Building-block programming education robot

Abstract

The invention discloses a building-block programming education robot. The building-block programming education robot includes blocks and a robot vehicle body, wherein the jogged position of each block is provided with a splicing part; through the splicing parts, a plurality of blocks can be spliced into a block strip; the block strip passes through a command identification code reading device of the robot vehicle body; a command identification code is pasted on the surface of each block; and the robot vehicle body includes the command identification code reading device, an external electronic module interface, a liquid crystal display module, a motor module, a singlechip control panel and a power module. For the building-block programming education robot, a special splicing mode is applied between every two blocks for performing basic grammar inspection and further the internal program of the robot is used to perform grammar inspection, thus being conductive to a beginner for robot programming to establish the awareness of grammar inspection, improving the interest on programming for teenagers, and reducing the difficulty in robot education.

Description

technical field [0001] The invention relates to the technical field of robots, in particular to an educational robot programmed with building blocks. Background technique [0002] In the field of robot education for teenagers, text programming or graphical programming is generally used, but for teenagers who are new to programming, using text programming or graphical programming is a bit difficult, and the entire process of writing programs is prone to code errors, blowing Programming Confidence in Teens. For this reason, the block-based programming that emerged uses a method similar to building blocks, which improves the interest of young people in programming and reduces the difficulty of robot education. However, the existing building block programming methods still have shortcomings: [0003] The invention patent with the patent publication number of CN 105396295 A discloses "a space programming robot toy for children". The invention forms a long track by arranging the...

AI Technical Summary

Problems solved by technology

However, there are still deficiencies in this solution: the identification method using NFC tags, barcodes or QR codes needs to correspond to special sensors, the cost is high, and it is difficult to make labels by themselves

[0004] The invention patent with the patent publication number CN 105363223 A discloses "NFC-Based Intelligent Programmable Building Block Toys". This invention uses NFC antenna arrays to identify the NFC tags of the building blocks. It is more complicated, and the building blocks accommodated by the scheme are also very limited

[0005] The above-mentioned inventions all have a common deficiency, that is, the grammar check can only be performed through the program inside the electronic device, and the building block itself does not have the function of grammar check.

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