Children learning table capable of being electrically lifted and intelligently interacted

Abstract

The invention discloses a children's learning table capable of being electrically lifted and intelligently interacted. The learning table comprises a desktop plate, supporting legs, a drawer, a bookcase, an electric lifting mechanism and an intelligent interaction control system. The electric lifting mechanism comprises a lifting motor, a transmission rod, a lifting control system and two lifting screw rods. The lifting control system controls the lifting motor to act to drive the transmission rod to rotate to drive the two lifting lead screws to do synchronous lifting action. The lifting control system comprises a first control box, a control main board, a power module, a control switch, a wireless module, a motor driving circuit, a remote controller and a mobile terminal. The intelligent interaction control system comprises a second control box, a control main board, an AI chip, a power module, a drive-by-wire button, a wireless module, a voice recognition module, a voice playing module, a remote controller and a mobile terminal. The learning table is diversified in function, more convenient and faster in lifting operation and higher in lifting precision, intelligent interaction of children and learning interaction of parents and children can be achieved, and great help is provided for learning of the children.

Description

technical field [0001] The invention relates to parts of a children's learning table, in particular to a children's learning table that can be electrically lifted and lowered and intelligently interacted with. Background technique [0002] In order to adapt to the height of different children, children's learning tables usually use lifting mechanisms to adjust the height of the desktop board; at present, lifting mechanisms are divided into manual lifting mechanisms and electric lifting mechanisms, and manual lifting mechanisms generally use hand handles and transmission rods with lifting wires. The structure is cumbersome to operate and has poor safety; the electric lifting mechanism generally uses a lifting motor and a transmission rod to cooperate with a lifting screw to lift. Although this structure is simple to operate and high in safety, conventional electric lifting mechanisms usually It uses a physical switch to control the movement of the lifting motor for lifting. T...

AI Technical Summary

Problems solved by technology

[0002] In order to adapt to the height of different children, children's learning tables usually use lifting mechanisms to adjust the height of the desktop board; at present, lifting mechanisms are divided into manual lifting mechanisms and electric lifting mechanisms, and manual lifting mechanisms generally use hand handles and transmission rods with lifting wires. The structure is cumbersome to operate and has poor safety; the electric lifting mechanism generally uses a lifting motor and a transmission rod to cooperate with a lifting screw to lift. Although this structure is simple to operate and high in safety, conventional electric lifting mechanisms usually It uses a physical switch to control the movement of the lifting motor for lifting. The function is relatively single. If the physical switch is used for a long time, it is easy to fail;

[0003] Moreover, the current conventional children's study table has a single overall function, lacks interactive functions, and has limited help for learning.

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