Intelligent accompanying infant early-education platform

Abstract

The invention discloses an intelligent accompanying infant early-education platform, and the platform comprises a machine body housing. The front surface of the machine body housing is provided with a liquid crystal touch screen in an inset manner. A side wall is provided with an operation button and an interface panel in an inset manner. The interior of the machine body housing is provided with an integrated circuit board, and the interface panel is provided with a microprocessor in an inset manner. The microprocessor is provided with a built-in LCD driver, and the LCD driver is connected to a data line strip of the liquid crystal touch screen. A data interaction end of the microprocessor is connected with a video collection module, a voice interaction module, and a fingerprint recognition module. The microprocessor is also connected with a network connection module and a GPS positioning module. The network connection module is used for achieving the network data transmission, and is also connected with a safety certification module. A power pin of the microprocessor is also connected with a power management module. The platform is diversified in functions, is simple in operation, has the functions of safety certification and intelligent certification, and can effectively guarantee the use safety and the health of infants.

Description

technical field [0001] The invention relates to the technical field of early education equipment, in particular to an early education platform for intelligent companionship for young children. Background technique [0002] Early childhood is a critical period for intellectual development in life, and paying close attention to early education can improve learning effects. The best age for young children to learn oral language is between 2-3 years old; foreign language learning should not exceed 4-5 years old at the latest, because at this time children will not be confused with their own language when learning foreign languages; 5-5 and a half years old is The best age to master the concept of numbers; 6 years old is the best age to develop size and orientation perception. In modern society, people’s lives are filled with various electronic products, such as smartphones, tablet computers or game consoles on accounts. Although these devices can help children learn to exercise...

AI Technical Summary

Problems solved by technology

In modern society, people’s lives are filled with various electronic products, such as smartphones, tablet computers or game consoles on accounts. Although these devices can help children learn to exercise their observation and thinking skills to a certain extent, due to the current Internet The environment is complex, and children are easily exposed to a lot of unhealthy content that is not suitable for their growth, causing adverse effects

Images