Electronic splice toy on basis of USB (universal serial bus) interfaces

Abstract

The invention relates to an electronic splice toy on the basis of USB (universal serial bus) interfaces. The electronic splice toy comprises a main control splice plate and a plurality of instructionsplice plates. A main USB jack is arranged at the tail end of the main control splice plate, the main control splice plate is provided with a data receiving end RX and a data transmitting end TX, a USB plug and a USB jack are arranged at the head end and the tail end of each instruction splice plate, the USB jacks are provided with data receiving ends RX and data transmitting ends TX, the USB jacks are provided with data transmitting ends TX, the USB plugs of the rear-end instruction splice plates are inserted in the USB jacks of the front-end instruction splice plates, and the USB plugs of the instruction splice plates can be connected with the main USB jack of the main control splice plate. The electronic splice toy has the advantages that the instruction splice plates can be freely combined with one another, and accordingly logical thinking of young children can be exercised in playing procedures; the various instruction splice plates further can be connected with one another in anunordered manner and can be freely spliced, and accordingly the difficulty can be lowered.

Description

technical field [0001] The invention relates to a splicing toy, in particular to an electronic splicing toy based on a USB interface. Background technique [0002] Existing technology just completes various instruction actions on a main circuit, and is operated by remote control or buttons. It is not as deep as the children's understanding of instructions and logical order in the process of splicing by themselves. [0003] There are also some toys that can be played by splicing, but they have high requirements for splicing and cannot be spliced ​​at will, so they are not suitable for young children. Moreover, current circuit splicing toys have requirements for splicing methods and splicing sequences, and cannot be spliced ​​at will. The splicing interface between modules needs to be customized. It is not a general interface on the market. In existing circuit splicing toys, the execution times of module instructions are fixed and cannot be set. [0004] In view of the abov...

AI Technical Summary

Problems solved by technology

[0003] There are also some toys that can be played by splicing, but they have high requirements for splicing and cannot be spliced ​​at will, so they are not suitable for young children.

Moreover, the current circuit splicing toys have requirements for splicing methods and splicing sequences, and cannot be spliced ​​at will.

The splicing interface between modules needs to be customized. It is not a general interface on the market. Existing circuit splicing toys have a fixed number of module instruction executions and cannot be set.

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