U-flash disk type building block used for physical programming

Abstract

The invention discloses a U-flash disk type building block used for physical programming. The U-flash disk type building block comprises a shell and a master control circuit board arranged in the shell. A microprocessor, a main memory, a contact switch, an output interface, an input interface and a power source used for providing a source to the master control circuit board. Instruction building block program groups for physical programming and directed towards the outside are aligned with each other. Under switch excitation, program data received by the input interface is stored in the main memory through the microprocessor and can be automatically outputted in the state that the output interface is externally connecting with a stored program control object or an external instruction building block.The U-flash disk type building block used for physical programming has following beneficial effects: the U-flash disk type building block is made by adopting the shell with the shape similar to an existing program building block, all kinds of sub-programs for physical programming can be conveniently aligned and controllable storage and calling can be achieved; through a signal instruction building block, complicated subprograms can be carried, exchanged and repeatedly used; the function of physical programming of the building block is fulfilled; and flexibility for physical programming is significantly improved.

Description

technical field [0001] The invention belongs to the field of human-computer interaction, and in particular relates to interactive storage and intermediate media equipment for implementing materialized programming for various program-controlled objects in teaching and life. Background technique [0002] Traditional programming is usually done through keyboard input text language. This programming method is very inconvenient for computer beginners to understand and use. The main reason is that the syntax and complex instructions in traditional programming languages ​​are difficult to understand and memorize, and it also requires a lot of input work. However, it is difficult for ordinary children and novices to remember and understand very professional knowledge such as grammar, logical relationship and program structure of programming languages. The prior art discloses some physical programming methods and systems. The surface identification codes of physical programming bloc...

AI Technical Summary

Problems solved by technology

When the scale reaches a certain level, it is very inconvenient to carry a large number of such building blocks with you; or directly use the other party’s building blocks for on-site programming, but there is a deviation in secondary programming

[0004] Moreover, in complex materialized programming, many programming blocks of the same type will be reused in groups, and the connection methods of such programming blocks in each group are exactly the same. In this case, a large number of programming blocks will be wasted Repeat to form this kind of branch program

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