Programmable free-splicing electronic building block module

Abstract

The invention relates to a programmable free-splicing electronic building block module, which comprises a power supply module, a control module and functional modules, wherein the functional modules comprise one or more of an interaction module, a communication module, a detection module and an execution module, the modules can be connected through a bus in any order, the modules are unified in interface type, and the modules are electrically connected through fool-proof mechanism interfaces. Therefore, there is no need to involve too much boring underlying knowledge for students, the interests of the students are fully mobilized, and the imagination of the students is given into full play. The design of the invention does not need to involve the underlying knowledge, thereby dispensing alot of theoretical learning in the preliminary stage, enabling users to focus on implementation of functions in the preliminary stage, and learning step by step under the premise of cultivating the interests.

Description

technical field [0001] The invention relates to a programmable free splicing electronic building block module. Background technique [0002] Under the background of contemporary education, students' hands-on practical ability has become an important part of quality education. While learning traditional knowledge such as mathematics, physics and chemistry, students can be exposed to engineering knowledge and practical applications. Various learning boards and experiment kits are introduced into students' extracurricular education. However, the software programming and hardware design of electronic systems requires a lot of energy and long-term theoretical and practical learning, which is not suitable for students' extracurricular learning and use. [0003] Traditional learning kits have high requirements on the professionalism of students' learning. Chinese patent application CN105513470A proposes a multifunctional single-chip learning board, which adds many functional modu...

AI Technical Summary

Problems solved by technology

During the learning process, a lot of wiring and assembly work is required, and the interface is prone to connection errors, which will lead to system failure or even circuit damage, resulting in the failure of the experimental results to be displayed.

The tutorials of the learning kit and the positions and functions of each module are fixed. Students can only passively learn and accept information, but cannot use the learning kit to realize their own innovative ideas

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