Housekeeper voice robot for modern smart home

Abstract

A housekeeper voice robot for a modern smart home comprises a robot body, walking wheels arranged at the bottom of the robot body, a core control module arranged in the robot body, a gear reduction motor used for controlling the walking wheels and a power supply device used for supplying power to the core control module. The core control module is connected with a signal converter, a microphone and a plurality of sensing devices, and the output end of the core control module is connected with the input end of the gear speed reduction motor. The robot further comprises an image acquisition device, a position angle server supporting arm and a position angle server connected with the core control module. The core control module comprises a central processing unit, at least one microphone input unit, an intelligent voice recognition unit, an intelligent voice processing unit, an audio output unit and a wireless network unit. The invention belongs to the artificial intelligence industry andthe intelligent manufacturing equipment industry, and the robot is a service robot, and is high in practicability, high in intelligent degree and suitable for being used in families.

Description

technical field [0001] The invention belongs to the artificial intelligence industry and the intelligent manufacturing equipment industry, and relates to the technical field of automatic control and intelligent home management, in particular to a butler voice robot for modern intelligent home. Background technique [0002] Nowadays, smart homes are developing faster and faster, and the designs of lighting, coffee stoves, computer equipment, security systems, heating and cooling systems, video and audio systems, etc. are becoming more and more intelligent and humanized. For the control of these smart homes, it is generally controlled through a home touch screen, a wireless remote control, a telephone, the Internet or simple voice recognition. At present, the technologies for controlling smart home equipment include: wireless remote control, which can control all lighting switches and brightness in the home, opening or rolling up curtains, air conditioners, audio and other ele...

AI Technical Summary

Problems solved by technology

[0005] At present, most of the smart home equipment butler robots commonly used in the market are large and bulky, or the interaction is inconvenient, and they can only simply control some household products, such as lights, sockets and some ordinary household appliances.

Or it can't carry out human-computer interaction very well, for example, it needs a remote control to control, or needs buttons to operate; it can't support or be compatible with the control of home video doorbells, image acquisition devices, door locks, sensing devices, etc. security equipment

Now, as people's safety awareness is enhanced, the number of security devices at home is increasing day by day. Although most of them support remote control and viewing, different products and manufacturers need to use different mobile terminals; there are many working modes, and different products work in different modes. Switching is extremely inconvenient, resulting in the installation of multiple APPs on the user's mobile phone or other terminals, which is very inconvenient to use. When switching to control different devices, it is necessary to log in to different APPs and enter different management accounts and passwords. Making household products quickly enter the working state will bring great inconvenience to users in terms of convenience, and the overall control of household products will give people a very scattered and disorderly state

[0006] Most of the existing smart home device stewards are still in a relatively primitive stage, either inconvenient to use or not smart enough

The function of the product is relatively single, and the user experience is often poor, which makes the user's enthusiasm for use low and reduces the user's willingness to use

Products on the existing market are often complicated to use and require more professional early-stage connection control, which cannot achieve the characteristics of quick use and quick start, and often have insufficient product compatibility, and the system is complicated and difficult to maintain and manage

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