Programming toy group

Abstract

The invention provides a programming toy group including a plurality of map cards that are arranged into a map, a plurality of programming cards, an action toy that can be controlled to move in the programming cards and the map cards, and a control unit mounted in the action toy. Each map card has identifiers representing joint coordinate information. Each programming card has identifiers representing a joint discerning programming instruction. The control unit includes an optical sensor reading the identifier of a corresponding position and outputting coding information; a memory storing theprogramming instruction information of the joint coding information and the coordinate information of the map cards; and a processor. The processor generates software programming according to the programming instruction of the programming cards, and controls the action toy to move along the map cards in order according to the software programming and the coordinate information of the map cards, and performs continuous operation. Accordingly, through imageization of programming card design, children can differentiate instruction meaning of identifiers, and can interact with the surrounding environment through match with scenario planning of the map cards, thus increasing study enjoyment.

Description

technical field [0001] The invention relates to a toy set, in particular to a programming toy set for teaching software programming. Background technique [0002] refer to figure 1 , Chinese Patent Publication No. 101020122 patent case discloses a kind of existing sliding card programming control body 1, mainly comprises a toy racing car 11, and a sliding card 12. The toy racing car 11 includes a reading head 111 . The slide card 12 includes a plurality of coding modules 121 that can slide. Thereby, only need to arrange the encoding modules 121 in sequence, after the reading head 111 of the toy racing car 11 reads the encoding modules 121 passed in sequence, it can run according to the programming set by the encoding modules 121 Or produce sound, light, and be able to work independently without computers and tablets. [0003] However, since the toy racing car 11 can only perform a series of reactions independently according to the instructions of the encoding module 121 ...

AI Technical Summary

Problems solved by technology

[0005] However, the aforementioned robot 21 needs to be equipped with an RFID reader, and the software programming building block 22 needs to be equipped with an RFID chip to obtain instructions. Not only the cost is high, but also it can only respond independently according to the instructions of the software programming building block 22. without being able to interact with the surrounding environment

Images