CN-122001700-A - Method and device for intelligent deployment of intelligent interaction equipment

CN122001700ACN 122001700 ACN122001700 ACN 122001700ACN-122001700-A

Abstract

The invention discloses a method and a device for intelligently deploying intelligent interaction equipment, wherein the method comprises the following steps: when the fact that the target network space meets the predetermined space division conditions is detected, for any intelligent interaction device in the target network space, performing environment detection operation on other intelligent interaction devices in the target network space based on the intelligent interaction device, and performing space division on all intelligent interaction devices based on corresponding environment detection results to obtain space division parameters of each intelligent interaction device so as to divide and deploy interaction ranges of the intelligent interaction devices.

Inventors

SUN HUAN
HU ZHEN
CHEN XIAOPING

Assignees

佛山市云米电器科技有限公司

Dates

Publication Date: 20260508
Application Date: 20241105

Claims (10)

1. A method for intelligently deploying intelligent interaction devices, the method comprising: When detecting that the target network space meets the predetermined space division condition, for any intelligent interaction device in the target network space, performing environment detection operation on other intelligent interaction devices in the target network space based on the intelligent interaction device to obtain an environment detection result of the intelligent interaction device; and carrying out space division on all the intelligent interaction devices according to the environment detection results corresponding to all the intelligent interaction devices to obtain space division parameters of each intelligent interaction device, wherein the space division parameters of each intelligent interaction device are used as the basis for carrying out interaction range deployment on the intelligent interaction device in the target network space.
2. The method for intelligently deploying the intelligent interaction device according to claim 1, wherein the performing, for any intelligent interaction device in the target network space, the environment detection operation on other intelligent interaction devices in the target network space based on the intelligent interaction device to obtain the environment detection result of the intelligent interaction device includes: For each intelligent interaction device in the target network space, sending a target detection signal to at least one other intelligent interaction device in the target network space based on the intelligent interaction device at the same target time point, and receiving echo detection signals corresponding to each other intelligent interaction device, wherein the echo detection signals are signals fed back to the intelligent interaction device after each other intelligent interaction device receives the target detection signals; Or alternatively The method comprises the steps of determining an environment detection sequence of each intelligent interaction device in a target network space, sending target detection signals to at least one other intelligent interaction device in the target network space based on the intelligent interaction devices and the environment detection sequence of the intelligent interaction devices, receiving echo detection signals corresponding to the other intelligent interaction devices, feeding back the echo detection signals to the intelligent interaction devices after the echo detection signals are received by the other intelligent interaction devices, determining spatial position information of all the other intelligent interaction devices in the target network space based on the echo detection signals corresponding to all the other intelligent interaction devices, and determining the spatial position information of all the other intelligent interaction devices as environment detection results of the intelligent interaction devices.
3. The method for intelligently deploying an intelligent interaction device according to claim 1, wherein before the performing, by the intelligent interaction device, an environment detection operation on other intelligent interaction devices in the target network space based on the intelligent interaction device, to any intelligent interaction device in the target network space, and obtaining an environment detection result of the intelligent interaction device, the method further comprises: For intelligent interaction equipment with the isomorphic network access type, sending starting prompt information to all other intelligent interaction equipment based on the intelligent interaction equipment, wherein the starting prompt information is used for prompting the intelligent interaction equipment to start environment detection on the target network space to the other intelligent interaction equipment; for intelligent interactive equipment with heterogeneous network access types, an environment detection request is sent to a cloud side central processing unit based on the intelligent interactive equipment, the environment detection request is used for requesting the cloud side central processing unit to determine and send environment detection confirmation information corresponding to the intelligent interactive equipment, the environment detection confirmation information comprises environment detection configuration modes corresponding to the intelligent interactive equipment, and environment detection configuration is carried out on the intelligent interactive equipment based on the environment detection configuration modes corresponding to the intelligent interactive equipment.
4. The method for intelligently deploying intelligent interaction devices according to claim 3, wherein the performing spatial division on all the intelligent interaction devices according to the environment detection results corresponding to all the intelligent interaction devices to obtain the spatial division parameters of each intelligent interaction device comprises: For the intelligent interaction devices with the network access types of the isomorphic types, performing space division on all the intelligent interaction devices based on environment detection results of all the intelligent interaction devices to obtain space division parameters of each intelligent interaction device; and for the intelligent interaction devices with heterogeneous network access types, feeding back environment detection results of all the intelligent interaction devices to the cloud side central processing unit, so that the cloud side central processing unit performs space division on all the intelligent interaction devices based on the environment detection results of all the intelligent interaction devices to obtain space division parameters of each intelligent interaction device.
5. The method for intelligently deploying intelligent interaction devices according to claim 4, wherein the performing spatial division on all the intelligent interaction devices based on the environmental detection results of all the intelligent interaction devices for the intelligent interaction devices with the network access type being the isomorphic type to obtain the spatial division parameters of each intelligent interaction device comprises: For the intelligent interaction devices with the network access types of the isomorphic types, feeding back an environment detection result of the intelligent interaction devices to the cloud side central processing unit, so that the cloud side central processing unit performs space division on all the intelligent interaction devices based on the environment detection results of all the intelligent interaction devices to obtain space division parameters of each intelligent interaction device; Or for the intelligent interaction devices with the network access types of the isomorphic types, determining the geometric distribution information of each intelligent interaction device based on the environment detection results of all the intelligent interaction devices, and carrying out space division on all the intelligent interaction devices based on the geometric distribution information of all the intelligent interaction devices to obtain the space division parameters of each intelligent interaction device.
6. The method for intelligently deploying an intelligent interaction device of claim 1, wherein the method further comprises: judging whether abnormal equipment exists in all the intelligent interaction equipment to obtain an abnormal judgment result, wherein the abnormal equipment is the intelligent interaction equipment in an offline state or an off-network state; When the abnormality judgment result is used for indicating that the abnormality equipment exists in all the intelligent interaction equipment, determining that the target network space meets the space division condition; And, the method further comprises: Determining all fault devices and fault parameters in a preset time period, wherein the fault devices are intelligent interaction devices with interaction faults in the time period, and the fault parameters comprise the number of all the fault devices and the number of times of interaction faults of all the fault devices; Judging whether the number of the fault devices is larger than or equal to a preset fault device number threshold value and/or whether the number of interactive faults of the fault devices is larger than or equal to a preset fault number threshold value, and determining that the target network space meets the space division condition when the judgment result is yes.
7. The method of intelligent deployment of intelligent interactive devices according to any of claims 1-6, wherein the spatial division parameters include one or more of an interactive signal detection range parameter, a wake-up signal parameter, and an interactive signal response range parameter for each of the intelligent interactive devices; When the space division parameters comprise the interactive signal detection range parameters and the interactive signal response range parameters of each intelligent interactive device, for each intelligent interactive device in the target network space, the interactive signal detection range corresponding to the interactive signal detection range parameters of the intelligent interactive device is not smaller than the interactive signal response range corresponding to the interactive signal response range parameters of the intelligent interactive device, the interactive signal detection range corresponding to the interactive signal detection range parameters of the intelligent interactive device has a space intersection with the interactive signal detection range corresponding to the interactive signal detection range parameters of any other intelligent interactive device, and the interactive signal response range corresponding to the interactive signal response range parameters of the intelligent interactive device has no space intersection with the interactive signal response range corresponding to the interactive signal response range parameters of any other intelligent interactive device.
8. An apparatus for intelligently deploying an intelligent interaction device, the apparatus comprising: The detection module is used for executing environment detection operation on other intelligent interaction devices in the target network space based on the intelligent interaction device for any intelligent interaction device in the target network space when the target network space is detected to meet the predetermined space division condition, so as to obtain an environment detection result of the intelligent interaction device; The intelligent interaction device comprises a division module, a target network space, a target module and an intelligent interaction device, wherein the division module is used for carrying out space division on all intelligent interaction devices according to environment detection results corresponding to all the intelligent interaction devices to obtain space division parameters of each intelligent interaction device, and the space division parameters of each intelligent interaction device are used as the basis for carrying out interaction range deployment on the intelligent interaction device in the target network space.
9. An apparatus for intelligently deploying an intelligent interaction device, the apparatus comprising: A memory storing executable program code; A processor coupled to the memory; the processor invokes the executable program code stored in the memory to perform the steps in the method for intelligently deploying intelligent interaction devices as claimed in any of claims 1-7.
10. A computer storage medium storing computer instructions which, when invoked, perform the steps of the method of intelligently deploying an intelligent interaction device as claimed in any of claims 1-7.

Description

Method and device for intelligent deployment of intelligent interaction equipment Technical Field The invention relates to the technical field of interaction, in particular to a method and a device for intelligently deploying intelligent interaction equipment. Background In a limited space range, such as a user family room, the efficiency of using the equipment by the user can be greatly improved by deploying the equipment with the voice interaction function. To meet the various needs of users, multiple devices with voice interaction functions may be deployed indoors. However, when a user wants to control a target device and issue a device activation command, the target device and a plurality of devices around the target device may respond to the user command, that is, a so-called "one-call" phenomenon in the industry, or no device responds to the user command, so that the judgment of the function of the target device and the expectation of issuing a subsequent command are affected, and in this case, the plurality of intelligent devices do not enhance the user experience. Therefore, how to put forward a technical scheme for intelligently deploying the intelligent interaction device in an actual environment so as to improve the deployment accuracy of the intelligent interaction device, thereby reducing the possibility that a user does not respond to the intelligent interaction device or responds to a plurality of intelligent interaction devices at the same time when interacting with the intelligent interaction device, improving the accuracy of the interaction between the user and the intelligent interaction device, and further improving the technical scheme of user experience is particularly important. Disclosure of Invention The technical problem to be solved by the invention is to provide the method and the device for intelligently deploying the intelligent interaction equipment, which can improve the deployment accuracy of the intelligent interaction equipment, thereby reducing the possibility that the intelligent interaction equipment does not respond or a plurality of intelligent interaction equipment responds at the same time when a user interacts with the intelligent interaction equipment, improving the accuracy of the interaction between the user and the intelligent interaction equipment, and further improving the user experience. In order to solve the technical problems, the first aspect of the present invention discloses a method for intelligently deploying intelligent interaction equipment, which comprises: When detecting that the target network space meets the predetermined space division condition, for any intelligent interaction device in the target network space, performing environment detection operation on other intelligent interaction devices in the target network space based on the intelligent interaction device to obtain an environment detection result of the intelligent interaction device; and carrying out space division on all the intelligent interaction devices according to the environment detection results corresponding to all the intelligent interaction devices to obtain space division parameters of each intelligent interaction device, wherein the space division parameters of each intelligent interaction device are used as the basis for carrying out interaction range deployment on the intelligent interaction device in the target network space. In an optional implementation manner, in a first aspect of the present invention, for any intelligent interaction device in the target network space, based on the intelligent interaction device performing an environment detection operation on other intelligent interaction devices in the target network space, an environment detection result of the intelligent interaction device is obtained, where the environment detection result includes: For each intelligent interaction device in the target network space, sending a target detection signal to at least one other intelligent interaction device in the target network space based on the intelligent interaction device at the same target time point, and receiving echo detection signals corresponding to each other intelligent interaction device, wherein the echo detection signals are signals fed back to the intelligent interaction device after each other intelligent interaction device receives the target detection signals; Or alternatively The method comprises the steps of determining an environment detection sequence of each intelligent interaction device in a target network space, sending target detection signals to at least one other intelligent interaction device in the target network space based on the intelligent interaction devices and the environment detection sequence of the intelligent interaction devices, receiving echo detection signals corresponding to the other intelligent interaction devices, feeding back the echo detection signals to the intelligent interaction devices after the echo det