Intelligent household system and group control method based on the intelligent household system

Abstract

The invention provides an intelligent household system and a group control method based on the intelligent household system. According to the invention, when control groups are needed to set, the method employs a real time control and configuration end device to set at least one control group; when the real time control and configuration end device edits a group control command which includes the content of the command and a controlled object, the controlled object is set to be any control group and is sent to all controlled intelligent devices; and when the controlled intelligent devices receive the group control command, all the controlled intelligent devices pointed by the identification information perform the household practical function set by the content of the command. The intelligent household system and the group control method based on the intelligent household system can greatly simplify the operation of a user and satisfy the individualized requirement for user control; and for controlling multiple controller intelligent devices of varied types, the user can control the multiple devices at the same time by single-process operation so that the workload for the user to perform control operation is greatly simplified and the life of the user can be managed more quickly and becomes more convenient.

Description

technical field [0001] The invention relates to a data collection and processing method, in particular to a data collection and processing method based on a smart home system. Background technique [0002] With the continuous development of the smart home field, more and more different types and different numbers of smart devices appear, and the number of smart hardware is increasing and the types are becoming wider and wider. However, the control of smart hardware devices still stays at the level of controlling a single device in one operation. In a home use environment, when the number of smart hardware devices is small, to realize the control of all smart hardware devices, the user needs to repeat operations one by one the same number of times as the number of smart hardware devices. However, when the types of intelligent hardware are more and more extensive and the number is increasing, the above-mentioned control method is still used, which will bring a series of probl...

AI Technical Summary

Problems solved by technology

[0003] 1. The user's control operations on smart devices are cumbersome and repetitive; for several smart hardware devices of the same type or with the same operation method, if the user wants to realize the control of each device, he needs to repeat the same operation method several times , making the user's operations monotonous and repetitive; and when there are multiple types of smart hardware devices in the home, and the number of smart hardware devices of each category is also large, this control method will bring more tedious and inconvenient to the user;

[0004] 2. The amount of network data transmission is large; in order to control multiple smart hardware devices, the user needs to repeat the operation of this type of smart hardware device multiple times, and the number of repetitions is equal to the number of devices; Inside the network, the same amount or even more instruction data is transmitted, that is, the network data transmission load is relatively large;

[0005] 3. Limiting the scalability of the type and quantity of smart hardware devices; when the number of smart hardware devices increases, the data throughput to be transmitted increases linearly with the increase in the number; and due to the physical cache limitation of the hardware device chip , so that there is an upper limit for the amount of network data transmission within the Internet of Things; the upper limit of data transmission will limit the amount and speed of data transmission, thereby limiting the number of smart hardware devices that can be connected to the Internet of Things; once the above situation Involving different types of smart hardware devices also limits the diversification of the types of smart hardware devices that can be accessed within the Internet of Things;

[0006] 4. The accuracy of intelligent hardware devices to respond to user operations decreases, and the response time increases; once there is a large amount of data transmission within the Internet of Things, the intelligent hardware devices will receive all the transmitted instruction data, and then judge and execute them one by one; The time for the device to respond to the user's operation increases, and there is an obvious delay between the user sending a command and the device executing the command; when the device receives the last data and processes and responds to the data, the time interval is longer than the time between the user sending the last data and the next time The time interval of the data will cause the data sent by the user to be unable to be normally received by the smart hardware device, reducing the accuracy of the smart hardware device in responding to user operations;

[0007] 5. Restricting the development of real-time control and real-time response of users to smart hardware devices; once the time for smart hardware devices to respond to user operations increases, the accuracy of responding to user operations decreases, and it will not be able to satisfy users' real-time control of smart hardware devices. The practical needs of real-time response limit the development and progress of technology in the smart home industry;

[0008] 6. The security of data transmission is not guaranteed; there are no effective measures to protect the security of the data transmitted within the Internet of Things and between the Internet of Things and the Internet; if the data is illegally intercepted and stolen, the user will control the smart home There is no guarantee for the security of hardware devices

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