the current space state indication information and the target space state indication information after the same device executes the second device control instruction and the current state information of the different device, a third device control instruction applied to the different device is obtained; the different device is a device among the plurality of the second devices that is different from the plurality of the first devices; The third device control instruction is sent to the different device, so that the current space state indication information after the different device executes the second device control instruction is the same as the target space state indication information. 9. The method according to claim 5, characterized in that the sending of the corresponding device control instruction to the second device according to the target space state indication information and the current state information of the second device in the space comprises: If the second device in the space is the same as the first device in the space, a corresponding device control instruction is sent to the second device according to the target state information of the first device and the current state information of the second device; the target state information corresponds to the target space state indication information; the target state information is used to indicate the device state of the first device when making the space present the target state. 10. A device control device, characterized in that the device comprises: An information acquisition module, used for acquiring target space state marking information; the target space state marking information is used for marking the target state presented by the first device in the space; the first device includes a device that causes the space to form the target state; An information application module is used to apply the target space state indication information to control a second device in the space to make the space present the target state when the target state meets the reproduction condition; the second device includes a device that makes the space reproduce the target state. 11. An electronic device comprising a memory and a processor, wherein the memory stores a computer program, wherein the processor implements the steps of the method according to any one of claims 1 to 9 when executing the computer program. 12. A computer-readable storage medium having a computer program stored thereon, wherein when the computer program is executed by a processor, the steps of the method according to any one of claims 1 to 9 are implemented. 13. A computer program product, comprising a computer program, characterized in that when the computer program is executed by a processor, the steps of the method according to any one of claims 1 to 9 are implemented.